CNC programming – automated and reliable
For shorter programming and setup times
The time between order receipt and delivery deadlines in the manufacturing industry is becoming increasingly shorter. At the same time, components are becoming more complex and surface quality requirements are becoming more demanding. Programming and setup must be performed in parallel with machine uptime, and multiple machines must be effectively coordinated. Fluctuating order quantities and a lack of qualified personnel require highly dynamic and easily automated processes.
Tebis combines speed, reliability and a high degree of automation with the greatest possible flexibility in CNC programming and provides industry-specific solutions for all applications such as 2.5 D, 3D and 5-axis machining. All CNC programming solutions can be combined. Tebis lets you mill directly on surfaces or on meshes.
The manufacturing process with Tebis: You prepare CAD data for CNC programming: You use NC templates for highly automated CNC programming based on the structured data. Digital twins of your actual tools, machines and clamping devices and the entire manufacturing knowledge of your company are stored in your individual process libraries. If necessary, you can simulate and optimize the NC programs – these are then sent to the machine with complete collision checking.
Import design data
You can design with Tebis or import design data via interfaces. Tebis provides standard and direct interfaces to all common CAD systems. Not only geometric data on the blank, finished component and clamping devices but also structural information such as assembly, layer, set and filter structures as well as colors are imported. Drilling features as well as product and manufacturing information can also be imported. Tebis also has special interfaces, such as reading in features, for simple CNC programming.
Preparing parts
You can ensure during component preparation that only high-quality surfaces are milled. You can analyze and structure the component. You can close holes, adjust transitions and create extension and overrun surfaces. You benefit from the user-friendliness of parametric/associative design: You can subsequently adjust CAD models quickly and update CAD auxiliary geometries for variants of similar parts.
At the same time, you’re establishing the optimal conditions for automated NC programming: You can separate out elements and topologies, automatically split up milling areas and determine the appropriate manufacturing methods.
You can also create clamping systems as CAD models for multiple setups. For electrode machining, the complete electrode is generated using a wizard. All machining information is automatically transferred to the model for prismatic machining or turning.
Logical operating sequences and automated CNC programming
CNC programming with Tebis is fast and convenient. With the new Job Manager and Tebis NCJob technology, you can create and manage all NC programs for all technologies you need to manufacture a component – from milling, to turning, to hardening. It represents the complete manufacturing process with clearly structured operating sequences.
CAM machining templates support you in standardizing your CAM programming throughout your company. CAM programmers only select the initial blank and collision bodies and start the automated CNC calculation. The optimal machining strategy for the selected machine is automatically assigned, with preference given to standard tools with appropriate lengths based on the integrated collision avoidance strategies. If desired, you can quickly and easily prepare a reliable 5-sided machining operation. Check the tilt direction with the integrated tilt direction preview and adjust it interactively. You can prepare the next component for CNC programming while programs are still being automatically calculated in the background.
Optimize and output CNC programs
You can reduce the number of machining tools, adjust the automatically determined tool length if necessary and – if required – modify the clamping situation. Simulate the CNC program and check the machining again for collisions with all components in the CAM environment. If collisions are detected, have the milling areas automatically reduced or easily convert 3-access toolpaths into 5-axis simultaneous toolpaths. Output the NC programs as NC code with postprocessors exactly configured to your machines and controls.
