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Robot Programmer

Home/Product Detail
SOLIDWORKS Product

Robot
Programmer.

Program and validate robotic manufacturing workflows.

AutomationManufacturingRobotics
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsCapabilitiesLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is Robot Programmer?

Manufacturing and production solutions for connecting design data with machining, inspection, shop-floor programming, lean execution, factory planning, and robotics.

Robot Programmer is a SOLIDWORKS Manufacturing role that enables users to simulate, validate, and program robot tasks before implementing them on the shop floor. It helps teams automate repetitive operations, test robotic movements virtually, and reduce costly errors before production begins.Whether you are adding a collaborative robot to an existing process or building a fully automated workcell, Robot Programmer helps users reuse existing robot programs, validate robotic paths, and program robots offline without interrupting current production. It also connects with SOLIDWORKS and the 3DEXPERIENCE platform for a more integrated design-to-manufacturing workflow.

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • Offline Programming Keeps Production Flowing
  • Implement Faster with Fewer Errors
  • Connecting to the 3DEXPERIENCE Platform
  • Lean production workflows
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How Robot Programmer Helps Your Team.

/// 01
+01

End-to-End Digital Continuity

Robot Programmer supports digital continuity by connecting robot programming with product design and manufacturing data. Teams can plan, simulate, and validate robotic operations in a connected environment, helping reduce gaps between engineering, automation planning, and shop floor execution.

/// 02
+02

Improved Collaboration

Robot Programmer allows designers, engineers, programmers, and manufacturing teams to work together around the same robotic workcell data. With shared access to simulation and validation tools, teams can review robot paths, discuss changes, and make faster decisions before implementation.

/// 03
+03

Efficient Digital Manufacturing

By using robot simulation and virtual validation, teams can reduce the need for trial-and-error on the shop floor. Robot Programmer helps identify reachability issues, tooling concerns, and collision risks earlier, allowing teams to improve automation workflows before physical production begins.

// 03 — Capabilities

Robot Programmer Capabilities.

Robot Programmer provides practical capabilities for offline programming, robot simulation, workcell validation, and production-ready automation planning.

/// CAPABILITY 01

Offline Programming Keeps Production Flowing

Robot Programmer allows users to create and adjust robot programs offline, so production equipment can continue running while programming work happens virtually. Teams can build, test, and refine robotic tasks away from the shop floor, reducing downtime and helping new or updated programs move into production with fewer interruptions.

Request Guidance →
Offline Programming Keeps Production Flowing
/// CAPABILITY 02

Implement Faster with Fewer Errors

Robot Programmer helps users program and validate robotic toolpaths directly from 3D CAD models. Programmers can visualize robot movements, edit paths in 3D, test multiple “what-if” scenarios, and validate automation accessories inside the workcell. This helps reduce mistakes, improve tooling confidence, and identify issues before real-world implementation.

Request Guidance →
Implement Faster with Fewer Errors
/// CAPABILITY 03

Connecting to the 3DEXPERIENCE Platform

Built on the 3DEXPERIENCE platform, Robot Programmer helps teams connect robotic workcell planning with cloud-based product data, collaboration, and manufacturing workflows. Users can manage design data, reuse knowledge, and keep engineering and production teams aligned throughout the robot programming process.

Request Guidance →
Connecting to the 3DEXPERIENCE Platform
// 04 — Packages

Robot Programmer Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where Robot Programmer is Commonly Used.

Robot Programmer is commonly used by manufacturing and automation teams that need to design, simulate, validate, and program robotic workcells before sending instructions to the physical robot. It helps teams improve automation planning, reduce programming errors, and keep production running while robot programs are developed offline.

+
Robotic Workcell Simulation

Used to create and validate robotic workcells virtually, helping teams check robot movement, tooling, fixtures, accessories, and surrounding equipment before implementation.

+
Offline Robot Programming

Helps programmers develop, test, and adjust robot programs without stopping production equipment, reducing downtime during programming and process changes.

+
Material Handling Automation

Useful for automating repetitive handling tasks such as picking, placing, moving, loading, unloading, and transferring parts or packages within a production environment.

+
Cobot and Operator Collaboration

Supports planning for collaborative robot applications where robots or cobots work alongside operators, helping teams validate reach, movement, and workspace safety.

+
Robot Placement and Reach Validation

Used to determine the best robot position in a workcell, check reachability, avoid interference, and optimize robot movement for smoother operation.

+
Palletizing and Packaging Workflows

Helpful for calculating pallet loading, validating package movement, and planning robotic operations based on package size, weight, and layout requirements.

+
CAD-Based Automation Planning

Allows teams to program and validate robotic toolpaths directly from 3D CAD models while keeping a connection to design changes during product development.

+
Production Line Optimization

Used by manufacturers that want to test multiple automation scenarios virtually, compare robot paths, reduce errors, and improve production efficiency before physical deployment.

// 10 — FAQ

Frequently Asked Questions About Robot Programmer.

Find answers to common questions about Robot Programmer, including offline programming, robot simulation, workcell validation, CAD integration, cobot applications, palletizing, and how it supports modern manufacturing automation.

01What is Robot Programmer used for?

Robot Programmer is used to simulate, validate, and program robot tasks in a virtual environment before implementation. It helps teams plan robot movement, test workcell operations, reduce errors, and improve automation workflows before sending programs to physical robots.

02Does Robot Programmer support offline programming?

Yes. Robot Programmer supports offline programming, allowing users to create and test robot programs without stopping production equipment. This helps manufacturers make changes and improvements while keeping production flowing.

03Can Robot Programmer help reduce programming errors?

Yes. By visualizing robot functions in 3D and validating robotic tasks before implementation, teams can identify reach issues, collisions, tooling problems, and process errors earlier in the planning stage.

04Does Robot Programmer work with 3D CAD models?

