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Begin by placing your primary driver gear on the canvas. Input your target module and set the desired tooth count. This gear dictates the master pitch for all subsequent connected components. 2. Adding Mating Gears
Allows for immediate visual verification of how gears mesh and interact. 3. Comprehensive Gear Data Panel The interface provides real-time data, including:
: Determines the physical size and spacing of the teeth. Intersecting components must use identical spacing properties to mesh cleanly.
Click the "Add Mesh Gear" button to automatically snap a new gear onto the perimeter of your driver. You can change the tooth count of this second gear to create a speed reduction or increase. To create a compound gear train (useful for massive torque multiplication in tight spaces), select a gear and choose "Add Coaxial Gear." Step 4: Validate via Simulation
: Start, stop, or freeze the gear system to visualize movement. You can adjust the rotation speed (RPM) from 1 to 100 to check for proper meshing. Compound Systems
Beyond basic tooth counts, the Beta allows for fine-tuning of:
So, what makes Gear Generator 2 Beta so special? Here are some of the key features that set it apart:
Allows developers to save and reload complex gear train configurations later. Step-by-Step Workflow for Complex Gear Trains
Getting started with the Beta is straightforward. Follow these steps to build your first parametric gear train:
Snap gears together instantly; the engine automatically calculates the correct center-to-center distance based on module or diametral pitch.
Users are no longer restricted to standard profiles. The Beta unlocks micro-adjustments for:
