TwinSpin T Series- Reduction Gears

Micromech supplies SPINEA TwinSpin® T Series reduction gears, delivering zero backlash performance, exceptional positioning accuracy, and high torque density for precision motion control applications. Featuring SPINEA’s patented TwinSpin® technology, the T Series integrates a precision reduction gear and high-capacity bearing system into a compact unit, making it ideal for robotics, automation, and machine tool applications.
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SPINEA TwinSpin® T Series Reduction Gears

The SPINEA TwinSpin® T Series is a range of high-precision reduction gears designed for applications requiring exceptional positioning accuracy, high torque transmission, and long-term reliability. Utilising SPINEA's patented TwinSpin® technology, the T Series combines a precision reduction mechanism and integrated bearing system within a compact housing, delivering outstanding motion control performance while simplifying machine design.

The integrated design combines the reduction gear and bearing assembly into a single unit, reducing component count, installation complexity, and overall machine size. This compact architecture provides excellent torsional rigidity, high load carrying capability, and exceptional positioning repeatability, making the T Series particularly suited to precision automation and robotic applications.

The TwinSpin® reduction principle eliminates backlash while maintaining smooth, efficient motion, enabling highly accurate positioning and consistent repeatability throughout the life of the gearbox. The integrated bearing system supports substantial radial, axial, and overturning moment loads, often removing the need for separate support bearings and helping optimise machine design.

Designed for industrial robotics, machine tools, semiconductor manufacturing equipment, rotary positioning systems, and precision automation machinery, the T Series delivers high torque density in a compact footprint. This enables machine builders to increase machine performance while reducing system size, weight, and mechanical complexity.

Micromech supplies SPINEA TwinSpin® T Series reduction gears as part of a complete motion control solution portfolio for OEMs, machine builders, robotics manufacturers, and industrial automation applications throughout the UK.


Key Features

  • TwinSpin® zero backlash reduction technology
  • Integrated reduction gear and bearing system
  • High torque density in a compact package
  • Exceptional positioning accuracy and repeatability
  • High torsional rigidity
  • High radial, axial, and moment load capacity
  • Compact integrated design
  • Smooth and precise motion control
  • Reduced machine size and component count
  • Long service life and reliability
  • Suitable for demanding automation applications
  • Designed for precision motion control systems

Applications

The SPINEA TwinSpin® T Series is designed for applications requiring precise positioning, high torque transmission, and exceptional motion control performance.

Typical applications include:

  • Industrial robotics
  • Collaborative robots (cobots)
  • Rotary positioning tables
  • Machine tools
  • Semiconductor manufacturing equipment
  • Inspection and test equipment
  • Laser processing systems
  • Medical automation systems
  • Packaging and automation machinery
  • Precision motion control applications

Need Help Selecting the Right Precision Reduction Gear?

Micromech supplies precision reduction gears, servo motors, motion controllers, and complete motion control solutions for industrial automation applications.

Our engineers can help specify the right reduction gear solution for your application. Contact Micromech

Features

  • TwinSpin® precision reduction gear technology
  • Zero backlash operation
  • Integrated reduction gear and bearing assembly
  • High torque density
  • High torsional stiffness
  • Exceptional positioning accuracy
  • Excellent repeatability performance
  • High radial load capacity
  • High axial load capacity
  • High overturning moment load capacity
  • Compact integrated construction
  • Reduced machine component count
  • Smooth and vibration-free operation
  • Long operating life
  • Suitable for robotics and precision automation applications
  • Optimised for demanding motion control environments

Certifications

UKCA Certified