Thermoforming

T-SIM is the world’s leading software for simulation of thermoforming and image distortion / pre-distortion.

T-SIM is used by many of the world’s leading thermoforming equipment manufactures as a part of their daily design procedures. Resin suppliers use our products for technical service assistance and as training tools. Processors around the world use our products and services for troubleshooting, equipment evaluation and the development of proprietary designs. Our commitment to product quality and our knowledgeable support staff have made Accuform products and services the choice of the thermoforming industry.

A consortium of eleven European thermoforming companies supported development of T-SIM software. Thanks to this support we have knowledge of the practical problems and situations which have to be solved in the real process. The result is the new T-SIM which take into account the needs of processors from practical experience, using a friendly interface.

Frequently Asked Questions

What products and services does Compuplast offer?

Compuplast provides advanced CAE simulation software for polymer processing including extrusion, die design, and full engineering services for equipment optimization and troubleshooting.

What is the Virtual Extrusion Laboratory™ (VEL™)?

The Virtual Extrusion Laboratory™ is Compuplast’s world‑class CAE solution designed to simulate and optimize polymer extrusion processes without costly trial‑and‑error

Who can benefit from using Compuplast’s CAE tools?

Compuplast’s CAE tools are useful for extrusion and process engineers, die and screw designers, consultants, and educators looking to improve process understanding and performance.

What types of polymer processing problems can Compuplast help solve?

Compuplast can assist with issues such as inefficient extrusion runs, tool and die design inefficiencies, unstable processes, and production rate challenges.

Is training available for using Compuplast’s software?

Yes, training and seminars are offered to help users learn how to effectively apply polymer rheology and simulation tools to real‑world processing challenges.