SPINEA TwinSpin® W Series reduction gears are high-precision reduction gear units designed for applications requiring accurate positioning, high torque transmission and zero-backlash performance. Using SPINEA's patented TwinSpin® technology, the W Series combines precision gearing and high load capacity within a compact, rigid design.

The TwinSpin® principle integrates the reduction mechanism and a high-capacity radial-axial output bearing into a single unit. This design provides zero backlash, high torsional stiffness and excellent repeatability, enabling precise positioning and smooth motion even under demanding dynamic loads.

The compact construction provides high torque capacity while helping reduce overall machine size and component count. High rigidity and integrated bearing support make the W Series suitable for applications where external loads must be supported while maintaining accurate and repeatable motion.

Available in a range of sizes and reduction ratios, TwinSpin® W Series reduction gears can be matched to different torque, speed and positioning requirements. Their robust construction and precision characteristics make them suitable for demanding continuous and dynamic industrial applications.

Typical applications include industrial robotics, collaborative robots, machine tools, rotary positioning tables, semiconductor manufacturing equipment, inspection and test systems, medical equipment and precision automation machinery.

Micromech supplies SPINEA TwinSpin® W Series reduction gears as part of its range of precision gearboxes and complete motion control solutions for UK OEMs, machine builders and robotics manufacturers.

Need Help Selecting the Right Precision Reduction Gear?

Micromech can help specify the right SPINEA TwinSpin® reduction gear for your application, including size, reduction ratio, torque, speed and load requirements. Talk to an Expert to discuss your requirements.

The Akribis AFC90SMZ Series is a high-performance single-axis linear motor stage designed for applications requiring precise positioning, smooth motion and high dynamic performance. Its direct drive linear motor architecture eliminates mechanical transmission components such as ball screws and belts, providing zero backlash and reducing mechanical wear and maintenance requirements.

Designed for precision automation applications, the AFC90SMZ combines a compact stage configuration with high-speed operation and excellent positioning repeatability. Integrated encoder feedback and precision linear guidance provide accurate positioning and smooth, controlled motion across the stage travel.

The direct drive design enables rapid acceleration and precise velocity control, helping increase machine throughput while maintaining positioning performance. With fewer mechanical transmission components, the stage also offers improved reliability and reduced maintenance compared with conventional mechanically driven positioning systems.

Multiple travel lengths and performance configurations are available, enabling the AFC90SMZ to be matched to different machine requirements. The stage can be used as a standalone single-axis positioning system or incorporated into multi-axis motion platforms for more complex automation applications.

Typical applications include semiconductor manufacturing, electronics assembly, inspection and measurement equipment, precision assembly machinery, laser processing, pick-and-place systems, medical device manufacturing and laboratory automation.

Micromech supplies the Akribis AFC90SMZ Series single-axis linear motor stage as part of its range of linear motors, positioning stages and complete precision motion control solutions for UK OEMs and machine builders.

Need Help Selecting the Right Linear Motor Stage?

Micromech can help specify the right Akribis linear motor stage for your application, including travel, load, speed, acceleration and positioning requirements. Talk to an Expert to discuss your requirements.

AFC90 Series Single-Axis Linear Motor Stage

The AFC90 Series is a compact, high-precision single-axis positioning stage designed around direct drive linear motor technology. It integrates a linear motor, dual linear guides, high-resolution optical encoder feedback and a rigid aluminium housing into a complete motion module.

By removing mechanical transmission components such as ball screws, belts and couplings, the direct drive system provides smooth motion, rapid response and precise positioning without backlash. This also reduces mechanical wear and helps minimise maintenance requirements in demanding automation systems.

The AFC90 Series delivers continuous force ratings from 20 N to 34 N and peak force ratings from 55 N to 91 N. Encoder resolution is available down to 0.05 μm, with repeatability down to ±0.5 μm for travel lengths up to 50 mm and ±1 μm for longer travel configurations. Stroke lengths of up to 500 mm are available.

Dual self-lubricating linear guides provide stable and accurate linear motion while supporting long-term industrial operation. The compact construction and flexible installation arrangement make the stage suitable for machines where space, positioning accuracy and dynamic performance are important.

The AFC90 can be installed as an individual single-axis stage or combined with another module to create a compact XY positioning system.

Typical Applications

• Sub-micron positioning
• Optical alignment
• High-speed point-to-point positioning
• Imaging and scanning systems
• High-precision component placement
• Semiconductor metrology
• Wafer fabrication equipment
• Precision automation machinery

Need help specifying the right linear motor stage?

