Preparing CAD models for manufacturing
Fast and easy to modify
Precise preparation of the CAD models is the basic prerequisite for almost completely automated NC programming. Manufacturing preparation can also be quickly performed, mostly with a high degree of automation. Tebis also offers highly convenient functions for interactive intervention: for example, to close complex recesses. Processes can be more easily planned with extensive options for part analysis.
High data quality
Resulting high manufacturing quality and short manufacturing times
High efficiency
Standardized and automated NC programming is possible
Always ready
Fast learning curve for employees during NC programming
Automated data preparation with CAD templates
Place holes for setup systems, design fill surfaces for roughing, prepare blanks, generate connection points for various setups, position clamping devices, define retract planes – these are all typical examples of repetitive tasks that can be combined in rule-based CAD templates. The CAD data prepared in this way are immediately used in automated CAM programming. All that your CAD/CAM users have to do is select the part and specify the machining direction – and the system takes care of the rest.
You still remain highly flexible: Changes like selecting a different clamping system can be controlled directly and conveniently with the user parameters in the object tree. Parameters like the length, radius or direction of elements can also be modified with the click of a mouse.
You still remain highly flexible: Changes like selecting a different clamping system can be controlled directly and conveniently with the user parameters in the object tree. Parameters like the length, radius or direction of elements can also be modified with the click of a mouse.
Straight to CAM programming with automated CAD templates
Automatically adjust auxiliary geometries and finished parts for a smaller, similar model.
One template for any part: Easily modified data preparation that’s optimal for manufacturing.
Inserting features
Features contain manufacturing information and are linked to standardized NC sequences. The Tebis feature scanner detects prismatic areas that can be manufactured automatically and converts the design feature into an intelligent NC feature.
The video shows how the Tebis feature scanner analyzes the part and automatically inserts appropriate features.
Design functions for the NC programmer
Sometimes the NC programmer has to intervene interactively during data preparation: for example, to generate complex fill surfaces and extension surfaces or area and center curves. It may also be necessary to first design the geometry of the blank. These tasks can be quickly and easily performed with Tebis. Parts can also be simplified and split for a better overview.
Create complex fill surfaces
Less time required: Create complex fill surfaces
Quickly complete the following tasks: Generate fill surfaces and support curves
Extend surfaces
Extend surfaces with drag arrow
Surfaces are extended by simply moving the drag arrow.
Create guide curves
Slot machining
Use a wizard to define center curves for machining deep slots
All about 3D and 5-axis milling with Tebis.
Design blanks
Tebis offers several automatic design functions for defining blanks:
- With a part envelope
- With a casting allowance
- As a layered blank
- As a 6-sided blank
- With an extruded profile
Defining blanks
Analyzing geometry
Tebis offers extensive functions for analyzing geometry:
- Calculate lengths, surfaces and volumes for costing and ordering materials
- Determine dimensions like coordinates, length, radius, distance and angle
- Real-time intersection functions through the part
- Compare two versions to detect changes
- Detect and identify bores
- Detect planar surfaces: for example, for defining tool lengths
- Detect and identify roundings
- Compare two manufacturing stages to determine the remaining material to be removed
- Detect geometric steep areas and undercuts to define appropriate milling directions
- Detect surfaces with quality features that haven’t been complied with, including gaps, high segmentation, and overlapping surfaces
- Analyze curvatures to evaluate surface quality
Analysis functions for the example of a part from mold manufacturing
- Determine dimensions
- Analyze roundings
- Detect undercuts
- Detect planar surfaces
- Detect bores
Analysis functions for the example of a sheet metal die
- Determine dimensions
- Analyze planar surfaces and roundings
- Determine steepness relative to Z-axis
- Detect bores
- Real-time intersection function
- Analyze material thickness
- Compare part versions
