Import your customer data and start working within seconds
Start working as soon as you get your customer's part data. Heal and stitch data or work with non-stitched models and poor-quality imported data
Quickly and reliably import your customer’s part data with automatic data validation and highly accurate conversion from all standard formats, including DXF, IGES, STEP, VDA, Parasolid (including binary), SAT (ACIS), STL and SAB.
Take advantage of native read/write options for popular CAD systems, including AutoCAD, Autodesk Inventor, CATIA, Creo Elements/Pro, Siemens NX, SolidWorks and SolidEdge.
Import relevant Product Manufacturing Information (PMI) from several proprietary formats
Use a dedicated applicative tools for the ejection systems to boost your design process
Add hundreds of ejectors from commercial or user-defined catalogs in a single step – the system will automatically find the right spot, analyze the plates they go through, and take care of the trimming
Create pockets that are tight around the upper end of the ejector and loose along the body
Associate ejectors with their drilling procedures to streamline NC programming
Validate your design with built-in measurement, analysis, and collision detection capabilities
Employ tools such as Wall Thickness Analysis, Body Integrity Analysis, Draft Angle Analysis, Direction Analysis, Curvature Map, Interference Check, Moldex 3D, and many more, to ensure early identification of product quality issues
Simulate tool kinematics to locate and identify collisions, and eliminate design errors
Reduce the need for electrodes with direct milling of narrow slots and tiny corner radiuses
Utilize a single setup for multi-side operations
Choose from a rich selection of machining strategies and support a complete range of cutters including tapered cutters, lollipop tools, and slot mill cutters
Support positioning and continuous milling, providing full control over the tilt and lead angles as well as gouge and collision check of the tool shank and holder against the part
Generate touch-of-a-button 5-axis tilting toolpaths especially suitable for rapid machining of parts with deep cavities, narrow ribs and tiny corner radiuses, using shorter and more rigid tools for best surface quality and reduced machine time
Verify all toolpaths and eliminate unnecessary tryouts with advanced post-processor based simulation capabilities, including material removal, remaining stock, and complete machine kinematics
View the cutting process and its results prior to machining, with a color-coded display to help analyze the remaining material around the part.
Simulate the real machine kinematics and toolpath motion, checking tool shanks and holders against the part with advanced simulation generated with the G-code. The ability to predict machine behavior enables errors to be corrected and eliminated ahead of time
A rich library of post-processors is offered for practically all 3-axis and 5-axis machines as well as all leading controllers
A state-of-the-art post-processor generator can be easily customized to any specific needs