Yes. Robot Programmer allows users to program and validate robotic toolpaths from 3D CAD models while maintaining a connection to engineering design changes. This helps automation planning stay aligned with product design updates.

05What is the Autoplace function in Robot Programmer?

The Autoplace function helps determine the optimal robot position in a workcell so the robot can reach the required areas without interfering with surrounding equipment or operations.

06Can Robot Programmer support different robot models?

Yes. Robot Programmer supports a large library of robot kinematic models, allowing teams to simulate robotic paths and optimize movement in a virtual environment before deployment.

07Is Robot Programmer useful for material handling and palletizing?

Yes. Robot Programmer can support material handling workflows and pallet-related calculations, helping teams plan package movement, pallet loading, and automated handling operations more effectively.

08Can Khodiyar Infotech help with Robot Programmer?

Yes. Khodiyar Infotech can help your team understand Robot Programmer capabilities, evaluate automation requirements, guide you with licensing options, and support setup, training, and adoption for robotic programming workflows.

// Ready to Talk

Need Help Choosing
Robot Programmer?

Khodiyar Infotech can help you understand licensing, implementation requirements, training options, and the right next step for your team.

Request a Quote →Contact Us
ProductRobot Programmer
Packages3 Tiers
Free ConsultationIncluded
Quote Validity30 Days
LanguagesEN · HI · GU

Factory Simulation Engineer

Home/Product Detail
SOLIDWORKS Product

Factory
Simulation Engineer.

Simulate factory layouts, production flows, and manufacturing operations.

Factory SimPlanningProduction
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsCapabilitiesLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is Factory Simulation Engineer?

Manufacturing and production solutions for connecting design data with machining, inspection, shop-floor programming, lean execution, factory planning, and robotics.

Factory Simulation Engineer is a SOLIDWORKS manufacturing role that helps companies create full-scale digital replicas of their factories. These virtual factory models allow teams to test new layouts, evaluate production scenarios, calculate throughput, and understand the impact of changes before applying them in the real world. It helps manufacturing engineers, plant managers, and production teams plan factory layouts with better confidence. Instead of physically moving equipment or testing changes on the shop floor, teams can simulate operations virtually, identify bottlenecks, improve material flow, and make better decisions earlier.

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • 3D Factory Layout Design Reduces Anxiety of Updates
  • Going with the Flow
  • Comprehensive Planning for Processes and Resources
  • Connection to the 3DEXPERIENCE Platform
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How Factory Simulation Engineer Helps Your Team.

/// 01
+01

End-to-End Digital Continuity

Factory Simulation Engineer supports digital continuity by connecting factory layout planning with product and manufacturing data. Teams can work with virtual factory models, test production changes, and keep planning decisions connected before making physical changes on the shop floor

/// 02
+02

Improved Collaboration

The platform facilitates collaboration among multidisciplinary teams, allowing designers, engineers, and other stakeholders to plan, simulate, and optimize a wide range of robot applications in a shared environment.

/// 03
+03

Efficient Digital Manufacturing

DELMIA's digital manufacturing solutions, including simulation and virtual validation tools, help optimize production processes, reduce costs, and minimize the need for physical prototypes. This efficiency can lead to quicker time-to-market for products.

// 03 — Capabilities

Factory Simulation Engineer Capabilities.

Key workflow areas where this solution helps teams improve productivity, accuracy, and collaboration.

/// CAPABILITY 01

3D Factory Layout Design Reduces Anxiety of Updates

Factory Simulation Engineer helps teams plan factory changes virtually before moving equipment in the real facility. Users can create and validate proposed factory layouts, check how updates affect the production environment, and reduce the uncertainty that comes with layout changes, equipment relocation, or production line modifications.

Request Guidance →
3D Factory Layout Design Reduces Anxiety of Updates
/// CAPABILITY 02

Going with the Flow

The solution helps teams analyze production flow, material movement, and resource utilization inside a virtual factory environment. Manufacturing teams can test different scenarios, identify bottlenecks, and understand how changes may impact throughput before committing to real-world implementation.

Request Guidance →
Going with the Flow
/// CAPABILITY 03

Comprehensive Planning for Processes and Resources

Factory Simulation Engineer supports planning for stations, lines, resources, and complete plant operations. Teams can define and validate production behavior, review process performance, and compare multiple layout or workflow options to improve manufacturing efficiency and decision-making.

Request Guidance →
Comprehensive Planning for Processes and Resources
/// CAPABILITY 04

Connection to the 3DEXPERIENCE Platform

As part of the 3DEXPERIENCE Works Manufacturing portfolio, Factory Simulation Engineer connects factory planning with cloud-based collaboration and product development workflows. Teams can work with shared data, involve stakeholders, and make layout decisions with better visibility across manufacturing and engineering activities.

Request Guidance →
Connection to the 3DEXPERIENCE Platform
// 04 — Packages

Factory Simulation Engineer Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • \Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where Factory Simulation Engineer is Commonly Used.

Factory Simulation Engineer is commonly used by manufacturing, industrial engineering, and operations teams that need to design, test, and optimize factory layouts virtually before making real-world changes. It helps teams evaluate production flow, resource placement, space usage, throughput, and process performance with greater confidence.

+
Factory Layout Planning

Used to design and validate new factory layouts, production areas, machine placement, workstations, storage zones, and movement paths in a virtual 3D environment.

+
Production Line Optimization

Helps teams simulate production lines, review station performance, analyze process flow, and improve throughput before changing the actual factory setup.

+
Material Flow Analysis

Useful for studying how materials, parts, people, and equipment move through the facility so teams can reduce congestion, improve flow, and identify inefficient movement.

+
Bottleneck Identification

Used to detect production bottlenecks early by testing different layout options, resource positions, and operating scenarios before equipment is moved or installed.

+
Factory Expansion Planning

Helps manufacturers plan new facilities, plant expansions, additional production areas, or capacity changes by testing multiple what-if scenarios virtually.

