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Helical Spring Design Calculator

Commercial-grade engineering tool for compression and extension springs. Real-time stiffness, stress, and safety validation.

Engineering Report

System Ready
Stiffness (k)
0.00 N/mm
Spring Index (C)
0.00
Max Stress (τ_max)
0.00 MPa
Safety Factor (S)
0.00

Load & Displacement Analysis

State Height H (mm) Load F (N) Deflection (mm)
Free (0) - 0.00 0.00
Working (1) - - -
Working (2) - - -
Max (3) - - -

Detailed Geometry

Pitch (t): 0.00 mm
Helix Angle (α): 0.00 °
Developed Length (L): 0.00 mm
Solid Height (Hs): 0.00 mm
Slenderness (b): 0.00
Wahl Factor (K): 0.00

Professional Helical Spring Calculator

Designing mechanical springs requires precise calculation of stiffness, Wahl correction factors, and maximum shear stress. Our online spring calculator is built for mechanical engineers, product designers, and CNC machinists to validate spring designs instantly.

Whether you are designing a compression spring for a valve or an extension spring for a mechanism, simply input your wire diameter, mean coil diameter, and material properties. The engine will automatically generate a complete engineering report including load-displacement tables and safety factors.

Core Engineering Features

Built-in Material Database

Select standard materials like Carbon Steel 70-C or 65Mn. The system automatically populates the Shear Modulus (G) and Allowable Stress to speed up your workflow.

Bi-Directional Solving

Need to find the load at a specific compressed height? Or need to find the height under a specific load? Switch the solving mode effortlessly to fit your design scenario.

Live Safety Validation

The system continuously calculates the maximum shear stress at the extreme working condition. If it exceeds the allowable limits, visual yield warnings will protect your design from failure.

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