Made for model making

Reverse engineering is used everywhere that work is performed manually on real objects and in the CAD model. In model manufacturing, design objects and vehicles modeled in clay are scanned and transferred to CAD surfaces. In die manufacturing, manual changes to sheet-metal dies in the tryout phase are scanned and the existing CAD model is updated based on the scanned data.

Tebis offers automated design functions with which active surface designers can include sheet thickness, thinning effects and reliefs in the design of the CAD active surfaces. This results in significant time savings in NC programming, machining and tryout.

Free-form machining lets you combine all your strategies for roughing, finishing and residual stock machining in the Tebis Job Manager. You can use convenient template technology and ensure collision avoidance already in the CAM environment.

Tebis lets you program simple bores and complex multi-sided machining operations right at your CAM workplace. Strategies for centering, countersinking, reaming, thread cutting, thread milling and milling fittings are included. You benefit from automated manufacturing templates and shortened traverse paths using virtual machine technology. 

The Tebis CNC Simulator lets you fully plan, program and check your NC machining operations in the Tebis CNC programming environment. All of the components in your real manufacturing environment – including tools, machines, clamping devices and units – are stored down to the last detail as digital twins in the virtual programming environment. 

The end-to-end Tebis solution lets you check any part right after manufacturing. Whether you want to measure your parts using NC control on milling and measuring machines or do it manually – Tebis provides you with all the necessary functions. Manufacture quality. Right from the start.

Tebis supports robots for all types of machining. Because you’re programming with a virtual robot (digital twin) right from the start, there are no surprises later due to recalculation or other issues. You can therefore proceed directly from the CAD data to the completed robotic machining program with no detours.