The Next Generation in Gear Engineering and Manufacturing
GEMS® is the next-generation design and manufacturing system for bevel gears and certain types of cylindrical gears. It’s a powerful new software platform that provides highly desirable gear design and analysis capabilities and seamlessly connects with all your existing Gleason design software.
Seamless Connectivity
GEMS easily connects to and transfers data with, CAGETM, UNICALTM, and common design software.
Powerful New Features
- Interactive dimension sheet with 3D gear and pinion graphics incl. real blank modifications.
- Combined ease-off and TCA for pinion and gear incl. interactive ease-off correction and optimization.
- 2D/3D FEA Stress Calculation, including interactive root bending stress and contact stress output with S-N Curves.
- Motion error and FFT analysis under load for optimized NVH characteristics.
- Efficiency calculation with RPM and Torque matrix.
- 3D tool path calculation for interference studies and third blade impact calculation.
- Machine and blade grinding summary calculation and process optimizations.
- High resolution nominal data creation incl. correctional matrizes and root fillet measurement.
Coniflex Pro
Design and Manufacturing System for Differential Gear Design and Production
Gleason's Coniflex® Pro Design and Manufacturing System is ideally suited for producing stronger, quieter, and more reliable e-drive differential gears in high volumes, for automotive, truck, bus and off-highway transmissions.
Coniface and Coniclutch for Face Gears and Clutches
When grinding face gears and clutches, excellent surface finish, high spacing accuracy and precise flank forms are achieved with Gleason’s Coniface and Coniclutch designs and grinding process, also available for straight bevel gears and couplings.
GEMS Cloud
Gear Design anywhere and anytime. The new GEMS Cloud Ecosystem allows the design and optimization of your gear set any time directly in the web browser.
Direct Interface to KISSsoft Design Software
GEMS communicates directly with common design suites like KISSsoft Gear Design Software. Gear geometries can be exported from GEMS to KISSsoft and vice versa, matching GEMS-definitions and exporting corresponding misalignment information or the corrected gear geometry with loaded case results.
