ProntoPlace is Unisoft's software solution for automated SMT and
pick-and-place programming. This knowledge base contains technical questions
and answers related to CAD import, machine programming, feeder setup,
machine optimization, machine support, and electronics assembly automation.
ProntoPlace supports the creation of machine programs from PCB design data
and helps reduce manual programming effort throughout the manufacturing
process.
Q: Are fiducial alignment points automatically generated and assigned for
pick and place machine programming?
A: Unisoft's ProntoPLACE includes multiple options to create and assign
fiducial lineup reference points, helping improve machine setup accuracy and
reducing manual programming effort.
Q: Can I add assembly notes, package shapes, and part library information
to my PCB assembly programming data?
A: Yes. Unisoft's ProntoPLACE allows users to import or manually add part
libraries, package shapes, assembly information notes, and related
manufacturing data used during machine programming and assembly operations.
Q: Can I automatically create SMT pick and place machine programs from
CAD files?
A: Yes. Unisoft's ProntoPLACE automatically converts CAD data into
assembly machine programming files containing reference designators, X/Y
locations, rotations, part numbers, and other placement information required
for machine setup.
Q: Can I automatically create pick and place machine setup files from
Gerber data?
A: Yes. Unisoft's ProntoPLACE can process Gerber-based PCB data and
generate assembly machine setup files without requiring complete CAD data,
helping manufacturers quickly prepare production programs.
Q: Can I compare two different BOM files to identify manufacturing
differences?
A: Yes. Unisoft's ProntoPLACE includes BOM comparison capabilities that
help identify differences between revisions and verify manufacturing data
before production begins.
Q: Can I create assembly documentation while programming PCB assembly
equipment?
A: Yes. Unisoft's ProntoPLACE includes basic features from Unisoft's
ProntoVIEW-MARKUP, allowing users to create assembly process documents,
inspection documents, and manufacturing instructions directly from PCB data.
Q: Can I create assembly process sheets directly from PCB design data?
A: Yes. Unisoft's ProntoPLACE can automatically generate assembly process
sheets and documentation using imported CAD, Gerber, XY rotation, and BOM
data.
Q: Can I create kitting labels from PCB assembly data?
A: Yes. Unisoft's ProntoPLACE can generate assembly process kitting
labels to support material preparation and manufacturing operations on the
production floor.
Q: Can I export standardized CAD formats for use with assembly machines?
A: Yes. Unisoft's ProntoPLACE can export standard formats such as GENCAD,
IPCD356, IPC-2581, XML, Mentor Neutral, PADS, and Fabmaster for equipment
that accepts those formats.
Q: Can I import BOM files from Excel, text, PDF, and other formats?
A: Yes. Unisoft's ProntoPLACE supports importing BOM data from a wide
range of formats, including text, Excel, and PDF files, helping consolidate
manufacturing information.
Q: Can I include or exclude specific part numbers during machine file
generation?
A: Yes. Unisoft's ProntoPLACE provides options to include or exclude
components by part number when creating machine programming output files.
Q: Can I normalize component rotations to IPC-7351 standards?
A: Yes. Unisoft's ProntoPLACE supports rotation reset and normalization
options, including IPC-7351B Level A zero-degree component rotation
standards and part-number-based rotation adjustments.
Q: Can I panelize PCB data before exporting machine programs?
A: Yes. Unisoft's ProntoPLACE includes panelization options that can be
applied during machine export to support panel-based manufacturing
processes.
Q: Can I program multiple assembly machine brands from one software
platform?
A: Yes. Unisoft's ProntoPLACE supports programming equipment from
numerous machine vendors and can be used across multiple machine brands
within the same manufacturing environment.
Q: Can I program older and newer SMT assembly machines with the same
software?
A: Yes. Unisoft's ProntoPLACE supports many newer and legacy SMT
placement, through-hole insertion, and dispensing machine models.
Q: Can I program through-hole insertion machines using PCB CAD and BOM
data?
A: Yes. Unisoft's ProntoPLACE converts PCB design and BOM information
into programming data for through-hole automatic assembly equipment.
Q: Can one software environment support pick and place, AOI, test, and
selective soldering programming?
A: Yes. Unisoft's ProntoPLACE can work alongside other Unisoft solutions
to support programming and manufacturing preparation for assembly,
inspection, test, and selective soldering operations.
