High Torque. Tight Tolerances. Trusted Results.
Spinea’s TwinSpin® cycloidal gear series offers a versatile range of high-precision, high-torque reducers designed for demanding motion control applications. Across the T, E, H, M, G, GH and W Series, TwinSpin® delivers zero backlash, high torsional stiffness, and exceptional load-handling capabilities in compact, integrated designs.
PRECISION • MOTION CONTROL • TECHNOLOGY
We design and manufacture worm gears, worm gearboxes, slew bearings, slew drives, harmonic, and cycloidal gearing. With a history of gearbox manufacturing that spans nearly 100 years, we are a world leader in precision motion control technology. With Cone Drive you can always find the right solution for your application with the highest quality products and the lead times you require.
FAQ's
Traverse City, MI, USA
Please contact our Customer Service team with your selected style, size, ratio, and quantity.
1-888-994-2663 (toll free)
1-231-946-8410 (International)
2 – 4 weeks
The expected life for a standard unit varies by style, size, and ratio.
Please contact our Customer Service team for additional information.
1-888-994-2663 (toll free)
1-231-946-8410 (International)
Standard parts could be as low as a 2-4 weeks. Custom features may change lead time.
Yes, please reach out to our Application Engineers for your specific needs.
PRODUCT DEVELOPMENT
The Cone Drive Product Development Laboratory is a state-of-the-art facility directly adjacent to our Traverse City, Michigan manufacturing location. The lab has the capacity to test a wide range of gear reducer products, for both Cone Drive products as well as those manufactured by other companies. The lab includes capability to run a wide variety of tests including load testing for evaluating reducer performance and operating efficiency.
TEST + CONTROL
PRODUCT MEASUREMENT
- Six product testing stands
- Servo cyclic control
- Simulated inertial loading
- Constant torque/load
- Durability/validation
- Accelerated life test
- Lubricant evaluation
- Static loading & stiffness
- Displacement & motion
- Torque
- Thermal
- Efficiency
- Vibration
- Basic noise
- Transmission accuracy