This expanded knowledge base preserves each existing
ProntoSELECTIVE-SOLDERING Q&A entry and adds a deeper answer intended for
human review, web publication, and AI-assisted customer replies.
Note: This extended knowledge base was
originally created as an internal reference for our technical support staff,
sales team, manufacturing representatives, and other personnel. As a result,
some of the information below is written from that perspective. We have made
it available because we believe it also provides valuable technical
information and product knowledge that can benefit our customers and
prospective customers.
Can I create selective soldering machine programs directly from CAD and BOM data?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
Can, create, programs, directly, CAD, and, BOM, CAD/BOM import and translation, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Can I create selective soldering machine programs from Gerber files and a BOM?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
Gerber-only support is important when a customer does not have the original native CAD database. In that case, Gerber files together with a BOM and any supporting files can be used to reconstruct the manufacturing information needed for the selective soldering workflow. Gerber data is not as rich as full CAD data, so the customer should be asked to provide the complete Gerber package, drill files, BOM, assembly drawings, XY or centroid files if available, and any existing selective solder requirements.
In customer communication, position Gerber support as a practical recovery or alternate workflow. If CAD is available, use CAD first. If only Gerbers are available, Unisoft can review the package and determine the fastest path to build the required soldering output.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, Gerber import, BOM merge, legacy data recovery, ProntoGERBER-CONNECTION, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
Can, create, programs, Gerber, files, and, BOM, CAD/BOM import and translation, Gerber-only workflow, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Can I export CAD data into standard formats required by selective soldering equipment?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
Some selective soldering machines or related programming tools do not require a proprietary direct output file and can instead use a standard manufacturing exchange format. The product page notes that Unisoft can input one CAD file format and export standard formats such as GENCAD, IPC-D-356, IPC-2581, Mentor Neutral, PADS, Fabmaster, XML, and similar formats. This can be useful when the machine vendor software has an importer for one of these standard formats but cannot directly read the customer's original CAD data.
For support use, confirm which standard format the machine or vendor software expects. A standard file-format route can be the best path when the selective soldering software performs the final vendor-specific path generation but needs clean component, pin, and board data from Unisoft.
The source-file concept is broad: the product page refers to CAD files, Gerber-only data, XY rotation data, and BOM files. These data sources can combine in many ways for each PCB design, and Unisoft's role is to bring them together into complete component placement and manufacturing information. When a customer's available data is unclear, request all related files rather than only the file they think is important.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, GENCAD, IPC-D-356, IPC-2581, XML
Can, export, CAD, into, standard, formats, required, equipment, CAD/BOM import and translation, standard CAD export, source file formats
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Can I import panelized PCB data for selective soldering machine programming?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
Panelized PCB data is important because selective soldering often runs production panels rather than single boards. The download/tutorial page states that the generated SOLDERING.TXT output can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and related machine information. If the customer uses panels, the panel Gerber layers, fiducials, offsets, and top/bottom-side requirements should be reviewed before output generation.
Customer response should clarify whether the customer is programming a single board, a panel, top side, bottom side, or multiple board images. Those details affect fiducials, offsets, origin, and final machine output.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
panelized offsets, panel Gerbers, fiducials, top/bottom output, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
Can, import, panelized, PCB, for, panelization and offsets, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Can selective soldering software generate real reference designators and component locations automatically?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
Selective soldering is driven by component and pin-level information rather than only by a component center point. ProntoSELECTIVE-SOLDERING extracts reference designators, X/Y component pin locations, component locations, theta rotation values, part numbers, package/shape information, and related manufacturing data. This allows the process engineer to identify the soldering locations and prepare flux and solder path routines more efficiently.
The product page also emphasizes that Unisoft has broader CAD data than many machine-specific importers, including component pin information, netlist data, and trace runs. That additional intelligence can help with other shop-floor operations such as documentation, inspection, repair, test, and process planning.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
X/Y component pins, theta rotation, part numbers, package shapes
Can, generate, real, reference, designators, and, component, locations, automatically, component/pin-level extraction
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Can selective soldering software help reduce manual programming time?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
10-minute programming, manual entry reduction, offline setup, ROI
Can, help, reduce, manual, time, automation and time savings
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Does selective soldering programming software support ACE Production Technologies machines?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
support, ACE, Production, Technologies, machines, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Does selective soldering programming software support APS NOVASTAR equipment?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
support, APS, NOVASTAR, equipment, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Does selective soldering programming software support Pillarhouse soldering systems?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
support, Pillarhouse, systems, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Does selective soldering programming software support RPS Automation machines?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
support, RPS, Automation, machines, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Does selective soldering programming software support Vitronics Soltec machines?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
support, Vitronics, Soltec, machines, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How can I automate the creation of selective soldering machine setup files?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The output workflow is not just a file save. The data must first be imported, matched to the BOM, checked for reference information, and aligned using Reference 1/Reference 2 and optional origin settings. Then the selective soldering model is selected from the machine-output menu and the side/output file is generated. The result may include fluxing and soldering paths, keep-out areas, panelized offsets, and machine-specific commands or records.