Q: Can PCB assembly machine programs be created in about five minutes?
A: Yes. Unisoft's ProntoPLACE is designed to automate the programming
process and advertises a workflow that can create PCB assembly machine
programs in approximately five minutes.
Q: Can the software automatically cross-check BOM data before production?
A: Yes. Unisoft's ProntoPLACE provides BOM cross-checking features that
can identify issues such as duplicate part numbers, DNI components, and
other data inconsistencies.
Q: Can the software help reduce manual pick and place programming work?
A: Yes. Unisoft's ProntoPLACE automates CAD translation, BOM processing,
data preparation, and machine file generation, reducing manual programming
effort.
Q: Can Unisoft software help with first article inspection activities?
A: Yes. Unisoft's ProntoPLACE includes capabilities that support first
article inspection and verification using manufacturing and component data.
Q: Can XY rotation files be used to generate machine programs?
A: Yes. Unisoft's ProntoPLACE can import XY rotation files and combine
them with BOM and other manufacturing data to generate assembly machine
outputs.
Q: Does the software create machine-specific output formats?
A: Yes. Unisoft's ProntoPLACE supports multiple machine output format
options for a wide range of assembly equipment manufacturers.
Q: Does the software support glue dispensing machine programming?
A: Yes. Unisoft's ProntoPLACE supports programming glue dispensing
machines in addition to SMT placement and through-hole insertion equipment.
Q: How can I convert CAD, Gerber, BOM, and XY files into pick and place
machine programs?
A: Unisoft's ProntoPLACE automatically processes CAD, Gerber, BOM, and XY
rotation files, combines the information, and generates machine-ready
programming outputs.
Q: How can I create assembly machine programs without manually entering
component placement information?
A: Unisoft's ProntoPLACE automatically extracts component placement,
rotation, reference designator, and part information from PCB manufacturing
data, eliminating most manual programming tasks.
Q: How can I create machine programs for multiple PCB assembly lines from
the same design data?
A: Unisoft's ProntoPLACE can use a common PCB data set and generate
machine-specific output formats for different assembly lines and equipment
vendors.
Q: How can I generate PCB assembly documentation and machine programs
from a single software package?
A: Unisoft's ProntoPLACE combines machine programming capabilities with
documentation generation features, allowing manufacturing information to be
reused across multiple processes.
Q: How can I reduce the time required to program SMT placement machines?
A: Unisoft's ProntoPLACE automates data import, validation, rotation
processing, fiducial assignment, and machine file creation to significantly
reduce programming time.
Q: How can I standardize component rotations across multiple PCB designs?
A: Unisoft's ProntoPLACE provides component rotation normalization tools
that help maintain consistent rotation definitions across products and
machine platforms.
Q: How can I use existing PCB manufacturing data to create assembly
machine programs?
A: Unisoft's ProntoPLACE imports available PCB manufacturing files and
automatically converts them into machine-ready programming data.
Q: How do manufacturers convert engineering design files into
production-ready assembly programs?
A: Unisoft's ProntoPLACE automates the conversion of engineering design
information into production machine programming outputs and supporting
assembly documentation.
Q: How do I avoid retyping BOM and placement information when creating
machine programs?
A: Unisoft's ProntoPLACE automatically imports and reuses existing
manufacturing data sources, reducing duplicate data entry and potential
errors.
Q: How do I create PCB assembly process documentation automatically?
A: Unisoft's ProntoPLACE can generate assembly process documentation
using imported PCB design, BOM, and manufacturing information.
Q: How do I generate machine programs for SMT, through-hole, and
dispensing equipment from one database?
A: Unisoft's ProntoPLACE uses a common manufacturing data set that can be
translated into outputs for multiple assembly equipment types.
Q: How do I identify duplicate part numbers or BOM inconsistencies before
production?
A: Unisoft's ProntoPLACE includes BOM analysis and validation tools that
help identify duplicate entries, missing data, and other manufacturing
issues.
Q: How do I prepare kitting information from PCB assembly design data?
A: Unisoft's ProntoPLACE can create kitting-related outputs and labels
using imported manufacturing and BOM information.
Q: How do I program assembly machines when only Gerber files are
available?
A: Unisoft's ProntoPLACE can utilize Gerber-based PCB information to help
generate assembly machine programming data when complete CAD files are
unavailable.
