So, how does it work in a real-world scenario? Let’s say you need a custom helical gear. You launch GearTrax, select the "Helical" tab, and begin inputting parameters such as Module (or Diametral Pitch), Number of Teeth, Pressure Angle, and Helix Angle. The live animation window immediately begins showing the interaction of the teeth. You can adjust the material, add keyways per ANSI or DIN standards, and account for backlash. When you are satisfied, you click the "Generate" button. In a matter of seconds, GearTrax will automatically switch to SolidWorks and extrude, cut, and pattern the geometry to create a fully accurate part ready for the drawing board or the 3D printer.
GearTrax goes beyond simple libraries by using parametric data to build parts from scratch, exactly as a designer would. It supports a wide array of drive components:
Accurate involute profiles for straight and helical gears. Bevel Gears: Straight and spiral bevel gear modeling. Worm Gears: Precise profiles for worms and worm gears. Splines: Involute splines based on standard specifications. geartrax 2023 for solidworks
: GearTrax operates as a standalone application that "talks" to SOLIDWORKS through an active connection.
GearTrax 2023 is a powerful engineering add-on from Camnetics, Inc. So, how does it work in a real-world scenario
Define hub geometry, keyways, and fillets.
: Spur, helical, bevel (straight and spiral), worm gears, and internal gear sets. The live animation window immediately begins showing the
: Includes an animation window that allows you to visualize gear meshing. This window updates in real-time as you modify parameters like pitch or pressure angle.
: Spur, helical, bevel, worm, rack, face, and elliptical gears.
: Generates models with accurate tooth profiles (cut-extruded) and integrates with Excel to create data sheets for production. Integration
Reduces the time required to model a custom gear set from hours to less than two minutes.