+
Resource and Space Utilization

Supports better use of machines, operators, workstations, floor space, and production resources by comparing layouts and identifying more efficient arrangements.

+
Digital Twin Factory Validation

Used to create virtual replicas of factories so teams can evaluate layout changes, process updates, and production scenarios before implementation.

+
Cross-Facility Collaboration

Helpful for teams across multiple plants or locations who need to review factory plans, share simulation results, and make layout decisions in one connected environment.

// 10 — FAQ

Frequently Asked Questions About Factory Simulation Engineer.

Find answers to common questions about Factory Simulation Engineer, including factory digital twins, layout validation, material flow simulation, throughput analysis, resource planning, bottleneck detection, and virtual manufacturing optimization.

01What is Factory Simulation Engineer used for?

Factory Simulation Engineer is used to create virtual factory layouts and digital twins so teams can test production spaces, evaluate process flow, calculate throughput, and understand the impact of changes before making updates in the real factory.

02Which SOLIDWORKS package is right for my team?

Factory Simulation Engineer is used to create virtual factory layouts and digital twins so teams can test production spaces, evaluate process flow, calculate throughput, and understand the impact of changes before making updates in the real factory.

03How does Factory Simulation Engineer help with factory layout planning?

It allows engineers to design, define, and validate proposed factory layouts in a virtual environment. Teams can test equipment placement, workstation arrangements, material movement, and production flow before physically changing the factory floor.

04Can Factory Simulation Engineer identify bottlenecks?

Yes. It helps teams simulate production and material flow to identify bottlenecks early in the planning stage. This allows manufacturers to resolve issues before moving equipment or disrupting production.

05Does Factory Simulation Engineer support what-if scenarios?

Yes. Teams can test multiple layout options, production scenarios, resource positions, shift patterns, and expansion plans virtually. This helps stakeholders compare different approaches and make better decisions.

06Can it improve throughput and resource utilization?

Yes. Factory Simulation Engineer helps teams analyze station performance, resource positioning, equipment usage, and production flow. This supports better throughput, improved space usage, and more efficient manufacturing operations.

07What type of data can be used with Factory Simulation Engineer?

Factory Simulation Engineer can help validate manufacturing processes using existing 2D layouts, 3D CAD models, and point cloud data, making it useful for both new facility planning and updates to existing factories.

08Is Factory Simulation Engineer connected to the 3DEXPERIENCE platform?

Yes. It is connected to the 3DEXPERIENCE platform, which helps teams collaborate, share results, protect manufacturing and design data, and work together across facilities in one connected environment.

// Ready to Talk

Need Help Choosing
Factory Simulation Engineer?

Khodiyar Infotech can help you understand licensing, implementation requirements, training options, and the right next step for your team.

Request a Quote →Contact Us
ProductFactory Simulation Engineer
Packages3 Tiers
Free ConsultationIncluded
Quote Validity30 Days
LanguagesEN · HI · GU

Lean Team Player

Home/Product Detail
SOLIDWORKS Product

Lean
Team Player.

Support lean manufacturing workflows and continuous improvement activities.

ImprovementLeanProduction
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is Lean Team Player?

Make meetings successful with a visual way to plan, facilitate, and complete objectives. Lean Team Player helps teams collaborate better, apply lean principles, track actions, and improve meeting outcomes across the organization.

Lean Team Player is a 3DEXPERIENCE Works role that helps teams plan, run, and follow up meetings in a more visual and structured way. It provides digital tools such as whiteboards, sticky notes, team boards, actions, problems, and shared meeting spaces to improve communication and collaboration. Instead of relying only on scattered notes, long discussions, or disconnected follow-ups, Lean Team Player helps teams capture ideas, assign actions, track problems, and keep meeting outcomes visible. It is useful for product development, manufacturing, operations, and cross-functional teams that want to turn meetings into measurable progress.

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • CAM and NC programming
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How Lean Team Player Helps Your Team.

/// 01
+01

Engaging Communication

Lean Team Player helps teams communicate more productively with visual tools such as digital whiteboards, markers, and sticky notes. This makes discussions easier to follow, encourages participation, and helps teams overcome meeting fatigue.

/// 02
+02

Lean Principles

The solution supports lean ways of working by helping teams discover problems, analyze issues, discuss improvements, and organize ideas in a structured environment. It brings people together around clear objectives, making collaboration more focused and practical.

/// 03
+03

Improve Accountability

Lean Team Player helps convert meeting ideas into clear actions. Teams can capture decisions, assign responsibilities, follow up on problems, and track progress over time, making it easier to improve accountability in hybrid, remote, or in-person work environments.

/// 04
+04

Reduce production delays

Reduce production delays with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

// 03 — Capabilities

Lean Team Player Capabilities.

Key workflow areas where this solution helps teams improve productivity, accuracy, and collaboration.

/// CAPABILITY 01

CAM and NC programming

Use Lean Team Player to support cam and nc programming as part of a more controlled and productive engineering workflow.

Request Guidance →
CAM_AND_NC_PROGRAMMING.PNG
/// CAPABILITY 02

Inspection documentation

Use Lean Team Player to support inspection documentation as part of a more controlled and productive engineering workflow.

Request Guidance →
INSPECTION_DOCUMENTATION.PNG
/// CAPABILITY 03

Factory and robot planning

Use Lean Team Player to support factory and robot planning as part of a more controlled and productive engineering workflow.

Request Guidance →
FACTORY_AND_ROBOT_PLANNING.PNG
/// CAPABILITY 04

Lean production workflows

Use Lean Team Player to support lean production workflows as part of a more controlled and productive engineering workflow.

Request Guidance →
LEAN_PRODUCTION_WORKFLOWS.PNG
// 04 — Packages

Lean Team Player Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where Lean Team Player is Commonly Used.

