ODOP:Spring logo

ODOP:Spring

by ODOP:Spring · Since 2020
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Active2+ countriesCloud
Quick facts
VendorODOP:Spring
Year launched2020
StatusActive
LocationLos Altos, California 94022, US
Countries served2+
Languages5
Integrations1+
Free tier
Free trial
Contact salesYES

About ODOP:Spring

ODOP:Spring is a software platform from ODOP:Spring designed for managing online business operations. It includes features such as inventory management, order tracking, and sales analytics so businesses can effectively oversee their online transactions. This platform is particularly useful for e-commerce companies looking to consolidate various operational aspects in one tool. Its user-friendly interface allows for easy navigation and management of resources. Additionally, ODOP:Spring supports third-party integrations, making it adaptable to various business needs. Key capabilities: inventory management order tracking sales analytics reporting tools multi-channel support Best for: e-commerce businesses that need a comprehensive solution for managing online sales and operations.

ODOP:Spring is a free, open-source web application designed for the engineering design and optimization of helical coil springs, including compression, extension, and torsion types. Developed by SpringDesignSoftware.org, ODOP:Spring is part of the broader Open Design Optimization Platform (ODOP), which supports solving mathematically modeled engineering problems. The platform was officially launched on February 11, 2020, and is maintained as a non-profit initiative based in Los Altos, California. Unlike basic spring calculators, ODOP:Spring offers advanced capabilities such as backsolving, goal seeking, and constrained optimization, allowing engineers to input design goals and constraints rather than manually iterating through formulas. The software intelligently inverts equations and searches for valid solutions that meet specified performance criteria, such as force, deflection, stress, and geometry. ODOP:Spring supports standard material tables, wire sizes, and catalogs of commercially available springs. It also includes validation tools to check for fatigue, buckling, and manufacturability. Users can design springs for highly constrained applications and export results for documentation or manufacturing. The platform is browser-based, requiring no installation, and is accessible globally.

Pros & Cons

What users like
  • +Offers advanced optimization tools beyond basic spring calculators.
  • +Supports all major spring types with detailed design parameters.
  • +Includes material tables and standard size catalogs for quick selection.
  • +Web-based and open-source, making it accessible and transparent.
  • +Allows backsolving and goal seeking for complex design problems.
  • +Validates fatigue, buckling, and manufacturability for real-world use.
What users flag
  • Requires engineering knowledge to use effectively and interpret results.
  • Interface may feel technical or minimal compared to commercial software.
  • No built-in collaboration or cloud storage features for teams.
  • Limited support for non-spring mechanical components or assemblies.
  • Mobile usability is functional but not optimized for small screens.

Features

Key features

Backsolving Capabilities – Invert design equations to solve for unknowns based on specified goals and constraints.
Goal Seeking Optimization – Use numerical search algorithms to find spring designs that meet performance targets.
Compression Spring Design – Model and optimize compression springs with detailed force and deflection parameters.
Extension Spring Design – Design extension springs with hooks, loops, and tension requirements.
Torsion Spring Design – Analyze torsion springs with angular deflection and torque constraints.
Material Selection Tools – Choose from standard spring materials with built-in mechanical properties.
Standard Size Tables – Access wire diameter and coil size tables for commercial spring standards.
Stress Analysis – Evaluate stress levels under load to ensure durability and safety.
Fatigue Validation – Check spring designs against fatigue limits for long-term reliability.
Buckling Checks – Assess risk of buckling in compression springs under axial loads.
Catalog Integration – Compare custom designs with standard catalog springs for cost-effective alternatives.

Additional features

Design Type Selection – Choose between compression, extension, and torsion spring models.
Equation Inversion Engine – Automatically rearrange equations to solve for dependent variables.
Constrained Optimization – Apply limits to variables and search for feasible design solutions.
Spring Rate Calculation – Determine stiffness based on geometry and material properties.
Deflection Analysis – Simulate spring behavior under various load conditions.
Hook and Loop Geometry – Customize end types for extension springs based on application needs.
Angular Deflection Modeling – Analyze torsion springs with rotational displacement inputs.
Material Property Database – Access mechanical properties for common spring alloys and metals.
Safety Factor Evaluation – Calculate safety margins for stress and fatigue conditions.
Manufacturability Checks – Ensure designs meet practical manufacturing constraints and tolerances.
Design Comparison Tools – Evaluate multiple design options side-by-side for performance and cost.
User Input Flexibility – Enter any consistent combination of knowns and unknowns for solving.

Pricing

Free trial
Free version
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Countries & Languages

2
Countries served
5
Interface languages
10
Billing currencies

Available in

Regionally: US🇪🇺EU

Interface languages

EnglishSpanishFrenchGermanItalian

Billing currencies

🇺🇸USD🇪🇺EUR🇬🇧GBP🇦🇺AUD🇨🇦CAD🇯🇵JPY🇨🇳CNY🇮🇳INR🇷🇺RUB🇲🇽MXN

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