Parallel Cam Design and Manufacturing Support Software Para_Cam

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Para_Cam

last updated：Jul 16, 2021

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Index Parallel Cam Design and Manufacturing Support Software

The parallel cam design and manufacturing support software is a tool that assists in the design and production of index parallel cam mechanisms. It allows the selection of cam curves from 21 types of cam profiles and universal curves. You can change the dimensionless time parameters of the cam curves. It creates and displays graphs of displacement, velocity, acceleration, and inertial torque of the cam curves. It includes design modifications for the cam tip (relief) and the cam base (relief). It performs coordinate calculations using a tool diameter correction function based on input tool diameter. It calculates and displays errors from linear interpolation of the cam profile. It can design both one-turn and half-turn parallel cams. The rotation of the cam and the engagement pressure angle and curvature radius are displayed in real-time. Tool center coordinate data (X, Y) can be saved in text file format. Cam drawings, output slider diagrams, and assembly drawings can be saved as DXF files. Drawing images can be saved as BMP files. It features a partial zoom function. It displays and prints design data and cam curve graphs. It also performs lowering calculations and displays error messages. With a variety of functions, it supports the design and production of index parallel cam mechanisms.

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basic information

The design and production support software "Para_Cam" is a software that assists in the design and production of index and parallel cams. It allows for the input of dimension data and the selection or design of cam curves through a data input form. The created data can be saved to or opened from a file. The design form enables the simulation of cam shapes, index movements, and the contact trajectory of cam followers. The tool center data and contour data of the cam can be saved as text files for use in NC processing. Additionally, the drawn parallel cam diagrams and assembly diagrams can be saved as DXF files.

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Applications/Examples of results

Indexed drive. General automatic assembly machines and tube automatic machines, among others.

Detailed information

Modeling of Parallel Cams An example of modeling using three-dimensional CAD based on DXF files, designed with parallel cam design support software. (Separate three-dimensional CAD is required.)
Data Input Form A form for selecting cam curves and creating data from 21 types of cam curves and universal curves. Input data to create and verify graphs of cam curve displacement, velocity, acceleration, and inertial torque, as well as perform file saving and retrieval.
Design Form It performs drawing of the index parallel cam mechanism, intermittent rotation operation, saving of cam development diagrams in DXF format, saving of NC data, and saving/printing of design data.
Para_CamC Strength Calculation Form Calculates the allowable output torque based on "bending strength of the cam follower pin," "surface pressure strength of the cam," and "lifetime strength of the cam follower."