Tecnomatix Features

Create realistic models of physical assets.

Provides a functional, intuitive interface for building digital twins.

Has a variety of tools and features to enhance model designs.

Offers pre-built templates for digital twins based on accurate models of physical assets

Allows for simulation of real-life data flows and processes involving other systems

Interact with specific components within simulations.

Simulate various potential events related to specific assets and processes.

Offers data and visualizations for asset performance, output, and resource usage.

Define and manage rules for plant design purposes, such as collision avoidance and equipment overutilization.

Assist with designing the physical structure of a plant, including production line design and manufacturing layout.

Provide a library of components for plant design, such as equipment, electrical and utilities networks, and work stations.

Create 3D models of plants and factories that display their physical structure as well as components like equipment.

Help validate palnt designs through stress simulation and process modelling scenarios.

Use digital twins to create a digital copy of a plant which can be used to simulate design changes and process adjustments.

Allow users to create a virtual tour of the factory or plant which can be shared with stakeholders.

Simulate manufacturing, material handling, and logistics processes to identify bottlenecks and safety concerns.

Enables manufacturing engineering teams to use 3D models of products, equipment, and labor to simulate manufacturing processes

Enables manufacturing engineering teams to use 3D models of plant operations

Integrate with manufacturing software such as CAD, PLM, ERP, and manufacturing exectuion systems (MES).

Support multiple types of data from multiple sources and provide a single repository for all data.

Import and export multiple types of documents such as CAD files, technical specifications, 2D and 3D models.

Deliver insights related to plant design, and identify challenges as well as opportunities for improvement.

Allow to simulate various kinematic configurations such as robotic arms and joints.

Support simultaneous simulation of multiple robots.

Allow simulation using physics-based forces such as gravity, friction, and inertia.

Estimate cycle times, throughput, and identify bottlenecks in robot workflows.

Models processes such as welding, painting, assembly, or palletizing.

Allow to integrate robot's control software with the virtual model and fine tuning it's behaviour.

Supports various robotic applications such as painting, welding, bin picking, polishing etc.

Build and arrange complete production cells or lines.

Allow to plan, create and optimize collision free paths for robots.

Supports robots from multiple brands and manufacturers'.

Enables users to program robots to perform task outside the production environment.

Integrate with AI systems for advance automation, adaptability, and optimization.

Support a wide range of robot models across different brands.

Import CAD geometry and convert to robot path or toolpath.

Allow users to extend or customize behaviors via APIs or plugins.

Provide dashboard to track outputs KPIs like cycle times, energy use, and collision logs.

Compare performance across different layouts or robot configurations.