Toolyzer
Data Design Co., Ltd.
About This Product
■Advanced functions for tool and process development
Digitally compare cutting tool prototypes, quickly predict forces and torques, and identify optimal tool geometries and machining parameters. Use collision analysis to ensure that the tool body has sufficient structure to avoid collisions with the workpiece being machined. We also compare tolerances after machining and evaluate the quality of the workpiece. For example, developing foam cutters and quantifying effects such as runout.
By exporting the machined workpiece as an STL file in high resolution, the quality of the workpiece can be further analyzed in an external program. By inspecting chip thickness, effective rake angle and clearance for each cutting edge, you can also check whether the tool is performing its intended function without unnecessary wear or sudden cutting edge breakage. .
■Analysis using process kinematics
Whether it's turning, milling, drilling or special machining, Toolyzer is flexible.
■Calculated from realistic tool shape
Loads the modeling shape of the tool cutting edge and achieves highly accurate stress analysis.
■Verify tool engagement
It is possible to calculate the thickness and width of chips for each tool cutting edge.
■ Calculation of forces applied to the entire process
Fast calculation of process force and power predictions.
■Improve parts quality
Improve the quality of parts by analyzing machined surfaces and verifying shape deviations.
■Calculation of flank contact conditions
It is possible to calculate flank contact conditions for optimization purposes.
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Product
Toolyzer
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Handling Company
Data Design Co., Ltd.
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Categories
1 Models of Toolyzer
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Toolyzer |
Available upon quote |
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About Company Handling This Product
- Japan