2 Beta Updated — Gear Generator

Adding or subtracting teeth automatically scales the pitch diameter while maintaining a perfect mesh with adjacent gears, instantly recalculating the system's overall gear ratio. Step-by-Step Workflow: Building a Compound Gear Reduction

Mesh a final 48-tooth gear to the small compound gear. The Beta interface will instantly update your total system ratio, showing a compound reduction of 12:1 ( Step 5: Adjust for Tolerances and Export

User experience is at the forefront of the beta’s design. The interface has been overhauled to feel more responsive, featuring real-time rendering that updates as parameters are adjusted. This "live" feedback loop is invaluable for rapid prototyping; it allows users to visually inspect how changes in tooth count or pitch diameter affect the mesh and rotation of the entire system before exporting the file. Integration and Export gear generator 2 beta

Gear Generator 2 Beta is a web-based, interactive application designed to calculate, simulate, and export custom involute gear profiles. Unlike static calculators, this tool provides a real-time, physics-informed visual environment. It allows users to compose complex multi-gear systems, inspect their mesh mechanics instantly, and download production-ready files.

Designing precise gears is a cornerstone of mechanical engineering, 3D printing, and robotics. While traditional Computer-Aided Design (CAD) software can be cumbersome for calculating complex involute curves, dedicated gear generators simplify the process. represents the next evolution in web-based and standalone gear design tools. Adding or subtracting teeth automatically scales the pitch

Creating a high-torque reduction mechanism in Gear Generator 2 Beta is straightforward: Step 1: Initialize the Base Gear

To get the most out of the Beta, it helps to understand how tweaking individual parameters alters your digital mechanism in real time: The interface has been overhauled to feel more

Users can start, stop, and reverse the animation, or freeze the gear set to analyze specific engagement points.

Includes options for designing planetary (epicyclic) gear sets, which are essential for high-reduction, compact mechanisms.

Payment can be made via or credit card . Note that if your default currency is not EUR, your bank may apply a foreign‑exchange fee.

Have you found a bug where the involute curve inverts at DP 32? Let us know in the Discord. We probably deserve that one.