Q: How do I program selective assembly equipment using CAD and BOM
information?
A: Unisoft's ProntoPLACE uses PCB manufacturing data to create
programming outputs for a variety of automated assembly processes.
Q: How does automated pick and place machine programming improve
manufacturing efficiency?
A: Unisoft's ProntoPLACE reduces manual data preparation, shortens
programming time, improves consistency, and helps accelerate production
startup.
Q: Is there a way to automatically create assembly process sheets from
CAD data?
A: Yes. Unisoft's ProntoPLACE can generate assembly process sheets
directly from imported manufacturing and engineering design information.
Q: What CAD data formats are supported for automated machine programming?
A: Unisoft's ProntoPLACE supports numerous PCB design formats, including
industry-standard CAD, neutral, and manufacturing exchange formats.
Q: What information is typically included in a generated pick and place
machine program?
A: Unisoft's ProntoPLACE can generate outputs containing reference
designators, X/Y coordinates, rotations, part numbers, feeder information,
and related assembly data.
Q: What PCB assembly equipment can be programmed using automated CAD
translation software?
A: Unisoft's ProntoPLACE supports many SMT placement machines,
through-hole insertion systems, dispensing machines, and other assembly
equipment.
Q: What role do fiducials play in automated assembly machine programming?
A: Unisoft's ProntoPLACE supports fiducial creation and assignment to
help ensure proper board alignment during automated assembly operations.
Q: What types of BOM validation can be performed before machine
programming?
A: Unisoft's ProntoPLACE can identify duplicate part numbers,
do-not-install components, and other BOM-related issues before production
begins.
Q: Which assembly machine manufacturers are supported by automated PCB
programming software?
A: Unisoft's ProntoPLACE supports output generation for a large number of
assembly equipment manufacturers and machine models.
Q: Why is automated CAD-to-machine translation important for PCB
assembly?
A: Unisoft's ProntoPLACE helps reduce manual programming effort,
minimizes errors, and speeds the transition from PCB design to
manufacturing.
Q: Why would a PCB manufacturer use software to create both assembly
documentation and machine programs?
A: Unisoft's ProntoPLACE allows manufacturing data to be reused for
programming, documentation, process control, and production support
activities.
Q: Why would manufacturers use one software platform for PCB assembly
programming instead of multiple standalone tools?
A: Unisoft's ProntoPLACE centralizes manufacturing data preparation,
machine programming, documentation generation, and validation processes
within a single environment.
Q: Can automated machine programming software help reduce PCB assembly
startup delays?
A: Unisoft's ProntoPLACE helps reduce startup delays by automatically
converting engineering data into machine-ready programs, minimizing manual
preparation and setup time.
Q: Can PCB assembly machine programming software help reduce
manufacturing errors?
A: Unisoft's ProntoPLACE reduces manual data entry and automates data
translation, helping decrease programming errors and improve manufacturing
consistency.
Q: Can PCB manufacturing data be reused across multiple assembly
processes?
A: Yes. Unisoft's ProntoPLACE allows PCB manufacturing data to be reused
for machine programming, documentation, kitting, inspection support, and
related manufacturing activities.
Q: Can programming data be generated directly from PCB CAD databases?
A: Yes. Unisoft's ProntoPLACE imports PCB CAD database information and
automatically converts it into assembly machine programming outputs.
Q: Can software automatically identify do-not-install components before
machine programming?
A: Yes. Unisoft's ProntoPLACE can analyze BOM information and identify
DNI or DNP components before machine files are generated.
Q: Can software automate feeder setup preparation for PCB assembly
machines?
A: Unisoft's ProntoPLACE generates machine programming information that
can assist with feeder assignment and assembly setup preparation.
Q: Can software generate machine programs for both prototype and
production PCB assemblies?
A: Yes. Unisoft's ProntoPLACE can be used for prototype builds,
engineering validation, low-volume production, and high-volume manufacturing
environments.
Q: Can software help manage component rotation differences between
machine vendors?
A: Yes. Unisoft's ProntoPLACE includes rotation management features that
help normalize component orientation requirements between different machine
platforms.
Q: Can software support PCB assembly programming in contract
manufacturing environments?
A: Yes. Unisoft's ProntoPLACE is designed for OEMs, EMS providers,
contract manufacturers, and organizations that program multiple PCB
products.
