MITCalc Torsion springs Free Download

MITCalc Torsion Springs Review

Overview

MITCalc Torsion Springs is a powerful software tool designed for the geometric and strength design of spiral cylindrical torsion springs. These springs are typically made of wires and rods in circular sections and are cold formed. The software is ideal for engineers and designers who need to calculate and optimize torsion springs for static or cyclic loading conditions.

Main Features

Automatic design of the spring
Optimal design selection based on strength, geometry, and weight
Static and dynamic strength tests
Calculation of working forces with known dimensions
Mounting dimension calculations
Table of commonly used spring materials
Support for 2D and 3D CAD software

Specialized Calculations

The software utilizes data, procedures, and algorithms from specialized literature and standards such as EN 13906-2 and DIN 2088. This ensures accurate and reliable results for torsion spring design and analysis.

Multi-Language Support

MITCalc Torsion Springs is developed in MS Excel and supports both Imperial and Metric units. The multi-language support makes it accessible to a wide range of users around the world.

CAD Integration

In addition to its calculation capabilities, the software also integrates with popular CAD software such as AutoCAD, SolidWorks, and Autodesk Inventor. This allows users to directly import and export designs for seamless integration into their projects.

Benefits of Using MITCalc Torsion Springs

Engineers and designers can benefit greatly from using MITCalc Torsion Springs for their spring design needs. The software streamlines the design process, saves time, and ensures optimal performance of torsion springs in various applications.

Conclusion

Overall, MITCalc Torsion Springs is a comprehensive tool for the design and analysis of spiral cylindrical torsion springs. With its advanced features, specialized calculations, and CAD integration, it is a valuable asset for any engineering professional working with torsion springs.