A good customer answer should emphasize that the goal is to do the work offline, verify the output and source data, and reduce valuable machine time consumed by manual programming.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, flux paths, solder paths, keep-out areas, SOLDERING.TXT, 10-minute programming, manual entry reduction, offline setup, ROI
How, can, automate, the, creation, setup, files, machine-specific outputs, selective soldering output workflow, automation and time savings
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How can I convert CAD data into selective soldering machine programs?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
How, can, convert, CAD, into, programs, CAD/BOM import and translation, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How can I create a selective soldering machine programming file in less time?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The output workflow is not just a file save. The data must first be imported, matched to the BOM, checked for reference information, and aligned using Reference 1/Reference 2 and optional origin settings. Then the selective soldering model is selected from the machine-output menu and the side/output file is generated. The result may include fluxing and soldering paths, keep-out areas, panelized offsets, and machine-specific commands or records.
A good customer answer should emphasize that the goal is to do the work offline, verify the output and source data, and reduce valuable machine time consumed by manual programming.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, flux paths, solder paths, keep-out areas, SOLDERING.TXT, 10-minute programming, manual entry reduction, offline setup, ROI
How, can, create, file, less, time, machine-specific outputs, selective soldering output workflow, automation and time savings
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How can I generate selective soldering machine programs without manually entering component locations?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
Selective soldering is driven by component and pin-level information rather than only by a component center point. ProntoSELECTIVE-SOLDERING extracts reference designators, X/Y component pin locations, component locations, theta rotation values, part numbers, package/shape information, and related manufacturing data. This allows the process engineer to identify the soldering locations and prepare flux and solder path routines more efficiently.
The product page also emphasizes that Unisoft has broader CAD data than many machine-specific importers, including component pin information, netlist data, and trace runs. That additional intelligence can help with other shop-floor operations such as documentation, inspection, repair, test, and process planning.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
X/Y component pins, theta rotation, part numbers, package shapes, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, 10-minute programming, manual entry reduction, offline setup, ROI
How, can, generate, programs, without, manually, entering, component, locations, component/pin-level extraction, machine-specific outputs, automation and time savings
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How can I program a selective soldering machine from PCB design files?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The output workflow is not just a file save. The data must first be imported, matched to the BOM, checked for reference information, and aligned using Reference 1/Reference 2 and optional origin settings. Then the selective soldering model is selected from the machine-output menu and the side/output file is generated. The result may include fluxing and soldering paths, keep-out areas, panelized offsets, and machine-specific commands or records.
A good customer answer should emphasize that the goal is to do the work offline, verify the output and source data, and reduce valuable machine time consumed by manual programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, flux paths, solder paths, keep-out areas, SOLDERING.TXT
How, can, program, PCB, design, files, machine-specific outputs, selective soldering output workflow
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How do process engineers use CAD and BOM data to program selective soldering equipment?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
Process engineers use ProntoSELECTIVE-SOLDERING as the bridge between engineering release data and the selective soldering equipment. They import CAD/Gerber/XY/BOM data, define references and origin, verify component and pin information, select the machine output, and then use the generated file or standard export inside the machine programming workflow. This lets Unisoft handle the CAD translation and data preparation while the machine software or machine controller handles final vendor-specific execution where appropriate.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, offline programming, machine setup, verification, production readiness
How, process, engineers, use, CAD, and, BOM, program, equipment, CAD/BOM import and translation, process engineering workflow
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
How quickly can selective soldering machine programming files be created from CAD and Gerber data?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
Gerber-only support is important when a customer does not have the original native CAD database. In that case, Gerber files together with a BOM and any supporting files can be used to reconstruct the manufacturing information needed for the selective soldering workflow. Gerber data is not as rich as full CAD data, so the customer should be asked to provide the complete Gerber package, drill files, BOM, assembly drawings, XY or centroid files if available, and any existing selective solder requirements.