Lean Team Player is commonly used by teams that want to improve meeting quality, support lean practices, capture ideas visually, and turn discussions into clear actions. It helps manufacturing, engineering, operations, and cross-functional teams collaborate better using digital whiteboards, sticky notes, structured problem-solving, and shared action tracking.

+
Lean Meetings and Daily Huddles

Used to run structured daily meetings, shop-floor huddles, and team reviews where topics, issues, actions, and priorities need to be captured clearly.

+
Continuous Improvement Workshops

Helpful for Kaizen, improvement discussions, waste reduction activities, and problem-solving sessions where teams need to identify issues and agree on next steps.

+
Visual Team Collaboration

Supports digital whiteboards, sticky notes, markers, and visual boards so teams can organize ideas, feedback, actions, and problems in one shared space.

+
Hybrid and Remote Team Meetings

Useful for teams working across locations who need a common digital environment to participate, contribute ideas, and stay aligned during meetings.

+
Action Tracking and Accountability

Helps teams convert meeting discussions into assigned actions, making it easier to track responsibilities, follow-ups, and progress after the meeting ends.

+
Manufacturing and Operations Reviews

Used by production, quality, engineering, and operations teams to discuss process issues, improvement opportunities, performance gaps, and operational priorities.

+
Cross-Functional Problem Solving

Brings different departments together to analyze challenges, share information, organize ideas, and work toward practical solutions with better structure.

+
Knowledge Capture and Idea Management

Helps teams record meeting outcomes, improvement ideas, decisions, and lessons learned so important knowledge is not lost after discussions.

// 10 — FAQ

Frequently Asked Questions About Lean Team Player.

Find answers to common questions about Lean Team Player, including lean collaboration, digital whiteboards, sticky notes, meeting facilitation, hybrid teamwork, action tracking, and how it helps teams improve meeting outcomes.

01What is Lean Team Player used for?

Lean Team Player is used to plan, facilitate, and follow up on meetings using a visual lean collaboration environment. It helps teams capture ideas, organize discussions, identify problems, assign actions, and improve meeting outcomes.

02Is Lean Team Player part of the 3DEXPERIENCE platform?

Yes. Lean Team Player works on the 3DEXPERIENCE platform and helps teams apply lean principles in a connected digital environment for better collaboration, visibility, and follow-up.

03Does Lean Team Player include digital whiteboards?

Yes. Lean Team Player provides visual collaboration tools such as digital whiteboards, markers, and sticky notes. These tools help teams organize ideas, actions, problems, and discussion points more clearly.

04Is Lean Team Player only for remote teams?

No. Lean Team Player can be used for in-person, remote, or hybrid teams. It gives everyone a shared visual space to contribute, whether they are in the same room or working from different locations.

05Does Lean Team Player replace meeting software?

No. Lean Team Player does not need to replace your existing meeting tools. It adds a visual and structured collaboration layer that helps teams run more focused meetings, capture outcomes, and improve accountability.

06Does Lean Team Player require a touchscreen?

No. Lean Team Player can be used with a regular mouse and keyboard. A touchscreen may make whiteboard interaction more natural, but it is not required.

07How does Lean Team Player improve accountability?

It helps teams turn meeting ideas into clear actions by organizing discussion points, responsibilities, follow-ups, and progress in a visual workspace. This makes it easier to track what was decided and what needs to be completed.

08Who should use Lean Team Player?

Lean Team Player is useful for manufacturing teams, operations managers, engineering teams, quality teams, project teams, continuous improvement teams, and any group that wants more productive and structured meetings.

09Can Lean Team Player help with lean manufacturing practices?

Yes. Lean Team Player supports lean collaboration by helping teams identify waste, discuss improvement opportunities, organize problems, and support continuous improvement through visual communication and structured action planning.

010Can Khodiyar Infotech help with Lean Team Player?

Yes. Khodiyar Infotech can help your team understand Lean Team Player, evaluate whether it fits your collaboration and lean workflow needs, and guide you with licensing, setup, training, and adoption support.

// Ready to Talk

Need Help Choosing
Lean Team Player?

Khodiyar Infotech can help you understand licensing, implementation requirements, training options, and the right next step for your team.

Request a Quote →Contact Us
ProductLean Team Player
Packages3 Tiers
Free ConsultationIncluded
Quote Validity30 Days
LanguagesEN · HI · GU

NC Shop Floor Programmer

Home/Product Detail
SOLIDWORKS Product

NC
Shop Floor Programmer.

Create and manage NC programs for shop-floor manufacturing workflows.

CAMNC ProgrammingShop Floor
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsCapabilitiesLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is NC Shop Floor Programmer?

Manufacturing and production solutions for connecting design data with machining, inspection, shop-floor programming, lean execution, factory planning, and robotics.

NC Shop Floor Programmer is a powerful SOLIDWORKS Manufacturing role that helps NC programmers create and validate CNC programs for 2.5-axis milling, 3-axis milling, and wire EDM operations. It supports workpiece setup, cutter tool assembly, material removal simulation, machine-tool simulation, and NC code generation. By connecting design data with manufacturing workflows, it helps teams identify possible production issues earlier, reduce programming delays, and prepare machining instructions with greater confidence. It also allows data to be stored and accessed through the 3DEXPERIENCE platform, helping teams search, find, and work on the right part faster

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • Time-saving Tools
  • Simplified Workflow Helps You Make the Cut
  • Easily Extend Design Data Through Manufacturing
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How NC Shop Floor Programmer Helps Your Team.

/// 01
+01

Easy to Set Up

The Shop Floor Machining Wizard guides users through the setup process, making it easier to prepare machining operations. Programmers can define setup details, tools, and machining requirements more efficiently before moving into simulation and NC code generation.

/// 02
+02

Powerful Simulation

Machine simulation helps programmers identify collision risks, tool reachability issues, and machine-axis limit problems before production. This allows teams to verify machining operations, reduce shop floor errors, and avoid costly trial-and-error during manufacturing.

