Customer demand for parts with increasingly complex geometries and components made with materials like hardened steels and exotic alloys make producing high-quality products on tight deadlines more challenging than ever before.
Cimatron helps manufacturers meet these demands by providing advanced design and machining capabilities developed to safely succeed with the toughest jobs.
The software’s powerful design, simulation, and machining tools ensure precision, reliability, and efficiency even when working with difficult geometries and materials.
Advanced solid and surface modeling tools simplify the design of parts with complex geometries, including those with deep cavities, undercuts, and freeform surfaces.
CNC programming capabilities include 3- to 5-axis machining strategies optimized for complex geometries and hard materials.
Toolpath simulation capabilities include machine kinematics, fixtures, and workpieces, and help prevent expensive errors before jobs hit the shop floor.
Specialist solutions, such as those dedicated to mold, die, and electrode design and production, provide embedded industry expertise for the most challenging applications.
Hybrid solid and surface modeling tools make it easy to design and modify highly intricate parts, including deep cavities, undercuts, and freeform surfaces. Designers can choose the most effective modeling approach for the unique needs of any project.
Cimatron’s specialized 3- to 5-axis machining strategies generate toolpath optimized for complex geometries and hard materials. Strategies for trochoidal milling, high-speed machining, and specialized finishing help ensure efficient material removal, flawless surface finish, and extended tool life.
Machine with confidence using multi-axis toolpath simulation and comprehensive gouge and collision detection tools. Detailed toolpath simulation includes machine kinematics, workpieces, and fixtures. Collision and gouge detection verifies the safe and efficient operation of machine tools, fixtures, stock, workpieces, cutting tools, and tool holders.
Working with challenging materials and complex geometry is simplified by specialist software solutions that provide embedded industry expertise. Software dedicated to mold, die, and electrode design and production provide dedicated tools for solving problems unique to the application.
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