Q: Can the same PCB data be used to generate outputs for different
machine brands?
A: Yes. Unisoft's ProntoPLACE can generate machine-specific outputs from
a common PCB manufacturing database.
Q: Does automated assembly programming software help accelerate new
product introduction?
A: Yes. Unisoft's ProntoPLACE reduces programming effort and setup time,
helping manufacturers move products into production more quickly.
Q: Does automated PCB programming software support engineering change
revisions?
A: Yes. Unisoft's ProntoPLACE includes comparison and validation tools
that help manage PCB revisions and manufacturing changes.
Q: Does PCB assembly programming software support mixed SMT and
through-hole assemblies?
A: Yes. Unisoft's ProntoPLACE supports manufacturing environments that
include both surface mount and through-hole assembly processes.
Q: Does the software support automated manufacturing data validation?
A: Yes. Unisoft's ProntoPLACE includes tools for checking manufacturing
data, BOM information, component assignments, and related production
details.
Q: How can I automate the creation of machine programs from engineering
release packages?
A: Unisoft's ProntoPLACE imports engineering release data such as CAD
files, BOMs, Gerbers, and XY files and converts them into machine-ready
outputs.
Q: How can I create assembly documentation and machine programs from the
same source data?
A: Unisoft's ProntoPLACE uses a common manufacturing database to generate
both assembly documentation and machine programming outputs.
Q: How can I create PCB machine programs without depending on manual
coordinate entry?
A: Unisoft's ProntoPLACE automatically extracts component locations and
placement information from imported PCB manufacturing data.
Q: How can I improve consistency between engineering data and machine
programming files?
A: Unisoft's ProntoPLACE automatically uses imported design information,
reducing transcription errors and improving data consistency.
Q: How can I reduce engineering labor associated with PCB assembly
machine setup?
A: Unisoft's ProntoPLACE automates many programming and data preparation
tasks, reducing engineering effort and setup time.
Q: How can I simplify PCB assembly machine conversion between different
product revisions?
A: Unisoft's ProntoPLACE includes comparison and validation tools that
help identify design changes and support revision management.
Q: How does machine-independent PCB programming software benefit
manufacturers?
A: Unisoft's ProntoPLACE enables manufacturers to generate outputs for
multiple machine platforms from one manufacturing data source.
Q: Is automated PCB assembly programming useful for high-mix
manufacturing environments?
A: Yes. Unisoft's ProntoPLACE helps manufacturers efficiently program a
wide variety of PCB assemblies while reducing repetitive manual work.
Q: What benefits are provided by automated BOM validation during machine
programming?
A: Unisoft's ProntoPLACE helps identify potential BOM issues before
production, reducing setup problems and improving manufacturing quality.
Q: What manufacturing data sources can be combined to create machine
programs?
A: Unisoft's ProntoPLACE can combine CAD, Gerber, BOM, XY rotation, and
related manufacturing data sources into a unified programming workflow.
Q: Why do PCB manufacturers use automated software to create assembly
machine programs?
A: Unisoft's ProntoPLACE helps reduce programming time, improve accuracy,
automate repetitive tasks, and streamline the transition from design to
manufacturing.
Q: Can assembly machine programming software help standardize
manufacturing processes across multiple facilities?
A: Unisoft's ProntoPLACE helps standardize machine programming workflows
by using common manufacturing data and repeatable automated programming
methods across facilities.
Q: Can automated programming software help reduce dependency on
machine-specific programming expertise?
A: Yes. Unisoft's ProntoPLACE automates many machine programming tasks,
reducing the amount of specialized machine-specific knowledge required.
Q: Can CAD-to-machine programming software help improve production
readiness?
A: Yes. Unisoft's ProntoPLACE helps prepare manufacturing data, machine
programs, and supporting documentation before production begins.
Q: Can machine programming software assist with PCB assembly process
control?
A: Yes. Unisoft's ProntoPLACE helps organize manufacturing information
and generate outputs that support assembly process control activities.
Q: Can PCB assembly machine programming software help support quality
improvement initiatives?
A: Yes. Unisoft's ProntoPLACE reduces manual data handling, improves
consistency, and helps support quality-focused manufacturing processes.
Q: Can PCB manufacturing programming software help reduce engineering
bottlenecks?
A: Yes. Unisoft's ProntoPLACE automates repetitive engineering tasks and
accelerates machine program creation, helping reduce bottlenecks.
