Applications
Closed-Die Forging
Ring Rolling
Cross Wedge Rolling
Open-Die Forging
Pipe Forming
Spinning
Oscillating Forging
Shearing
Rolling
Sheet Metal Stamping
Electrical Upsetting
Machining / Cutting
Full Range of Supported Metal Forming Operations
- Closed-Die Forging
- Open-Die Forging
- Long and Flat Products
- Shape Rolling
- Ring Rolling
- Cross Wedge Rolling
- Orbital Forging
- Electrical Upsetting
- Sheet Metal Forming
- Cold Forming
- Hydroforming
- Bending
- Machining & Cutting
- Glass Forming
- Superplastic Forming
- Blanking and Cutting
- Heat Treatment
- Flow Forming
Forging tool and lifespan
Extending tool life is critical in forging, and simulation plays a key role in achieving it. With FORGE®, you gain detailed insight into stress distribution, temperature evolution, abrasive wear, and areas undergoing elastic or plastic deformation—long before physical trials begin. Beyond tool behavior, FORGE® evaluates forming loads, required energy, torque, and power throughout each operation. This gives you the confidence to confirm equipment capacity, optimize load distribution across forming stages, and proactively identify die imbalance or deflection risks—reducing unexpected failures and improving process reliability.
Material saving
As a pioneer in automatic optimization for forming processes, Transvalor transformed the way forging design is approached. Instead of relying on trial and error, manufacturers can automatically refine billet geometry to maximize yield and define optimal rolled preforms that guarantee full die filling without defects.
For forged parts, this approach delivers measurable benefits: less raw material consumption through lighter billets, reduced energy demand thanks to optimized press loads, and longer die service life by limiting stress concentration within tooling. The result is a more efficient, cost-effective, and reliable forging process.
Competitive advantages of FORGE®
- High performance parallel computing
- Simulate the complete manufacturing chain
- Exclusive: make the link between metal casting and forging process
- Design Exploration and Optimization
Significant benefits at multiple stages of your activity
- During R&D phase, for the development of innovative or complex products
- During the quotation phase, to be able to position quickly with respect to a new manufacture
- During the design & process development phase, to reduce time to market
- During the production phase, to control manufacturing costs
Optimize Your Forging Processes with Transvalor FORGE®
Predict stress limits, prevent raw material waste, and extend tooling lifespan with state-of-the-art metal forming simulation. Request a customized demo from Dentsu Soken Thailand.
