Industrial Engineering

Program, simulate, and validate complex Robot drilling and riveting systems in a 3D Virtual Factory context

Validate and optimize the Body-in-White robotics processes and resources with Robotics simulation and validation in a Virtual Factory context

\Build, Simulate, Validate and Program Industrial Robot workcells

Program, simulate, and validate Robotic assembly systems in a 3D Virtual Factory context

Define, validate and program robot arc welding and sealant deposition systems offline in the Virtual Factory

Design, simulate and validate robot handling systems in the Virtual Factory

Define and validate offline program robotic finishing systems in the Virtual Factory

Define, validate and program Body-in-White robot systems offline in the Virtual Factory

Program, simulate, and validate Robotic fabrication systems in a 3D Virtual Factory context

Execute virtual commissioning scenarios on a Manufacturing virtual twin with accurate simulations of Robots, equipment and sensors connected to a PLC program

Prepare and compute the additive Manufactuing process for the most common polymer 3D printing techniques for all users

Define and validate machining processes to program NC lathe and mill-turn machines

Define and validate 2.5-axis and Wire EDM machining processes

NC Shop Floor Reviewer streamlines the Machining process by enabling shop floor users to review up-to-date NC processes and programs prior to execution

The usage of knowledge templates by NC programmers will simplify the program creation and enable intelligent and automatic NC process creation

Define and validate programs to mill complex parts on a multi-axis milling machine or robot

Define and validate 2.5-axis and Wire EDM machining processes

Full NC program validation based on NC Code (ISO Code / G-Code) machine simulation for milling, turning and mill-turn machines

Define and validate 2.5 and 3-axis machining processes to machine complex molds and dies

Enables CNC Machinist to create a NC Program dedicated to 3-axis Machine and Wire ED

Human-Centered Product and Workplace Design with Virtual Ergonomics

Create Virtual Manikins with specific anthropometry and biomechanics attributes

Perform feasibility studies of your assembly or disassembly process to mitigate problems, accelerate time-to-market and improve first-time quality

Create and validate the assembly process plans with fasteners

Define and validate the Construction Bill of Materials and construction strategy in a powerful 3D context

Support the industrialization of batch manufacturing processes; from formula, to recipe, to industrial setups for downstream systems delivery

Quickly perform feasibility studies of your complex assembly or disassembly process to mitigate problems and accelerate time-to-market

Human-Centered Product and Workplace Design with Virtual Ergonomics

Provides highly efficient browsing and basic authoring of Manufacturing Routings to create and update manufacturing plans in a light and affordable web client

Powerful 3D applications for definition, reconciliation, and visual validation of the Manufacturing Bill of Materials and associated Process Plans

Create Virtual Manikins with specific anthropometry and biomechanics attributes

Fully define and manage your Manufacturing Items and Process Plans in a single environment

Review and assess your Manufacturing BOM, Process Plans and Work Instructions

Utilize 3D simulations to review, mark-up and share best engineering practices

Analyze the time of manufacturing operations performed by workers based on proven supported time standard methods

Visually define work instructions for any process, from simple assembly prototyping to complex manufacturing by leveraging 3D product models

Define and maintain your service items and maintenance tasks directly in 3D

Web-based solution for Service Process Engineers to manage and keep updated Service Bill Of Materials (SBOM) and related Service Process definitions.

Design & validate tooling, machines, and layouts to build the Virtual Factory

Create 3D virtual models of shop floor equipment such as machines, robots, 3D printers? tooling - including kinematics

Reduce capital expenditures and accelerate production ramp-up by building, evaluating and optimizing the factory layout

Advanced layout capabilities enable Manufacturing Planners to efficiently define the factory resource layout

Simulate material flow and resource utilization in a Virtual Factory context

Create a virtual twin experience of factory machines using any CAD data