Archimedes Drive Traction Drive Speed Reducer

Synovial Series

Exceed the boundaries of robotic actuation and
bring your next breakthrough to life.

Synovial

Component Set

Designed for Physical A.I.

archimedes drive logo

Made for Innovation

Custom Drives

Our collaborative approach ensures that each Archimedes Drive is customized to your specific application requirements.

Unparallel Safety

Compound Planetary Traction technology with inherent overtorque protection against shocks and collisions.

Actuation Experts

Based in the Netherlands, on 10 years of R&D. You are supported by IMSystems’ dedicated team every step of the way.

1. Core Technology

IMSystems provides technical drawings and development support.

2. Motor Selection

You select a suitable motor with our advisory support.

3. Housing Design

We collaborate on housing design, tailored to your application.

4. Drive Assembly

IMSystems assembles the drive and performs quality checks.

5. Complete Drive

Power your vision with your customized Archimedes Drive.

Synovial

Development Kit

Plug & Test: For True Innovators

Experience the Future

The Synovial series is designed to enable human-level actuation for the next generation of Physical A.I. robots.

Our latest Development Kit includes a fully assembled Synovial-75, a purpose-designed R&D mount, and an optional output encoder. Ideal for innovators to test our cutting-edge technology with confidence, backed by IMSystems' dedicated support.

SpecificationUnitDevelopment KitComponent Set
Repeated TorqueNm7575
Maximum Input Speedrpm>3,000>3,000
Max. Lost Motionarcmin0.30.3
Diametermm13265
Output Rotationdegree200continuous
Weightkg6.80.8
Efficiency%8282
Synovial-75 Development Kit

Includes a Synovial-75 Archimedes Drive, with an optional output encoder.

Specially-designed R&D housing, perfect for exploring the core features of the Archimedes Drive.

Plug & Test: our development kits integrate seamlessly with standard test benches. 

Synovial-75 inside a R&D housing

example of a test bench configuration