Displacement Plane - Design and Manufacturing Support Software for Herringbone Gears GR_DesignC

basic information

"GR_Design" is a software that supports the design and manufacturing of involute spur gears and helical gears. It allows for the design of combinations of external gears and external gears, as well as external gears and internal gears. Additionally, it features gear rotation simulations, rack-based tooth profile generation diagrams (for internal gears, tooth profile generation is done using pinions), DXF file output, text saving of tooth profile data, and supports the design of "high tooth/low tooth," all of which can be performed with simple operations. In "GR_DesignC," it is possible to perform strength calculations for tooth surface strength according to JGMA6102-02 (2009) and bending strength calculations according to JGMA6101-02 (2007). It has the capability to save and open strength calculation data files, contributing to the management of strength data and the acceleration of work processes. Furthermore, calculation results can be printed or saved as text files and opened in EXCEL and other applications.

Price information

262500

Price range

P3

Delivery Time

P3

Applications/Examples of results

Design and manufacturing of spur gears and helical gears. Strength calculations for gears. Creation of 3D models and mold production, etc.

Detailed information

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  Modeling of Herringbone Gears An example of modeling using 3D CAD based on a DXF file, designed with design support software for displacement plain herringbone gears. (Separate 3D CAD is required.)

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  Data input form for involute spur gears and helical gears. A form for creating data. Input data for involute spur gears and helical gears to calculate design specifications. Functions for file saving and retrieval are available. There is a lateral displacement and design navigation feature.

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  Design form of displaced spur gears and helical gears. It performs drawing, rotational motion, DXF saving of large gear, small gear, and assembly diagrams, saving of contour and tool center text data, and saving and printing of design data. With option A, it adds functions for calculating tooth thickness tolerances and overpin dimension tolerances from JIS grades, as well as DXF output of gear specification tables. Option B adds the ability to import tooth profile text data in addition to option A and includes design and simulation functions for multi-stage reduction gears.

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  Example of modeling multi-stage gears using GR_Design Option B The B option adds the ability to import tooth profile text data in addition to the features of the A option, and includes design and simulation functions for multi-stage gear reducers. (A separate 3D CAD is required.)

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  GR_Design C Option Strength Calculation Form "GR_Design C" is an enhancement to the design and manufacturing support software "GR_Design" for spur and helical gears, adding calculations for tooth surface strength according to JGMA6102-02 (2009) and bending strength according to JGMA6101-02 (2007). It features the ability to save and open strength calculation data files, contributing to the management of strength data and the acceleration of work processes. Additionally, calculation results can be printed or saved as text files and opened in applications like EXCEL.

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  Design of a planetary gear mechanism by GE_DesignB ◾ Design of the planetary gear and internal gear in "GR_DesignB" and save the tooth profile data. ◾ Next, design the sun gear and planetary gears. ◾ Import the tooth profile text data of the internal gear and planetary gears mentioned above. ◾ Specify the center distance and arrangement angle for drafting. ◾ Backlash compensation is also possible. ◾ Save the overall drawing as a DXF file.

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