Tool Tryout

The efficiency of tryout can be considerably increased by using a methodical methodology based on simulation data acquired during the engineering phase. Your tool room can successfully handle complex component geometry, high-strength steel materials, and high quality demands through an effective tool tryout.

Tryout support using simulation

The lengthy, expensive, and time-consuming fine-tuning that the forming tools go through during testing is very labour-intensive. Every correction loop that can be avoided saves money and time. Our state-of-the-art software with a user-friendly interface permits its implementation immediately shortly after the tryout in order to help you ensure that corrective loops are kept to a minimum. The programme aids with specific advice and walks you through the tryout procedure. The software, which has its own functionalities and algorithms, lets you assess potential alteration scenarios before putting them in actual use.

Tryout loop reduction

Any correction loop that can be prevented right away saves both time and money. When applying the trial-and-error method in real-world scenarios, these correction loops are often unfeasible.

We need trustworthy simulation results that are appropriately evaluated to achieve a sizable reduction in the number of corrective loops in order to assure effective tool production. We can successfully handle ever-increasing part and material complexity in tryouts using our software.

We are credited with these following presses
MECHANICAL PRESS

• 1000 TON- MECHANICAL PRESS
• 500 TON-MECHANICAL PRESS
• 400 TON - HYDRAULIC PRESS
• 250 TON -MECHANICAL PRESS
• 150 TON-MECHANICAL PRESS
• 50 TON-MECHANICAL PRESS

TOTAL PRESSES – 6 NOS.