Micromech’s experienced engineers can help you select and specify the most suitable AFC90 configuration for your required stroke, force, accuracy and positioning performance. Talk to an Expert

The LML70 Series Single-Axis Linear Motor Stage is a compact miniature positioning module based on direct drive linear motor technology. It integrates a linear motor, dual self-lubricating linear guides, high-resolution optical encoder feedback and an aluminium housing into a complete motion stage.

The direct drive system provides smooth, responsive positioning without requiring mechanical transmission components such as ball screws, belts or couplings. This helps minimise mechanical wear, backlash and maintenance while supporting accurate, repeatable motion.

Available with travel lengths of 200 mm or 300 mm, the LML70 delivers a continuous force of 17.1 N and a peak force of 51.3 N. Encoder resolution down to 0.05 μm and repeatability up to ±1 μm make it suitable for demanding precision automation applications.

Its compact 70 mm-wide construction and flexible, stackable configuration allow the LML70 to be integrated into space-constrained machines or combined with another stage to create a multi-axis positioning system.

Typical Applications

• Sub-micron positioning
• Optical alignment
• High-speed point-to-point positioning
• Imaging and scanning systems
• High-precision component placement
• Semiconductor metrology
• Wafer fabrication equipment
• Compact precision automation systems

Need help selecting the right linear motor stage?

Micromech’s experienced engineers can help you select and specify the most suitable LML70 configuration for your required travel, load, accuracy and positioning performance.

Talk to an Expert

The SGR Series Linear Motor Stage is a compact direct drive positioning module designed for fast, precise point-to-point motion. It integrates a coreless rod linear motor, single linear guide, encoder feedback and aluminium housing into a complete ready-to-integrate stage.

Its direct drive design eliminates mechanical transmission components such as ball screws, belts and couplings. This supports smooth, responsive positioning with reduced backlash, mechanical wear and maintenance requirements.

Four frame sizes are available: SGR30, SGR40, SGR60 and SGR70. The range provides continuous force ratings from 3.1 N to 114.8 N and peak force ratings from 9.3 N to 344.5 N, allowing the required motor performance and payload capacity to be matched to the application.

Available travel lengths range from 70 mm to 720 mm, with customised configurations also available. An integrated grating encoder provides 0.2 μm resolution and repeatability up to ±2 μm for micron-level positioning performance.

The SGR Series offers a simple, economical construction for equipment requiring compact dimensions, high speed and accurate linear positioning.

Typical Applications

• Semiconductor manufacturing equipment
• Photovoltaic production machinery
• Lithium battery manufacturing
• Glass and LCD panel equipment
• Medical equipment
• Industrial printing machinery
• Laser processing systems
• Precision assembly equipment
• High-speed handling systems

Need help selecting the right linear motor stage?

Micromech’s experienced engineers can help you select and specify the most suitable SGR frame size, travel length and motor configuration for your required force, payload and positioning performance.

Talk to an Expert

The TwinSpin® M Series Reduction Gears are miniature, high-precision reduction gears developed for applications where compact dimensions, low weight and accurate rotary positioning are essential.

Their zero-backlash design, high torsional stiffness and excellent transmission accuracy support precise and repeatable motion. Very low internal friction also provides high mechanical efficiency and smooth operation.

The M Series uses sealed deep-groove ball bearings as both the output bearings and part of the input-shaft housing. This compact arrangement allows loads to be mounted directly onto the output flange or gear case without requiring additional external bearings.

Each reduction gear is filled with grease for lifetime lubrication and sealed using 2RS bearings. Fully sealed versions can also be supplied where the application requires additional protection against lubricant leakage or environmental contamination.

The TS 50 M is available with 47:1 and 63:1 reduction ratios and delivers a rated output torque of 18 Nm. Keyway, hollow-shaft and customised shaft configurations are available to suit different motor connections and machine designs.

Typical Applications

• Small industrial robots
• Robotic joints and end effectors
• Medical and laboratory equipment
• Semiconductor manufacturing systems
• Optical positioning equipment
• Precision rotary stages
• Inspection and measurement machinery
• Compact automation systems

Need help selecting the right precision reduction gear?

Micromech’s experienced engineers can help you select the appropriate TwinSpin® M Series ratio, shaft configuration and mounting arrangement for your application.

Talk to an Expert

SPINEA TwinSpin® H Series Reduction Gears

The SPINEA TwinSpin® H Series is a range of high-precision reduction gears engineered for applications requiring exceptional torque transmission, positioning accuracy, and rigidity. Utilising SPINEA's patented TwinSpin® technology, the H Series integrates a precision reduction mechanism and high-capacity bearing assembly into a single compact unit, simplifying machine design while delivering outstanding motion control performance.

