Gear Generator 2 Beta -

The universal standard for industrial CNC routers and traditional CAD software integration.

Gear Generator 2 Beta is an advanced web-based application designed to create —the most common type of gear used to transmit motion between parallel shafts. It allows users to generate, simulate, and download DXF or SVG files for manufacturing. The tool is designed for: Engineers seeking quick, accurate tooth profiles. 3D Printing Enthusiasts creating custom gearboxes. Robotics Makers developing specialized powertrains.

The original tool was great for outputting 2D DXF files for laser cutters. Gear Generator 2, however, lives entirely in your browser with . gear generator 2 beta

The core appeal of the version 2 beta lies in its expanded library of gear types. While the first iteration focused primarily on standard spur gears, the update introduces support for internal gears, planetary gear systems, and rack-and-pinion setups. This versatility allows users to simulate entire mechanical transmissions rather than just individual components. The beta also offers more granular control over technical parameters—such as pressure angles, module sizes, and backlash—ensuring that the digital designs translate accurately to real-world physical manufacturing. A Modernized Interface

If you’ve ever tried to design a gear from scratch in CAD, you know the pain: involute curves, pressure angles, root fillets, and backlash calculations. It’s pure math, and it’s tedious. The universal standard for industrial CNC routers and

Every system needs a power source. Start by customizing your initial "Drive" gear. Define its and its pitch diameter . This gear will dictate the constraints of all connecting gears. Step 2: Configure Tooth Properties

The beta version—formally accessible at —introduces a range of new features and a revised interface that significantly expands the functionality of the original Gear Generator. This article provides a comprehensive guide to the beta, covering its key features, subscription model, tutorial for first‑time users, and a look ahead at what the future might hold. The tool is designed for: Engineers seeking quick,

Use it to quickly prototype gear layouts and export accurate DXF profiles for import into parametric CAD software like Fusion 360 or SolidWorks. This saves hours of manual gear drawing.

Important: There is no permanent license or “pay once” option. The subscription model has drawn some criticism from users who would prefer a one‑time purchase. However, for many hobbyists and occasional users, the free version is still very useful for visualising gear trains and checking interference, even without export capability.

Adjusts the central bore size to fit your real-world hardware, dowels, or motor shafts. Step-by-Step Guide: Building a 10:1 Reduction Gearbox