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Tebis 3.4 R5
Tebis 3.4 R5







Tebis 3.4 R5

The high quality results of the components obtained on milling machines and a rapid return on investment emphasise the software’s productivity. One important prerequisite for such high acceptance among its broad customer base is that both CAD and CAM modules be easy to learn and operate. As of today, more than 5000 systems have been installed at more than 1500 sites world-wide, including automobile manufacturers such as Audi, DaimlerChrysler, BMW, VW, Opel, Ford, Seat, Volvo, Saab, Honda, Toyota and Hyundai.

Tebis 3.4 R5

Tebis customers come predominantly from the automobile and aircraft industry as well as their large and small subcontractors from the styling, model making, tool and mould manufacturing sectors.

Tebis 3.4 R5

It goes without saying that Tebis CAD/CAM specialists are available as well to provide their expertise to solve your individual application questions. We supply turnkey installations and also provide a full software service including installation, training and hotline support. Tebis is a software company that develops CAD/CAM systems for tool, die and mold manufacturing. The multiple parameters support the definition of a suitable The roughing strategies now offer individual parameters for contour rounding, path rounding and path smoothing. This strategy further evens out the machine and tool loads of Tebis roughing programs. A lace cycle may be selected, reducing idle travel, if the material and tool permit this. The new strategy for contour-parallel roughing supports the whole climb cut and avoids unnecessary full cuts. This allows a user to quickly and easily define NC finishing jobs by modifying archived NC prefinishing jobs and changing all necessary parameters. All properties of the NC job, such as climb cut/conventional cut, approach/ retract macros, and G02/G03 radius recognition are saved.įor mirrored parts, process reliable machining programs can be created with the touch of a button.ĭuring assignment, users can modify the tool, layer and NC head in the NC job administration. The NC jobs from all modules may be rotated, moved, transformed or mirrored with Job transformation. Using the shortest possible tool provides optimum machining.

Tebis 3.4 R5

The programming length calculation is also available for the subsequent simulation and collision check of toolpaths. The programming length calculation determines the optimum length for completing a calculated toolpath without part violation. It also includes the special version for 2.5D Drilling… Those include the integration of Simulator and Electrode Design special versions upgraded for standard version 3.3. It provides many CAM innovations and expanded functionality. The first beta versions of the new Tebis Version 3.4 have already been presented.









Tebis 3.4 R5