
Flat-Linear Hysteresis Curve Achieved
With Zero backlash and high stiffness, the Archimedes Drive achieves a stable hysteresis curve, delivering superior motion control and accuracy.
Welcome to the blog for deep-tech thinkers, engineering pioneers, and tech enthusiasts. Technical articles, lectures & insights on drive innovation. Discover how the Archimedes Drive is redefining what’s possible in robotics and automation.

Flat-Linear Hysteresis Curve Achieved
With Zero backlash and high stiffness, the Archimedes Drive achieves a stable hysteresis curve, delivering superior motion control and accuracy.

High Stiffness Actuators for Robots
Explore how the Archimedes Drive maximizes accuracy through unparalleled stiffness, optimized stress distribution, and advanced torsional resistance.

Why Micro-Slip is a Feature, Not a Flaw
The Archimedes Drive turns micro-slip into an advantage, ensuring continuous contact, zero backlash, and real-time velocity correction for unmatched precision and efficiency

Actuator Strategies for Humanoid Balance
Discover static and dynamic balance strategies in humanoid robots and their advantages and limitations.

Building humanoid joints – Arm &Neck
Explore how humanoid arms and necks achieve precision and speed through innovative designs.

Challenges in building humanoid joints – Part 3: The Archimedes Drive
The Archimedes Drive sets new standards for humanoid joints with its advanced hardware solutions.

Accelerating Production of Industrial Robots
By reducing production complexity, the Archimedes Drive speeds up industrial robot manufacturing to meet rising global demand.

Revolutionising Industries: Archimedes Drive
How does the Archimedes Drive enhance robots that manufacture daily used products? Discover its impact across industries