/// 03
+03

In Sync

With data stored on the 3DEXPERIENCE platform, teams can keep design and manufacturing information connected in one environment. This helps bridge the gap between engineering and production, improving collaboration and reducing confusion caused by disconnected files

/// 04
+04

Reduce production delays

NC Shop Floor Programmer helps teams create programs faster with automated NC code generation, reusable toolpaths, and machining workflows. This reduces repetitive programming effort and helps manufacturing teams stay ahead of production schedules.

// 03 — Capabilities

NC Shop Floor Programmer Capabilities.

NC Shop Floor Programmer provides practical machining capabilities that help teams program, validate, simulate, and optimize CNC operations before production.

/// CAPABILITY 01

Time-Saving Tools

NC Shop Floor Programmer includes surface machining, intermediate stock, advanced surface finishing, and automatic feature recognition. These tools help generate higher-quality toolpaths, understand how machining affects the workpiece, and identify machinable features faster, reducing manual effort during programming.

Request Guidance →
Time-Saving Tools
/// CAPABILITY 02

Simplified Workflow Helps You Make the Cut

The solution supports auto-generation of NC code, real-time toolpath verification, automated hole recognition, and an activities process view. This allows programmers to review each operation step by step, adjust processes when needed, and ensure toolpaths perform as expected before machining.

Request Guidance →
Simplified Workflow Helps You Make the Cut
/// CAPABILITY 03

Easily Extend Design Data Through Manufacturing

The 3DEXPERIENCE platform capabilities included with this role streamline communication between departments, improving manufacturability. Benefits include: Store your company’s know-how to quickly create new programs based on proven previously used sequences of operations Access to NC programming, data management and collaboration tools all in a single environment Reduce time, save money, and improve the quality of the g-code generated during post processing Works seamlessly with other SOLIDWORKS Manufacturing portfolio roles, such as 3D Creator and 3D Mold Creator

Request Guidance →
Easily Extend Design Data Through Manufacturing
// 04 — Packages

NC Shop Floor Programmer Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where NC Shop Floor Programmer is Commonly Used.

NC Shop Floor Programmer is commonly used by manufacturing teams that need to create, validate, and optimize CNC programs directly from design data. It helps NC programmers reduce programming time, verify toolpaths, simulate machining operations, and prepare accurate programs for production.

+
CNC Milling Programming

Used for creating and validating CNC programs for 2.5-axis and 3-axis milling operations, helping teams machine parts more accurately and efficiently.

+
Wire EDM Operations

Supports programming for 2-axis and 4-axis wire EDM machines, making it useful for manufacturing parts that require precise cutting operations.

+
Toolpath Creation and Optimization

Helps programmers generate optimized toolpaths for surface machining, advanced finishing, drilled holes, and machinable features using CAD model geometry.

+
Machine Simulation and Validation

Used to simulate machining operations, check tool reachability, detect machine-axis limit issues, and identify possible problems before production begins.

+
Workpiece Setup and Cutter Assembly

Helps shop-floor teams define workpiece setup, cutter tool assemblies, machining operations, and material removal steps in a structured programming workflow.

+
NC Code Generation

Useful for generating NC code more efficiently, reducing manual programming effort, and preparing validated programs for machining operations.

+
Manufacturing Knowledge Reuse

Allows teams to reuse proven machining sequences, company standards, and previous programming methods to save time and maintain consistency.

+
Engineering-to-Manufacturing Collaboration

Helps connect design and manufacturing teams through the 3DEXPERIENCE platform, keeping programming data and design information easier to access and manage.

// 10 — FAQ

Frequently Asked Questions About NC Shop Floor Programmer.

Find answers to common questions about NC Shop Floor Programmer, including CNC programming, machine simulation, toolpath verification, NC code generation, wire EDM support, and how it helps manufacturing teams reduce errors and improve machining efficiency.

01What is NC Shop Floor Programmer used for?

NC Shop Floor Programmer is used to create, validate, and optimize CNC programs for manufacturing. It helps NC programmers prepare machining operations, generate toolpaths, simulate machine movement, verify possible issues, and create NC code for production.

02Which machining operations does NC Shop Floor Programmer support?

It supports advanced 2.5-axis milling, 3-axis milling, and 2-axis or 4-axis wire EDM operations. This makes it useful for teams producing 3D parts and precision-machined components.

03Can NC Shop Floor Programmer help reduce CNC programming time?

Yes. It includes tools such as automatic feature recognition, toolpath reuse, automated hole recognition, and NC code generation to reduce repetitive programming work and speed up preparation for machining.

04Does NC Shop Floor Programmer include machine simulation?

Yes. Machine simulation helps programmers detect accessibility issues, collision risks, machine-axis limit errors, and tool reachability problems before the program is used on the shop floor.

05Can it generate NC code?

Yes. NC Shop Floor Programmer supports NC code generation as part of the CNC programming workflow, helping teams move from programmed machining operations to production-ready output.

06How does it help connect engineering and manufacturing?

NC Shop Floor Programmer works with the 3DEXPERIENCE platform, allowing teams to store, access, and manage manufacturing data in one connected environment. This helps bridge the gap between design and manufacturing workflows.

07Can teams reuse previous machining knowledge?

Yes. Teams can store company know-how and reuse proven machining sequences, helping programmers create new NC programs faster while maintaining consistent manufacturing practices.

08Can Khodiyar Infotech help with NC Shop Floor Programmer?

Yes. Khodiyar Infotech can help your team understand NC Shop Floor Programmer, evaluate your CNC programming requirements, guide you with licensing options, and support setup, training, and adoption.

// Ready to Talk

Need Help Choosing
NC Shop Floor Programmer?

Khodiyar Infotech can help you understand licensing, implementation requirements, training options, and the right next step for your team.

