The 2023 release focuses on performance and modern CAD workflows:
Note: Geartrax 2023 requires a separate license from SOLIDWORKS. It does not run on SOLIDWORKS Student Edition.
GearTrax 2023 builds upon this legacy, representing a stable, refined version of the software's "Third Generation" interface. This modernized user interface, which was introduced in earlier versions, focuses on maximizing screen space and simplifying data input through expandable data screens and drop-down menus, making professional gear design more accessible than ever before.
Standard CAD toolboxes or downloaded parts usually provide generic visual representations of gears. They often fail to capture proper tooth relief, specific clearances, or custom modifications required for manufacturing methods like Wire EDM or high-precision machining.
: Models are "cut-extruded" rather than "boss-extruded," which better mimics real-world manufacturing and allows users to suppress tooth patterns for interference checks. Compatibility and Platform Support
is the version fully compatible with SOLIDWORKS 2023 (and backward compatible with 2021-2022). It supports the creation of:
GearTrax 2023 introduces several enhancements to improve design speed, accuracy, and interface usability.
: Users can visualize how components mesh and interact before exporting the model to their CAD environment, helping to identify potential interference issues early.
The primary function of GearTrax is its ability to generate a wide array of drive components. The software supports the creation of the following models, among others:
Before purchasing, ensure your system meets these specs:
The latest generation introduced several interface and workflow improvements designed to maximize efficiency: Enhanced Interface
GearTrax 2023 handles a wide array of mechanical components, including:
: For 2023, spur and helical gear teeth are created using cut-extrude methods rather than boss-extrude, allowing users to suppress tooth patterns while maintaining a gear "blank" for interference checking.
Geartrax 2023 «360p • 480p»
The 2023 release focuses on performance and modern CAD workflows:
Note: Geartrax 2023 requires a separate license from SOLIDWORKS. It does not run on SOLIDWORKS Student Edition.
GearTrax 2023 builds upon this legacy, representing a stable, refined version of the software's "Third Generation" interface. This modernized user interface, which was introduced in earlier versions, focuses on maximizing screen space and simplifying data input through expandable data screens and drop-down menus, making professional gear design more accessible than ever before.
Standard CAD toolboxes or downloaded parts usually provide generic visual representations of gears. They often fail to capture proper tooth relief, specific clearances, or custom modifications required for manufacturing methods like Wire EDM or high-precision machining. geartrax 2023
: Models are "cut-extruded" rather than "boss-extruded," which better mimics real-world manufacturing and allows users to suppress tooth patterns for interference checks. Compatibility and Platform Support
is the version fully compatible with SOLIDWORKS 2023 (and backward compatible with 2021-2022). It supports the creation of:
GearTrax 2023 introduces several enhancements to improve design speed, accuracy, and interface usability. The 2023 release focuses on performance and modern
: Users can visualize how components mesh and interact before exporting the model to their CAD environment, helping to identify potential interference issues early.
The primary function of GearTrax is its ability to generate a wide array of drive components. The software supports the creation of the following models, among others:
Before purchasing, ensure your system meets these specs: This modernized user interface, which was introduced in
The latest generation introduced several interface and workflow improvements designed to maximize efficiency: Enhanced Interface
GearTrax 2023 handles a wide array of mechanical components, including:
: For 2023, spur and helical gear teeth are created using cut-extrude methods rather than boss-extrude, allowing users to suppress tooth patterns while maintaining a gear "blank" for interference checking.