In customer communication, position Gerber support as a practical recovery or alternate workflow. If CAD is available, use CAD first. If only Gerbers are available, Unisoft can review the package and determine the fastest path to build the required soldering output.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The output workflow is not just a file save. The data must first be imported, matched to the BOM, checked for reference information, and aligned using Reference 1/Reference 2 and optional origin settings. Then the selective soldering model is selected from the machine-output menu and the side/output file is generated. The result may include fluxing and soldering paths, keep-out areas, panelized offsets, and machine-specific commands or records.
A good customer answer should emphasize that the goal is to do the work offline, verify the output and source data, and reduce valuable machine time consumed by manual programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, Gerber import, BOM merge, legacy data recovery, ProntoGERBER-CONNECTION, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, flux paths, solder paths, keep-out areas, SOLDERING.TXT
How, quickly, can, files, created, CAD, and, Gerber, CAD/BOM import and translation, Gerber-only workflow, machine-specific outputs, selective soldering output workflow
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
What data is extracted from CAD files for selective soldering machine programming?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
extracted, CAD, files, for, CAD/BOM import and translation, machine-specific outputs
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
What information does selective soldering programming software generate from PCB design files?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The general workflow is to import the best available PCB source data, import or merge the BOM, set reference points and origin, verify the manufacturing data, choose the proper selective soldering machine model or standard output format, and generate the output file. The same data can also support assembly process sheets, kitting labels, first article inspection, reports, and ProntoVIEW-MARKUP functions included with the product.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD/Gerber/BOM import, selective soldering output, fiducials/origin, process documentation
information, generate, PCB, design, files, general ProntoSELECTIVE-SOLDERING workflow
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
What PCB file formats can be used to create selective soldering machine programs?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The source-file concept is broad: the product page refers to CAD files, Gerber-only data, XY rotation data, and BOM files. These data sources can combine in many ways for each PCB design, and Unisoft's role is to bring them together into complete component placement and manufacturing information. When a customer's available data is unclear, request all related files rather than only the file they think is important.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
PCB, file, formats, can, used, create, programs, machine-specific outputs, source file formats
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
What standard CAD formats can be exported for selective soldering machine setup?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
When full CAD and BOM data are available, they are normally the preferred source because CAD can provide component locations, pin geometry, board-side information, rotations, and other board intelligence, while the BOM supplies part numbers, descriptions, and assembly identity. The product page states that ProntoSELECTIVE-SOLDERING translates CAD or Gerber and BOM files into real reference designators, X/Y component pins, theta rotation, part numbers, and related information used by process engineers to program selective soldering equipment.
The download/tutorial page describes a practical workflow: import the CAD file, import the BOM, set Reference 1 and Reference 2 points, optionally set the 0,0 XY origin, enter part numbers into the library if needed, and then generate the selective soldering machine file. This is the customer-facing workflow to explain when someone asks how CAD and BOM data become a soldering program.
Some selective soldering machines or related programming tools do not require a proprietary direct output file and can instead use a standard manufacturing exchange format. The product page notes that Unisoft can input one CAD file format and export standard formats such as GENCAD, IPC-D-356, IPC-2581, Mentor Neutral, PADS, Fabmaster, XML, and similar formats. This can be useful when the machine vendor software has an importer for one of these standard formats but cannot directly read the customer's original CAD data.
For support use, confirm which standard format the machine or vendor software expects. A standard file-format route can be the best path when the selective soldering software performs the final vendor-specific path generation but needs clean component, pin, and board data from Unisoft.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The source-file concept is broad: the product page refers to CAD files, Gerber-only data, XY rotation data, and BOM files. These data sources can combine in many ways for each PCB design, and Unisoft's role is to bring them together into complete component placement and manufacturing information. When a customer's available data is unclear, request all related files rather than only the file they think is important.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
CAD import, BOM import, reference designators, pin locations, GENCAD, IPC-D-356, IPC-2581, XML, ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR
standard, CAD, formats, can, exported, for, setup, CAD/BOM import and translation, standard CAD export, machine-specific outputs, source file formats
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
What types of electronics manufacturers use selective soldering programming software?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
This workflow is valuable for EMS, CEM, OEM, ODM, and other PCB assembly manufacturers that need to program selective soldering equipment efficiently. It is especially useful for high-mix production, customer-supplied data packages, legacy boards, production panels, and environments with multiple machine models or multiple Unisoft-supported manufacturing processes such as placement, AOI, test, and selective soldering.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
EMS/CEM/OEM/ODM, high-mix production, legacy boards, multi-machine support
types, electronics, manufacturers, use, manufacturing use cases
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Which PCB assembly applications can benefit from automated selective soldering machine programming?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
This workflow is valuable for EMS, CEM, OEM, ODM, and other PCB assembly manufacturers that need to program selective soldering equipment efficiently. It is especially useful for high-mix production, customer-supplied data packages, legacy boards, production panels, and environments with multiple machine models or multiple Unisoft-supported manufacturing processes such as placement, AOI, test, and selective soldering.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, 10-minute programming, manual entry reduction, offline setup, ROI, EMS/CEM/OEM/ODM, high-mix production, legacy boards, multi-machine support
Which, PCB, assembly, applications, can, benefit, automated, machine-specific outputs, automation and time savings, manufacturing use cases
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Why use automated selective soldering programming software instead of manual machine programming?