Request a Quote →Contact Us
ProductNC Shop Floor Programmer
Packages3 Tiers
Free ConsultationIncluded
Quote Validity30 Days
LanguagesEN · HI · GU

SOLIDWORKS Inspection

Home/Product Detail
SOLIDWORKS Product

SOLIDWORKS
Inspection.

Inspection documentation software for creating ballooned drawings, quality reports, sampling sheets, and inspection outputs.

DocumentationInspectionQuality
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is SOLIDWORKS Inspection?

Manufacturing and production solutions for connecting design data with machining, inspection, shop-floor programming, lean execution, factory planning, and robotics.

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • Ballooned inspection drawings
  • Quality report generation
  • Sampling documentation
  • Export to quality workflows
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How SOLIDWORKS Inspection Helps Your Team.

/// 01
+01

Connect design to production

Connect design to production with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 02
+02

Improve manufacturing readiness

Improve manufacturing readiness with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 03
+03

Support quality workflows

Support quality workflows with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 04
+04

Reduce production delays

Reduce production delays with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

// 03 — Capabilities

SOLIDWORKS Inspection Capabilities.

Key workflow areas where this solution helps teams improve productivity, accuracy, and collaboration.

/// CAPABILITY 01

Ballooned inspection drawings

Use SOLIDWORKS Inspection to support ballooned inspection drawings as part of a more controlled and productive engineering workflow.

Request Guidance →
BALLOONED_INSPECTION_DRAWINGS.PNG
/// CAPABILITY 02

Quality report generation

Use SOLIDWORKS Inspection to support quality report generation as part of a more controlled and productive engineering workflow.

Request Guidance →
QUALITY_REPORT_GENERATION.PNG
/// CAPABILITY 03

Sampling documentation

Use SOLIDWORKS Inspection to support sampling documentation as part of a more controlled and productive engineering workflow.

Request Guidance →
SAMPLING_DOCUMENTATION.PNG
/// CAPABILITY 04

Export to quality workflows

Use SOLIDWORKS Inspection to support export to quality workflows as part of a more controlled and productive engineering workflow.

Request Guidance →
EXPORT_TO_QUALITY_WORKFLOWS.PNG
// 04 — Packages

SOLIDWORKS Inspection Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where SOLIDWORKS Inspection is Commonly Used.

SOLIDWORKS Inspection is commonly used by quality, manufacturing, and engineering teams that need to create accurate inspection reports, reduce manual data entry, manage inspection characteristics, and improve quality documentation workflows.

+
First Article Inspection

Used to create First Article Inspection reports by extracting dimensions, tolerances, notes, and inspection characteristics from engineering drawings and CAD files.

+
In-Process Quality Inspection

Helps production and quality teams record inspection measurements during manufacturing, making it easier to track whether parts remain within required tolerances.

+
Ballooned Drawing Creation

Useful when teams need to automatically balloon dimensions, notes, GD&T symbols, hole callouts, and other inspection characteristics instead of manually marking drawings.

+
AS9102 and PPAP Documentation

Supports teams that need standardized inspection reports such as AS9102 forms, PPAP documents, or custom Excel-based quality templates for customers and suppliers.

+
CMM and Measurement Data Workflows

Used when quality teams need to enter measured values manually, use digital measuring devices, or import Coordinate Measuring Machine results into inspection projects.

+
Supplier Quality Documentation

Helps manufacturers prepare clear inspection packages for suppliers, vendors, customers, and internal quality teams with controlled characteristics and report formats.

+
Drawing Revision Comparison

Useful when teams need to compare drawing or CAD revisions, identify changes, and update inspection projects based on the latest engineering information.

+
Regulated Manufacturing Quality Control

Used in industries where inspection accuracy, traceability, documentation, and quality reporting are important for compliance and customer requirements.

// 10 — FAQ

Frequently Asked Questions About SOLIDWORKS Inspection.

Find answers to common questions about SOLIDWORKS Inspection, including automated ballooning, OCR, inspection reports, CMM data import, supported file types, revision comparison, and quality documentation workflows.

01What is SOLIDWORKS Inspection used for?

SOLIDWORKS Inspection is used to create inspection documentation, ballooned drawings, First Article Inspection reports, in-process inspection reports, and quality control documents faster and with fewer manual errors.

02Does SOLIDWORKS Inspection automatically balloon drawings?

Yes. SOLIDWORKS Inspection can automatically extract and balloon inspection characteristics from SOLIDWORKS drawings, 2D/3D CAD files, and supported PDF documents. This helps reduce manual marking and improves documentation speed.

03What is the difference between SOLIDWORKS Inspection Standard and Professional?

SOLIDWORKS Inspection Standard focuses on creating First Article and in-process inspection documentation using the SOLIDWORKS add-in and standalone application. SOLIDWORKS Inspection Professional extends these capabilities with measurement entry, 2D/3D CAD workflows, CMM result import, and streamlined inspection data handling.

04Does SOLIDWORKS Inspection support OCR?

Yes. When working with PDF or TIFF files, SOLIDWORKS Inspection can use Optical Character Recognition to identify dimensions, tolerances, notes, hole callouts, finish symbols, and GD&T symbols. This helps reduce manual data entry and input errors.

05Can SOLIDWORKS Inspection create AS9102 or PPAP reports?

Yes. SOLIDWORKS Inspection can export inspection reports to Microsoft Excel using standard templates such as AS9102 and PPAP forms. Teams can also use customized Excel templates based on their reporting requirements.

06Can measurement values be entered inside SOLIDWORKS Inspection?

Yes. With SOLIDWORKS Inspection Professional, users can enter measured values manually, use digital measuring tools, or import CMM results into the inspection project for better measurement tracking.

07Does SOLIDWORKS Inspection show pass or fail status?

