1. Planning

A. Process

Manufacturing Process Planner

Advanced Assembly Planning

Process Designer

B. Work Instructions

Electronic Work Instructions

3D-PDF Work Instructions

C. Layouts



In Context Editor

D. Dimensional Quality

Variation Analysis (VSA)

2. Simulation

A. Assembly

Process Simulate Assembly

Automatic Path Planner

B. Robotics

Process Simulate Robotics



C. Logistics

Plant Simulation

Value Stream Mapping

D. Human


Process Simulate Human

Jack Occupant Packaging

Jack Task Analysis Toolkit

3. Production

A. Issue Tracking

Issue Management and CAPA

B. Virtual Commissioning

Plant Simulation

Process Simulate Commissioning

C. Shop Floor

PLM-MES Collaboration


D. Build Quality

Dimensional Planning & Validation (DPV)

Planning and Management

To handle the complexity and challenges of bringing products to market faster while ensuring that manufacturing processes are aligned for aggressive product launch goals are the key drivers that cause leading manufacturers to look for such a solution Digital manufacturing technologies enable lean practitioners to accomplish bigger improvements faster by leveraging product and process information stored in product- and process-related systems.

Process Design and Planning

Simplify complex planning scenarios Collaborate across departments and disciplines Optimize and balance system processes

Factory Design

aster design of more efficient factories Improved collaboration among cross-functional teams Optimized material handling, logistics and indirect labor across the entire facility Increased planning accuracy and efficiency

Dimensional Quality

Ensuring dimensional requirements are met prior to physical prototyping Documenting and tracking critical dimensional requirements Catching design flaws before committing to tooling Identifying key contributors to be monitored in production Minimizing cost of rework and warranty defects


Reduce cost of change with early detection Reduce cost & eliminate human factor issues upfront Increase productivity of new or existing production facilities by 20 percent Optimize ROI for capital equipment investments

Robotics Simulation and Programing

Planning & optimizing robotic and automated manufacturing systems Ensuring ergonomically safe processes Emulating realistic behavior of manufacturing processes Optimizing of cycle times and process sequence

Logistics and Discrete Event Simulation

System performance & analysis Modeling processes using common & specialized components Optimal solutions based on line balance and various lot sizes Simulating in a 3D environment

Human Simulation and Ergonomics JACK

Increase efficiency of manual operations Validate workspace configurations and protect worker safety Utilize Anthropomorphic models that represent the workforce Perform human factors and ergonomic analysis

Virtual Commissioning

Verifying logic and safety of the system Identifying flaws on design phase Performing system diagnostics Performing high coverage of test cases Reducing system ramp-up time