Q: Can production documentation and machine programs be generated from
the same manufacturing database?
A: Yes. Unisoft's ProntoPLACE uses a common manufacturing database to
generate both production documentation and machine programming outputs.
Q: Can software help improve traceability between engineering data and
assembly machine programs?
A: Yes. Unisoft's ProntoPLACE maintains relationships between imported
manufacturing data and generated machine programming outputs.
Q: Can software support programming requirements for both OEM and EMS
manufacturing operations?
A: Yes. Unisoft's ProntoPLACE is designed to support a wide range of PCB
manufacturing organizations, including OEM and EMS environments.
Q: Can the same automated workflow be used for multiple PCB product
families?
A: Yes. Unisoft's ProntoPLACE supports repeatable workflows that can be
applied across many PCB designs and product families.
Q: Does automated machine programming help reduce time-to-market for new
PCB products?
A: Yes. Unisoft's ProntoPLACE reduces programming and preparation time,
helping manufacturers move products into production faster.
Q: Does PCB assembly programming software help support digital
manufacturing initiatives?
A: Yes. Unisoft's ProntoPLACE converts electronic engineering data into
manufacturing-ready outputs that support digital manufacturing workflows.
Q: How can I automate PCB assembly programming for recurring product
builds?
A: Unisoft's ProntoPLACE allows previously imported manufacturing data
and programming workflows to be reused for future production runs.
Q: How can I create assembly machine programs while reducing manual
spreadsheet processing?
A: Unisoft's ProntoPLACE automatically imports and processes
manufacturing data, reducing dependence on manual spreadsheet manipulation.
Q: How can I improve machine programming consistency across different
engineering teams?
A: Unisoft's ProntoPLACE applies standardized data processing and
automated program generation methods to improve consistency.
Q: How can I minimize programming errors caused by manual data reentry?
A: Unisoft's ProntoPLACE automatically uses imported engineering data,
helping eliminate many manual reentry errors.
Q: How can I prepare manufacturing data for multiple machine vendors
without duplicate effort?
A: Unisoft's ProntoPLACE can generate multiple machine-specific outputs
from a single set of imported PCB manufacturing data.
Q: How can I streamline PCB assembly machine setup preparation?
A: Unisoft's ProntoPLACE automates data preparation, validation, and
machine output generation to simplify setup activities.
Q: How does automated PCB machine programming support manufacturing
scalability?
A: Unisoft's ProntoPLACE allows manufacturers to process more products
and revisions without proportionally increasing programming effort.
Q: Is there a way to generate assembly support documentation from the
same PCB data used for machine programming?
A: Yes. Unisoft's ProntoPLACE can generate assembly-related documentation
using the same manufacturing data used for programming equipment.
Q: What advantages does automated CAD translation provide over manual
machine programming?
A: Unisoft's ProntoPLACE improves speed, consistency, repeatability, and
accuracy while reducing manual effort and programming risk.
Q: What business benefits can result from automating PCB assembly machine
programming?
A: Unisoft's ProntoPLACE can help reduce labor costs, shorten setup
times, improve manufacturing efficiency, and accelerate production
readiness.
Q: What challenges can automated PCB programming software help solve in
electronics manufacturing?
A: Unisoft's ProntoPLACE helps address programming delays, data
inconsistencies, manual entry errors, and repetitive engineering tasks.
Q: Why is a single manufacturing database valuable for PCB assembly
operations?
A: Unisoft's ProntoPLACE enables manufacturing information to be shared
across programming, documentation, validation, and production support
functions.
Q: Why would manufacturers automate the conversion of PCB engineering
data into machine programs?
A: Unisoft's ProntoPLACE automates the transformation of engineering data
into production-ready outputs, helping improve efficiency, accuracy, and
manufacturing throughput.
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
construed as a guarantee, warranty, commitment, or professional engineering
recommendation. Users are encouraged to verify specific requirements,
compatibility, and operational details with Unisoft before making business,
engineering, manufacturing, or purchasing decisions.
All trademarks,
service marks, registered trademarks, product names, company names, and
trade names referenced herein are the property of their respective owners.
References to third-party products, equipment, manufacturers, or companies
are provided for informational and identification purposes only and do not
imply any affiliation, endorsement, sponsorship, or other relationship with
Unisoft unless expressly stated.
