3D Die Design developed our state of the art transfer simulation software over the course of 12 years, and thus T-Sim Solutions was born. Our transfer press simulation software is extremely easy to use and intuitive. It analyzes your files, fixes clashes and clearance violations, and indicates when design changes are needed for your tooling, and optimizes motion curves to achieve maximum SPM. What used to be done manually through trial and error can now be performed virtually before any steel is cut.
In today's extremely fast paced, lean-manufacturing world, on-time and on-budget are more important than ever. Transfer die problems and related problem-solving wreak havoc on production and deadlines, and cut deeply into profits. By using transfer die simulation software, stamping manufacturers, die builders and designers can troubleshoot and perfect their transfer die stamping runs before they ever go to production.
Transfer Simulation is not just for Initial Setup and Home-Line Runoffs, we can also increase production of your existing tooling by optimizing your dies with transfer press production simulations
Our Transfer Simulation Software uses kinematics to check for crashes and close calls between the dies, transfer system and press. Your entire die is put into motion, including all pads, lifters, and cams, so full functionality can be verified. A Corrective Action Report (CAR) is generated to communicate where changes are needed. Transfer curves can be adjusted and optimized for maximum strokes per minute (SPM). Full motion videos are included to clearly communicate any issues found in simulation. Use Transfer Simulation for design, setup, and production.
Visit our T-Sim Solutions website to learn more about our transfer simulation software and how it can help your business.
Our Transfer Press Simulation Software will determine the velocity and acceleration rate of the transfer system, and return your maximum SPM. Curves can be easily adjusted and re-analyzed in minutes to optimize motions for the highest production rate. Once optimization is complete, upper and lower interference curves are generated for export to your design source. Address the issues at the beginning of the project instead of worrying about it at the end.