This entry expands the short website answer into the practical explanation a customer, process engineer, or internal support person normally needs. ProntoSELECTIVE-SOLDERING should be understood as a selective-solder programming preparation environment. It imports available PCB manufacturing data, combines CAD or Gerber information with BOM data, prepares component and pin-level manufacturing information, and generates selective soldering outputs and related assembly/process documentation.
The product page highlights ACE Production Technologies support and advises checking support for RPS Automation, Vitronics Soltec, APS NOVASTAR, Pillarhouse Soldering Systems, and other selective soldering platforms. The tutorial specifically demonstrates creating an ACE selective soldering G-code output from PLACE/AOI/X-Ray MODELS, selecting ACE (SELECTIVE SOLDERING), choosing the bottom side, and saving a file such as SOLDERING.TXT.
The ACE sample output contains FLUX and SOLDER sections with coordinate moves, Z information, part/reference comments, and related G-code style commands. The tutorial states that the file can contain optimized fluxing and soldering path routines, keep-out areas, panelized offsets, and other machine information. For other machine models listed under PLACE/AOI/X-Ray MODELS, the procedure is described as generally similar, but customers should contact Unisoft if they do not see their machine listed.
The product page states that a PCB assembly selective soldering machine can be programmed in about 10 minutes, and the download/tutorial says that in minutes the software translates CAD or Gerber and BOM files and creates optimized fluxing and soldering path routines. In practice, the exact time depends on the quality and completeness of the customer's data, whether the machine output already exists, and whether rotations, fiducials, panelization, keep-outs, or library information need review.
The practical benefit is reduced manual coordinate entry, less repetitive setup work, fewer transcription errors, and more machine time available for production instead of programming.
Because ProntoSELECTIVE-SOLDERING includes basic ProntoVIEW-MARKUP functionality, the same data can also be used to create assembly process sheets, annotation overlays, kitting labels, first article inspection views, component/part-number search, cost/cycle-time reports, solder joint count reports, and viewer files for production-floor communication. This makes the product more than a machine-file generator; it can also help organize and communicate the surrounding manufacturing information.
Customer-response guidance: answer positively when the requested workflow is supported, but request sample files and the exact selective soldering machine model/output requirement whenever the customer’s data or equipment is unclear. Selective soldering outputs are machine- and process-specific, and a file review prevents overpromising on unknown file variants, origins, panel offsets, or machine requirements.
Human notes/additions: add exact menu paths, screenshots, sample outputs, supported machine details, customer-specific caveats, soldering path rules, keep-out examples, internal support history, and machine-vendor feedback here.
A customer may ask this because they need to convert CAD, Gerber, BOM, XY, panel, fiducial, or legacy manufacturing data into selective soldering setup information, flux/solder path routines, machine output files, process documentation, or shop-floor support information.
ACE G-code, RPS Automation, Pillarhouse, Vitronics Soltec, APS NOVASTAR, 10-minute programming, manual entry reduction, offline setup, ROI
Why, use, automated, instead, manual, machine-specific outputs, automation and time savings
Source set: ProntoSELECTIVE-SOLDERING product page; ProntoSELECTIVE-SOLDERING Knowledge Base; ProntoSELECTIVE-SOLDERING software installation/tutorial page.
Knowledge base for this
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Knowledge base general
Disclaimer: This Knowledge Base is provided for general informational
and educational purposes only. While Unisoft makes reasonable efforts to
maintain accurate and current information, product features, specifications,
supported equipment, workflows, and implementation details are subject to
change without notice. The information presented herein should not be
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recommendation. Users are encouraged to verify specific requirements,
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