Die manufacturing
Tebis provides specific process solutions in die manufacturing that enable you to quickly and flexibly deliver the necessary results for every customer application. You can standardize and highly automate your NC program generation. You can also use powerful CAD functions to reduce manual reworking in tryout and keep unnecessary correction grinding to a minimum. All subprocesses can be easily combined thanks to the Job Manager and process libraries. Tebis solutions such as the small parts process can also be used in combination with an MES.
- Springback compensation
- Reverse engineering
- Die surfaces
- NC large parts prismatic
- NC large parts: Freeform
- NC small parts
- Small parts plus
Benefits
- End-to-end process with all morphing rules
- Fast calculation
- Many usable morphing rules
- Overbend based on FEM-based systems, measuring points or surfaces
- Use scanned sheet metal components
- Top quality
- Integrated Class-A analyses and optimization functions
- High precision and less manual reworking
- Less correction grinding
Define morphing rules and morph surfaces
Use meshes from simulation systems (FEM, STL) and use point clouds from the measuring machine. Combine various morphing rules as necessary. Morph the entire component or only individual areas.
Optimize morphed surfaces
Analyze the morphed surfaces. Determine distances from the original part and the morphing rule, and evaluate curvatures and reflection lines. Optimize the surfaces by styling visible surfaces, optimize transitions, and smooth contact surfaces.
Prepare die surfaces
Create exact surfaces for both sides of the sheet in the die, punch, blank holder, and all small parts. Relieve and increase radii, design pressure and relief surfaces, create outline surfaces, and compensate for press deflection.
Start 3D machining
Use the Job Manager, machining templates, and automatic element selection. Start automatic background calculation and program the next component at the same time.
Do you want to optimize your processes?
