Tecnomatix® 冲压线仿真是一套全面面向多工位压力机的设计、编程、分析与仿真的创新型软件。 通过对整个钣金成型流程进行数字化设计和仿真，您可以提前准备好所有必要的工序，并在早期规划阶段进行虚拟优化。 因此，早在组件的实际生产之前，该软件便可向设计人员和规划人员提供宝贵的信息。
Digitally design, simulate and optimize automated press lines
Press Line Design and Simulation
Press Line Design and Simulation
Tecnomatix® 冲压线仿真是一套全面面向多工位压力机的设计、编程、分析与仿真的创新型软件。 通过对整个钣金成型流程进行数字化设计和仿真，您可以提前准备好所有必要的工序，并在早期规划阶段进行虚拟优化。 因此，早在组件的实际生产之前，该软件便可向设计人员和规划人员提供宝贵的信息。
Read more about the powerful features for press line design and simulation below.
Design Fully Validated Dies
Tecnomatix software's Press Line Simulation solution enables the design of completely validated dies. You can easily define die kinematics, including translation, rotation, limits and stop values, as well as linear, rotary, filling slider, crank slider, and drag link cams during die design, which can be captured in a die tooling library for re-use. Collisions within the die can be calculated for location and penetration depth, and detailed reports allow for the analysis of collision details.
Plan the Detailed Operations for the Entire Press Line
Tecnomatix Press Line Simulation supports all of the tasks necessary for the successful planning of complex press lines, including loading of press motion curves, die and panel loading, collision checking, throughput and stroke rate optimization, part transfer, and offline programming. Today's complex press systems can only be optimized using simulation that is integrated with available press controllers for the most accurate planning results possible. This helps maximize the utilization of the press system during production.
Simulate the Complete Sheet Metal Forming Process
Tecnomatix Press Line Simulation enables simulation of the complete sheet metal forming process from material flow and die motion to transfer equipment operation and die changeover, helping you to optimize press timing, synchronization and throughput. Available interfaces to Siemens SIMOTION® and other press controllers allow for easy data transfer from the press line simulation model so that the real application can be visualized and the entire press system can be virtually commissioned prior to production.
