Processes in mechanical engineering
Tebis can be used to quickly and easily generate automated NC programs for mechanical engineering, for producing jigs and fixtures and for producing testing and measuring gauges. Tebis is suitable for manufacturing both simple and highly complex parts. Programming on the machine is eliminated in favor of a standardized and end-to-end solution. Thanks to the Job Manager and process libraries, you can easily combine turning and milling operations, for example, into a complete program.
- Prismatic machining
- Turning
- Free-form machining
- Deep-hole drill machining
- Special applications
- Multiple setup
- Wire EDM
Your benefit
- Consistent high quality standard
- High degree of reliability with standardized processes
- Lower tool costs thanks to the consistent use of standard tools
- Shorter programming and setup times
- High degree of automation along with flexibility
- No more programming on the machine
- Cycles can also be created for special applications such as intersections and side milling
Process setup
The process must first be prepared as a prerequisite for automated 2.5D machining. The result: The Tebis process libraries are optimally set up and the machining specifications are available. Therefore all subsequent machining steps proceed automatically.
Structure the part
Structure the part by color according to the OEM color table or by element type. Easily separate the geometries from the part using convenient CAD functions.
Insert features
Transfer standard and free-form geometries from the design system and use the Tebis feature scanner. The design feature becomes a machining feature. Tebis obtains the required machining information from the feature library.
Adjust features
Manually adjust machining features for manufacturing or group and sort them.
Start automatic feature processing
Use the Job Manager, machining templates and automatic element selection to automatically calculate the toolpath.
Optimize tools
Reduce the number of machining tools or adjust the automatically determined tool lengths.
Optimize machining
Simulate the NC program, check the machining operation for collision with all parts and adjust the clamping if necessary.
