Alpha/Beta Phase

    PowerTwin
    Cylindrical Gear Geometry API

    Calculate complex gear geometries with precision. A powerful API designed for engineers, CAD developers, and manufacturing automation systems.

    Why Choose Our API?

    Built by engineers for engineers. High-precision calculations for all your gear design needs.

    Lightning Fast

    Optimized algorithms deliver results in milliseconds, perfect for real-time applications

    High Precision

    Engineering-grade accuracy for critical manufacturing and CAD applications

    RESTful Design

    Clean, intuitive API endpoints that integrate seamlessly with any tech stack

    Reliable & Tested

    Extensively validated against industry standards and real-world manufacturing data

    3D Ready

    Returns geometry data compatible with visualization tools and CAD software

    Comprehensive

    Calculate profiles, dimensions, tolerances, and all critical gear parameters

    Perfect For

    Whether you're building CAD tools, automating manufacturing, or developing simulation software

    CAD Integration

    Integrate gear calculations directly into your CAD software for automated design workflows

    Manufacturing Automation

    Generate precise tooling paths and quality control parameters for CNC machines

    Simulation & Analysis

    Power mechanical simulations with accurate gear geometry for stress and motion analysis

    Join the Beta Program

    Be among the first to test our API and help shape its development

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    Beta testers get early access and preferential pricing

    Coming soon: Interactive GUI for real-time geometry visualization

    Our Vision

    Beyond the API: Building the future of drive system simulation

    Digital Twin for Full-System Drive Simulation

    Our API is just the beginning. We're building a comprehensive digital twin platform for complete drive system simulation—designed to be affordable and accessible for SMEs and independent engineers.

    Imagine simulating entire powertrains with precision gear geometry, thermal dynamics, load analysis, and real-time optimization—all without enterprise-level costs or complexity.