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Click the "CAD" button. GearTrax will execute a rapid macro script inside your CAD software, drawing the sketches, extruding the blanks, and cutting the exact tooth profiles step-by-step. Why Engineers Choose GearTrax 2021 True Involute Profiles
GearTrax 2021 is not limited to simple hobbyist gears. It supports a wide array of industrial drive components engineered to international standards (AGMA, ISO, and DIN).
: Real-time visualization of the gear geometry changes before pushing the model to the CAD canvas.
Rewritten code connections to match the API changes in SolidWorks 2021 and Autodesk Inventor 2021, resulting in fewer crashes and faster model generation.
Standard CAD toolboxes often rely on simplified, approximate visual representations of gear teeth. GearTrax 2021 generates true involute tooth geometry, which is vital for accurate finite element analysis (FEA), multi-body dynamics simulations, and direct CNC manufacturing or 3D printing. 2. Drastic Time Savings geartrax 2021
: High-accuracy straight bevel gears and specialized spiral bevel systems.
Easily create external and internal gear sets.
GearTrax allows designers to generate a wide variety of mechanical components in seconds rather than hours. It is designed to be intuitive for beginners while offering the depth required by gear experts. Supported components include:
: Supports spur gears, helical gears, bevel gears, internal gear sets, worm gears, involute splines, timing belt pulleys, chain sprockets, and V-belt pulleys. Click the "CAD" button
GearTrax 2021 is built to work seamlessly as an add-on for several major CAD packages:
Worm and worm wheel combinations, optimizing high-reduction, self-locking setups.
: Generates models for spur, helical, bevel, and worm gears, as well as involute splines, timing belt pulleys, and chain sprockets.
Enter parameters such as pressure angle, pitch, number of teeth, and face width. It supports a wide array of industrial drive
Start by selecting the gear type (e.g., Spur/Helical) from the menu.
GearTrax 2021 remains a vital asset for mechanical designers looking to balance speed with engineering precision. By transforming complex gear theory into an automated, error-checked UI, it minimizes the risk of design failure and massively compresses development timelines. Whether you are designing a high-torque industrial gearbox or a precise timing system, it ensures your CAD models are production-ready.
Cosmetic or poorly modeled teeth create artificial stress concentrations during structural analysis. Because GearTrax generates the mathematically correct root fillet radius, stress distribution simulations yield highly accurate data regarding tooth bending and contact pressure. CNC Machining and Wire EDM