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01
Robotics

In the dynamic world of robotics, choosing the optimum drive system solution can give you a decisive advantage. The challenges in robotics are many and varied, ranging from lack of space and weight considerations to the constant quest for precision.
Kraken gearbox functional principle
Kraken gearbox in a robotics application

Our Innovation

Our pioneering gearbox solution, which focuses on high rigidity, represents a turning point for robotics applications. The solution thus creates the basis for networked production in the Industry 4.0 environment.

  • Exceptional rigidity for compact integration

    The unrivalled torsional rigidity enables the axes to be mounted directly without separate bearings. This simplifies the assembly process and saves considerable space and weight, a decisive advantage in robotics, where every millimetre and every gram counts.

  • Hollow shaft design for variety

    Our hollow shaft facilitates the passage of cables. This allows power supply, media (air, water, gas, etc.) and data to be fed through to downstream drives or applications.

  • Incomparable precision

    Precision is the foundation for successful robot applications. Our gearbox guarantees maximum precision and reliability, from sensitive surgical robots to high-precision industrial automation.

  • Resistant to vibrations

    Robots often work in environments where vibrations can disrupt the performance of the system. Our gearbox is vibration-resistant, which means that robots remain stable under difficult conditions and can also be used for CNC machining.

01
Robotics

Kraken gearbox in a robotics application

In the dynamic world of robotics, choosing the optimum drive system solution can give you a decisive advantage. The challenges in robotics are many and varied, ranging from lack of space and weight considerations to the constant quest for precision.

Our Innovation

Our pioneering gearbox solution, which focuses on high rigidity, represents a turning point for robotics applications. The solution thus creates the basis for networked production in the Industry 4.0 environment.

  • Exceptional rigidity for compact integration

    The unrivalled torsional rigidity enables the axes to be mounted directly without separate bearings. This simplifies the assembly process and saves considerable space and weight, a decisive advantage in robotics, where every millimetre and every gram counts.

  • Hollow shaft design for variety

    Our hollow shaft facilitates the passage of cables. This allows power supply, media (air, water, gas, etc.) and data to be fed through to downstream drives or applications.

  • Incomparable precision

    Precision is the foundation for successful robot applications. Our gearbox guarantees maximum precision and reliability, from sensitive surgical robots to high-precision industrial automation.

  • Resistant to vibrations

    Robots often work in environments where vibrations can disrupt the performance of the system. Our gearbox is vibration-resistant, which means that robots remain stable under difficult conditions and can also be used for CNC machining.

Kraken gearbox functional principle

INDIVIDUAL

We would be happy to calculate and design your individual version. This allows us to demonstrate to you the advantage of our gearbox innovation. As part of our revolution in existing drive systems, you as an early adopter will benefit from the status of the Kraken Gearbox as a ‘world first’. Previous collaborations show the added value of joint development. Hence, we are looking forward to inquiries and joint projects.

CONTACT US

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