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Servotak offers the world's greatest range of standard high precision planetary gearboxes: from 4 Nm to 19000 Nm, from ca. 0' to <20' (arcmin) and from ratio i=3 to ratio i=10000. Our custom range goes even beyond. We can provide you the perfect match to your needs.

In Line Gearboxes

GS Precision Planetary Gearboxes

GS planetary gearboxes are an evolutionary improvement of the GE series. They offer the same excellent value that distinguishes the GE series while providing greater torque density and compatible anchor points. Designed to work with servomotors in either continuous or intermittent operation, they are suitable for applications where extremely low backlash is not fundamental.

GE Precision Planetary Gearboxes

GE Economy planetary gearboxes are high quality, economically priced gear units, designed to work with servomotors in either continuous or intermittent operation, in applications where extremely low backlash is not fundamental.

SG High Precision Planetary Gearboxes

High precision SG planetary gearboxes are high quality gear units with a combination of innovation and years of experience. SG planetary gearboxes are designed to work with servomotors in machines requiring high accuracy positioning.

SGM High Precision Planetary Gearboxes

High precision SGM planetary gearboxes are high quality gear units with a combination of innovation and years of experience. SGM planetary gearboxes are designed to work with servomotors in machines requiring high accuracy positioning.

SGH High Precision Planetary Gearboxes

High precision SGH planetary gearboxes are high quality gear units with a combination of innovation and years of experience. SGH planetary gearboxes are designed to work with servomotors in machines requiring high accuracy positioning.

Right Angle Gearboxes

MQ Precision Right Angle Gearboxes

MQ right angle worm servogearboxes have been specifically developed for the most demanding servo-applications where accuracy, stiffness, and reliability are critical. MQ gearboxes provide precise rotary motion for both highly dynamic cyclical and speed control servo applications. Output options include single shaft, dual shafts, hollow shaft with keyway and hollow shaft with shrink disc. The backlash levels allow it to satisfy a variety of applications.

Rack & Pinion Systems

SL High Precision Rack & Pinion Systems

Modern machining processes; such as drilling, milling, grinding and lathing; in industries such as aerospace, automotive or robotics; face ever increasing requirements of precision and finishing quality. That was the drive behind Servotak’s design of the most advanced rack & pinion system in the world.

Zero-Backlash Rack-Pinion-Gearbox Systems

Servotak offers machine tool engineers complete Zero-Backlash Rack and Pinion solutions. All components of the Gearbox-Rack-Pinion system have been carefully designed to obtain true Zero-Backlash.

Ring and Pinion Systems

Zero-Backlash Ring-Pinion-Gearbox Systems

Servotak offers engineers complete built to order Zero-Backlash Ring and Pinion solutions. All components of the Rack-Pinion-Gearbox system have been carefully designed to obtain true Zero-Backlash.

SRT Zero Backlash Rotary Actuators

The SRT series is composed of fully programmable rotary actuators that offer a highly dynamic operation, able to position large loads with remarkable accuracy thanks to their zero backlash.

Custom Products

Two-Speed Gearboxes for Machine Tools

Machine tools, designed for universal application, can machine different materials. This needs both high cutting speeds for soft materials and high cutting forces for hard materials.

SD Centrifuge Reducers

Separating solids from liquids is essential in many industrial processes. Servotak SD Centrifuge Reducers are the perfect drives for decanters with bowl and screw conveyor and centrifuge machines.

Speed Multipliers for Energy Generation

Generating Electricity from Oceanic Tidal currents.

Tidal currents carry kinetic energy that can be tapped and turned into a important energy source. When such currents are channeled into narrow locations by the neighboring land masses, their speed, and energy density increase.