Software for the design and manufacturing support of planetary gears
PL_Design" is software that supports the design and manufacturing of planetary gear reduction mechanisms. By simply inputting basic gear data, you can design a planetary gear mechanism. The design form allows for easy operations such as rotation simulations of planetary, solar, and star-type mechanisms, creation of tooth profile diagrams using racks, output of DXF files, and text saving of tooth profile data. This time, "PL_Design" has been upgraded with added functionality to support the design of "lateral displacement.
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basic information
"PL_DesignC" is software that supports the design and manufacturing of planetary gears. It allows for the design of combinations of the sun gear, planet gears, and internal gears of planetary gears. Additionally, it supports rotational simulations for planetary, solar, and star mechanisms, generates tooth profile diagrams using racks (with internal gears created by pinions), outputs DXF files, saves tooth profile data as text, and accommodates the design of lateral offsets, all through simple operations. "PL_DesignC" can perform strength calculations for tooth surface strength according to JGMA6102-02 (2009) and bending strength calculations according to JGMA6101-02 (2007). It has the functionality 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 applications like EXCEL.
Price range
P3
Delivery Time
P2
Applications/Examples of results
Automobile transmissions, in-wheel drive, robot joint drives, and planetary gear reducers.
Detailed information
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Modeling example of a planetary gear Modeling by importing a DXF file created in PL_Design into a 3D CAD. (A separate 3D CAD is required.)
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Data Input Form for Planetary Gears Data creation form. Input data for planetary gears to calculate design specifications. Perform file saving and retrieval, etc. There is a rollover position and design navigation function.
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Design form of planetary gears This includes drawing planetary gears, rotational motion, saving DXF files for sun gears, planetary gears, internal gears, assembly diagrams, saving contour and tool center text data, and saving and printing design data. With option A, additional features include calculating tooth thickness tolerances and overpin dimension tolerances from JIS grades, as well as DXF output functionality for gear specifications.
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C Option Strength Calculation Form "PL_DesignC" is an addition to the planetary gear design and manufacturing support software "PL_Design," which includes calculations for tooth surface strength according to JGMA6102-02 (2009) and bending strength according to JGMA6101-02 (2007). It has the functionality 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 EXCEL, etc.
Line up（4）
| Model number | overview |
|---|---|
| PL_Design | Software for design and manufacturing support of planetary gears - Standard |
| PL_DesignA | PL_Design + Overpin dimension tolerance calculation, gear specification table DXF output option |
| PL_DesignC | Design and manufacturing support for planetary gears + JGMA6102-02(2009) surface pressure and JGMA6101-02(2007) bending strength calculation |
| PL_DesignCA | PL_DesignC + Overpin dimension tolerance calculation, gear specification table DXF output option |
Company information
J-Box provides specialized software for the design support of essential mechanical elements such as cams and various gears in automated machinery. We offer a wide range of design and manufacturing support software, including spur gears, helical gears, rack & pinion, planetary gear reducers, trochoidal gears, trochoidal pumps, as well as plate cams, groove cams, parallel cams, and barrel cams to assist everyone.