Fine Cyclo

High precision gearbox with highest torque density in a single-stage

Angular contact ball bearings are directly integrated into the gearbox housing.
Improved design providing very accurate motion quality and increased torque density and bearing capacity.

• Highest torque density in a single-stage unit
• Ideal for robotic applications
• Hollow shaft possible
• Fully sealed modular version with motor adapter and clamp ring available

Double stage high precision high torque density gearbox

Spur gear pre-stage and three or four (UA115) eccentrics providing high transmission accuracy, minimum speed ripples and minimum vibration.
The new UA series offers improved performance in torque density, positioning accuracy, and movement accuracy. Additionally, the Fine Cycle UA series has improved output bearings and is highly efficient even at low speeds.

• Less than 0.5 arcmin Lost Motion
• Ideal for applications with traverse movements
• Highest Torque density available on the market
• Highest overall available Torque
• High input and output speeds are possible
• Additional ratios available on request

Variants:

• Basic design to be fully integrated into robotic arms
• Fully sealed version including motor flange available

Cost-effective high precision reduction kit

Reduction kit without output bearing.
Maximum freedom and flexibility for installation of external bearings and for integration in specific machine designs.

• Less than 1 arcmin Lost Motion
• Pre-filled with grease
• Motor adapter on request
• Zero backlash

Input Shaft Variants:

• Keyway
• Clamp Ring
• Spline

High-precision motion control drive with large hollow bore

High capacity bearing directly integrated in the gearbox housing. Large hollow bore for easy routing of cables.

• Less than 1 arcmin Lost Motion
• Fully sealed
• Maintenance free for life
• Large permissible bending moment on output
• Motor connection with belt transmission or spur gear
• Pre-stage provided on request

Double stage high-precision gearbox

Spur gear pre-stage and three eccentrics provide highest transmission accuracy, minimum speed ripples and minimum vibration.
With an optimized profile of the disc lobes, this exceptionally low-vibration gearbox reaches a very high transmission precision, and provides a high degree of efficiency even in the low speed range.

• Less than 0.5 arcmin Lost Motion
• Ideal for traverse movement applications
• High input and output speeds possible
• Integrated tapered roller bearings on output
• Motor connection with keyway or clamping system on request
• Motor adapter on request

Variants:

• F2C-T cylindrical housing
• F2CF-T flange housing

High precision gearbox with extremely large hollow shaft & built-in pre-stage

• Less than 1 arcmin Lost Motion
• Ideal for robot base axes
• Input and output on same side
• Hollow shaft rotates with output speed
• Additional ratios possible on request (different pre-stage)
• Motor coupling and adapter on request