Robotics and Automation Simulation

Robotics and Automation Simulation

利用三维机器人工作单元设计、仿真和离线编程对机器人和自动化生产系统进行工程设计和优化。

利用 Tecnomatix® 软件的机器人和自动化仿真解决方案，您可以在数据管理和基于文件的环境中开发机器人和自动化生产系统。 这些工具可处理多个层次的机器人仿真和工作站开发工作，包括从单机器人工位到整条生产线和生产区域的范围。 使用协作性工具，可以加强各个制造部门之间的沟通和协作，从而做出更明智的决策。 这样一来，您可以更快地将自动化系统投入应用并减少错误数量。

Design Complete Workcells with 3D Kinematic Models

Tecnomatix Process Simulate Robotics and RobotExpert software provide the tools necessary for the design and validation of manufacturing processes in a dynamic and highly visual environment where manufacturing engineers can author, re-use, validate and optimize manufacturing process sequences with realistic behavior using fully kinematic 3D models. These solutions support a variety of robotic and automation processes allowing for early validation of automation concepts virtually and the simulation, offline programming and commissioning of complete production systems.

Plan, Simulate and Optimize Robotic Operation Paths

Tecnomatix robotics and automation simulation solutions give you the power to simulate complete manufacturing cells and systems allowing you to design and validate collision-free robotic paths and optimize their motion and cycle times, using both time-based and event-based simulation methods. Dedicated tools for various robotic applications, such as resistance spot welding, arc welding, cutting, spraying and pick-and-place operations further enhance your ability to define the correct motion for the robots and automation in your systems.

Program Robots and Automation Completely Offline

Tecnomatix software's offline programming solution for Process Simulate and RobotExpert enables accurate simulations of robot motion sequences and the delivery of production-ready programs to and from the shop floor. Interfaces to all major industrial robots allow controller-specific motion planning, simulation and program execution. Detailed information, including motion and process attributes, can be added to the generated robot paths for the creation of complete programs downloaded to the real controller, resulting in more efficient offline programming.