Designed for demanding automation and robotics applications, the H Series provides zero backlash operation, ensuring highly accurate positioning and repeatable performance. The integrated bearing system supports significant radial, axial, and overturning moment loads, reducing the need for additional support bearings and helping machine builders create more compact and efficient designs.

The high torsional rigidity of the H Series allows precise control of dynamic loads while maintaining excellent positional stability. This makes the range particularly suitable for applications where accuracy, load capacity, and long-term reliability are critical. By combining high torque density with a compact footprint, the H Series enables designers to maximise machine performance without increasing system size.

The TwinSpin® reduction principle eliminates backlash while maintaining smooth motion and high efficiency. This allows machine builders to achieve precise positioning and excellent repeatability in robotics, machine tools, semiconductor equipment, and other high-performance automation systems.

Micromech supplies SPINEA TwinSpin® H 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 transmission capability
• 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® H Series is designed for applications requiring precise positioning, high torque transmission, and exceptional rigidity.

Typical applications include:

• Industrial robotics
• Heavy-duty robotic joints
• Machine tools
• Rotary positioning tables
• Semiconductor manufacturing equipment
• Laser processing systems
• Inspection and test equipment
• Packaging and automation machinery
• Material handling systems
• 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

SPINEA TwinSpin® E Series Reduction Gears

The SPINEA TwinSpin® E 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 E Series combines a precision reduction mechanism and integrated bearing system within a compact housing, providing outstanding motion control performance while simplifying machine design.

By integrating the reduction gear and bearing assembly into a single unit, the E Series reduces component count, installation complexity, and overall machine size. This integrated architecture provides excellent torsional rigidity, high load carrying capability, and exceptional positioning repeatability, making the E Series particularly suitable for robotics, rotary positioning systems, and advanced automation equipment.

The TwinSpin® reduction principle eliminates backlash while maintaining smooth motion and high efficiency. This allows machine builders to achieve highly accurate positioning, improved repeatability, and reliable motion control in applications where precision is critical. The integrated bearing system supports substantial radial, axial, and overturning moment loads, often eliminating the need for additional support bearings.

Designed for industrial robotics, machine tools, semiconductor manufacturing equipment, inspection systems, and precision automation machinery, the E Series delivers high torque density within a compact footprint. This enables designers to maximise machine performance while reducing overall system size and weight.

Micromech supplies SPINEA TwinSpin® E 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 positioning accuracy and repeatability
• High torsional rigidity
• High torque density in a compact package
• 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 applicationsDesigned for precision motion control systems

Applications

The SPINEA TwinSpin® E 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 equipmen
• Laser processing systems
• Inspection and test equipment
• 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

SPINEA TwinSpin® G & GH Series Reduction Gears

The SPINEA TwinSpin® G and GH Series are high-precision reduction gears engineered for applications requiring maximum torque transmission, exceptional rigidity, and highly accurate positioning. Utilising SPINEA's patented TwinSpin® technology, these gear units combine a precision reduction mechanism and integrated bearing system within a compact assembly, providing outstanding motion control performance while simplifying machine design.

Designed for demanding industrial environments, the G and GH Series deliver zero backlash operation, enabling highly accurate positioning and repeatable motion. The integrated bearing system supports substantial radial, axial, and overturning moment loads, often eliminating the need for additional support bearings and reducing overall machine complexity.

The robust construction and high torsional rigidity of the G and GH Series make them particularly suitable for heavy-duty robotics, machine tools, rotary positioning systems, and automation equipment where precision must be maintained under high dynamic loads. Their compact design allows machine builders to achieve high torque density while minimising installation space requirements.

By integrating the gearbox and bearing assembly into a single unit, the G and GH Series help reduce component count, simplify assembly, and improve machine reliability. The TwinSpin® reduction principle provides smooth, efficient motion while maintaining exceptional positioning accuracy and long service life.

Micromech supplies SPINEA TwinSpin® G and GH 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 transmission capability
• Exceptional torsional rigidity
• High positioning accuracy and repeatability
• High radial, axial, and moment load capacity
• Compact integrated design
• Smooth and precise motion control
• High torque density
• Reduced machine size and component count
• Long service life and reliability
• Designed for demanding automation applications

Applications

The SPINEA TwinSpin® G and GH Series are designed for applications requiring high torque transmission, exceptional rigidity, and precise motion control.

Typical applications include:

• Industrial robotics
• Heavy-duty robotic joints
• Machine tools
• Rotary positioning tables
• Material handling systems
• Semiconductor manufacturing equipment
• Packaging and automation machinery
• Laser processing systems
• Inspection and test equipment
• 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

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