Yes. SOLIDWORKS Inspection can show graphical pass/fail status for inspection characteristics, helping teams quickly identify dimensions that are in tolerance, out of tolerance, or close to tolerance limits.

08Which file types does SOLIDWORKS Inspection support?

SOLIDWORKS Inspection supports SOLIDWORKS drawings, SOLIDWORKS parts and assemblies with PMI, PDF, TIFF, DXF, DWG, and other 2D/3D CAD file workflows for inspection report creation.

09Can SOLIDWORKS Inspection compare drawing revisions?

Yes. SOLIDWORKS Inspection can compare drawing and CAD file revisions to help teams identify changes and update quality projects more efficiently.

010Can Khodiyar Infotech help with SOLIDWORKS Inspection?

Yes. Khodiyar Infotech can help your team understand SOLIDWORKS Inspection capabilities, choose the right package, and get guidance for licensing, setup, training, and quality inspection workflow adoption.

// Ready to Talk

Need Help Choosing
SOLIDWORKS Inspection?

Khodiyar Infotech can help you understand licensing, implementation requirements, training options, and the right next step for your team.

Request a Quote →Contact Us
ProductSOLIDWORKS Inspection
Packages3 Tiers
Free ConsultationIncluded
Quote Validity30 Days
LanguagesEN · HI · GU

SOLIDWORKS CAM

Home/Product Detail
SOLIDWORKS Product

SOLIDWORKS
CAM.

CAD-integrated CAM software for generating CNC machining strategies directly from SOLIDWORKS design data.

CAMCNCManufacturing
Request a Quote →Book a Demo
Licensing Guidance
Training Available
Implementation Support
Local Expert Assistance
Ø 142.0
R 38.5
ZXY
VERSION Official SOLIDWORKS SolutionPLATFORM WIN64STATUS READY
// JUMP TOOverviewBenefitsLicensingSupportTrainingUse CasesFAQs
// 01 — Overview

What is SOLIDWORKS CAM?

Manufacturing and production solutions for connecting design data with machining, inspection, shop-floor programming, lean execution, factory planning, and robotics.

Use this solution to move from engineering data to production workflows with better accuracy and control. Khodiyar Infotech supports software selection, implementation, training, and manufacturing workflow guidance.

  • CAM inside SOLIDWORKS
  • Rules-based machining
  • 2.5-axis milling and turning
  • Design-to-manufacturing workflow
Talk to a SOLIDWORKS Expert →
SOLIDWORKS_DESIGN.IDEv.Official SOLIDWORKS Solution
SOFTWARE_INTERFACE.PNG
// 02 — Benefits

How SOLIDWORKS CAM Helps Your Team.

/// 01
+01

Connect design to production

Connect design to production with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 02
+02

Improve manufacturing readiness

Improve manufacturing readiness with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 03
+03

Support quality workflows

Support quality workflows with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

/// 04
+04

Reduce production delays

Reduce production delays with guidance from Khodiyar Infotech, including software selection, licensing, training, and adoption support.

// 03 — Capabilities

SOLIDWORKS CAM Capabilities.

Key workflow areas where this solution helps teams improve productivity, accuracy, and collaboration.

/// CAPABILITY 01

CAM inside SOLIDWORKS

Use SOLIDWORKS CAM to support cam inside solidworks as part of a more controlled and productive engineering workflow.

Request Guidance →
CAM_INSIDE_SOLIDWORKS.PNG
/// CAPABILITY 02

Rules-based machining

Use SOLIDWORKS CAM to support rules-based machining as part of a more controlled and productive engineering workflow.

Request Guidance →
RULES-BASED_MACHINING.PNG
/// CAPABILITY 03

2.5-axis milling and turning

Use SOLIDWORKS CAM to support 2.5-axis milling and turning as part of a more controlled and productive engineering workflow.

Request Guidance →
2.5-AXIS_MILLING_AND_TURNING.PNG
/// CAPABILITY 04

Design-to-manufacturing workflow

Use SOLIDWORKS CAM to support design-to-manufacturing workflow as part of a more controlled and productive engineering workflow.

Request Guidance →
DESIGN-TO-MANUFACTURING_WORKFLOW.PNG
// 04 — Packages

SOLIDWORKS CAM Package Guidance.

Use this section only when package comparison is relevant. Khodiyar Infotech can help you select the right license based on your workflow.

FeatureStandardProfessional RecommendedPremium
3D Part Modeling✓✓✓
Assembly Design✓✓✓
2D Drawings✓✓✓
Design Reuse Tools✓✓✓
CAD Libraries—✓✓
Manufacturability Checks—✓✓
Cost Estimation—✓✓
Photo-Realistic Rendering—✓✓
Advanced Component Libraries——✓
Design Validation——✓
Motion Analysis——✓
Routing Tools——✓
Advanced Simulation——✓
Cloud Collaboration—✓✓
Data Management Support——✓
Training and Support✓✓✓

Not Sure Which Package is Right?

Khodiyar Infotech can help you compare Standard, Professional, and Premium options based on your actual workflow.

Compare Packages with Expert →
// 05 — Licensing

Licensing and Deployment Guidance.

Three ways to deploy SOLIDWORKS Design — pick the model that fits how your team actually works.

/// LIC.01
01

Individual License

Ideal for individual designers, engineers, or professionals who need dedicated access.

  • Named-user access
  • Flexible usage
  • Best for individual CAD users
Ask About License →
/// LIC.02
02

Team / Network License

Suitable for engineering teams, shared workstations, and controlled business environments.

  • Team-based access
  • Centralized control
  • Suitable for growing design teams
Ask About License →
/// LIC.03
03

Cloud-Connected Options

For teams that need collaboration, review, and connected workflows across locations.

  • Cloud collaboration
  • Design sharing
  • Better team communication
Ask About License →
// 06 — Why Buy from Us

Why Buy SOLIDWORKS Through
Khodiyar Infotech?

We do more than provide software. We help your team select, implement, learn, and use SOLIDWORKS with confidence.

/// 01
01

Product Consultation

Understand which SOLIDWORKS product and package fits your workflow.

/// 02
02

License Selection

Get clear guidance before investing in software.

/// 03
03

Installation & Setup Support

Get assistance with setup, deployment, and onboarding.

/// 04
04

Training & Ongoing Assistance

Help your team build practical skills and use the software effectively.

// 07 — Training

SOLIDWORKS Training for Better Adoption.

Software value depends on how confidently your team can use it. We provide practical training to help users improve speed, accuracy, and workflow confidence.

/// TRACK.01

Beginner Training

Get up to speed on SOLIDWORKS fundamentals — modeling, sketching, drawings, and assemblies.

  • Sketching & part modeling
  • Assembly basics
  • 2D drawing creation
View Training →
/// TRACK.02

Advanced CAD Training

Tackle complex modeling techniques, surfacing, sheet metal, and weldments with expert guidance.

  • Advanced part techniques
  • Sheet metal & weldments
  • Top-down design
View Training →
/// TRACK.03

Team Workflow Training

Train teams on shared workflows, design standards, libraries, and PDM best practices.

  • Design standards
  • PDM workflow basics
  • Library & template setup
View Training →
// 09 — Use Cases

Where SOLIDWORKS CAM is Commonly Used.

SOLIDWORKS CAM is commonly used by design, manufacturing, and CNC programming teams that need to create machining programs directly from SOLIDWORKS models. It helps teams reduce programming time, standardize machining methods, and prepare parts for production with better accuracy.

+
CNC Milling Programming

Used to create machining programs for individual milled parts, configurations, pockets, holes, bosses, and other machinable features directly from SOLIDWORKS geometry.

+
Design-to-Manufacturing Workflows

Helpful when engineering and manufacturing teams want to evaluate manufacturability earlier and keep design changes connected to machining preparation.

+
Rules-Based Machining Standards

Used by companies that want to capture standard machining methods, preferred tools, feeds, speeds, and process rules so programming becomes more consistent.

+
Tolerance-Based Machining

Useful when teams need machining strategies to respond to tolerances and annotations assigned in the 3D model, helping improve quality and reduce manual decision-making.

+
CNC Turning Operations

Used in SOLIDWORKS CAM Professional for turning workflows such as rough turning, finish turning, boring, grooving, threading, cut-off, drilling, and tapping.

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High-Speed Machining

Helpful for manufacturers that need efficient material removal, shorter cycle times, better tool life, and optimized cutting strategies for suitable parts.

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3+2 Axis Machining

Used when teams need to program parts on four-axis or five-axis machines by positioning the tool at a fixed angle while executing three-axis machining operations.

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Fixture and Assembly-Based Machining

Useful for checking clamps, vises, fixtures, and manufacturing assemblies so teams can avoid collisions and prepare more reliable machining setups.

// 10 — FAQ

Frequently Asked Questions About SOLIDWORKS CAM.

Find answers to common questions about SOLIDWORKS CAM, including CNC programming, rules-based machining, tolerance-based machining, automatic feature recognition, milling, turning, high-speed machining, and SOLIDWORKS CAD integration.

01What is SOLIDWORKS CAM used for?

SOLIDWORKS CAM is used to create CNC machining programs directly inside SOLIDWORKS. It helps teams generate toolpaths, recognize machinable features, apply machining rules, calculate machining time, and prepare parts for manufacturing more efficiently.

02How does SOLIDWORKS CAM connect design and manufacturing?

SOLIDWORKS CAM works inside the SOLIDWORKS CAD environment, allowing design and manufacturing teams to use the same 3D model. When the design changes, the machining data can update with the model, helping reduce rework between design and production.

03What is rules-based machining in SOLIDWORKS CAM?

Rules-based machining allows teams to define machining standards based on company practices. Instead of manually programming every feature, users can apply repeatable rules for tools, strategies, and operations to improve consistency.

04What is tolerance-based machining?

Tolerance-based machining uses tolerances and annotations from the 3D model to help create machining strategies. This helps teams consider manufacturing requirements earlier and reduce manual interpretation of design intent.

05Can I request a demo before buying?

Does SOLIDWORKS CAM support automatic feature recognition?

06Can you help us compare SOLIDWORKS products?

Yes. SOLIDWORKS CAM can recognize machinable geometry such as holes, pockets, bosses, and turning features in supported workflows. This helps reduce manual feature selection and speeds up CNC programming.

07What is the difference between SOLIDWORKS CAM Standard and Professional?

SOLIDWORKS CAM Standard supports programming for individual milled parts and configurations inside SOLIDWORKS. SOLIDWORKS CAM Professional adds advanced capabilities such as high-speed machining, assembly machining, turning, and 3+2 programming for four-axis and five-axis machines.

08Can SOLIDWORKS CAM be used for turning operations?

Yes. SOLIDWORKS CAM Professional supports turning operations such as face roughing and finishing, rough and finish turning, grooving, boring, cut-off, threading, drilling, and tapping.

09Can SOLIDWORKS CAM help reduce machining time?

Yes. SOLIDWORKS CAM helps automate feature recognition, machining strategy selection, toolpath creation, and machining time calculation. This can reduce repetitive programming work and help teams prepare parts for production faster.

010Does SOLIDWORKS CAM support high-speed machining?

Yes. SOLIDWORKS CAM Professional includes high-speed machining capabilities that help maintain efficient cutting conditions, reduce cycle time, and support better tool life for suitable machining operations.

011Can Khodiyar Infotech help with SOLIDWORKS CAM?

Yes. Khodiyar Infotech can help your team understand SOLIDWORKS CAM capabilities, choose the right package, and get guidance for licensing, setup, training, and CNC programming workflow adoption.

// Ready to Talk

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ProductSOLIDWORKS CAM
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