Technology
High precision speed reducer revolutionizing the industry.
Experience unprecedented precision, efficiency, zero backlash with the groundbreaking Archimedes Drive technology.
Introducing the Archimedes Drive
The Archimedes Drive is a groundbreaking technology that surpasses traditional speed reducers in performance, precision, and efficiency. Discover how our innovative design revolutionizes the industry and brings unparalleled advantages to your applications.
Extreme Accuracy
Having continuous tractive contact removes backlash and makes the drive incredibly stiff. This results in best-in-class accuracy.
Unparalleled Efficiency
The drive’s rolling characteristics resemble that of a bearing. This results in similarly low internal friction, increasing efficiency.
Overload Protection
If overloaded (high instantaneous shock-load), the drive acts as a friction break until the torque returns to the operating regime.
Archimedes Drive
The Archimedes Drive is a new traction-based speed reducer, engineered to outperform current systems on key aspects. It combines two working principles.
These are the ‘compound planetary principle’ (also known as a Wolfrom drive) and traction rollers. These two principles form the patented theory at the core of the Archimedes Drive, named the ‘compound planetary traction drive’.
Download our brochure:
- Highly precise
- Competitive pricing
- Fully transparent
- Unparalleled efficiency
- Smooth operation
- Overdrive protection
- Multiple configurations
Features
Specifications
Controllable, incredible precise movements
Low starting and back-drive torque
True zero backlash
Inherent over-torque protection
Wide range of reduction ratios
Quiet and efficient (>90%)
Specifications
Archimedes Drive is the first major transmission revolution in over half a century, greatly improving the world of mechatronic applications. Discover all specifications in our brochure.
Download our brochure:
Specifications
| Specification | Unit | DELTA-15 |
|---|---|---|
| Repeated Torque | Nm | 15 |
| Maximum input speed | rpm | 8,000 |
| Lost motion | arc sec | <12 |
| Diameter | mm | 72 |
| Length | mm | 60 |
Download full specification brochure:
Solutions for new innovations
The Archimedes Drive has been specifically designed to increase the capabilities of factory automation equipment and to open up new design opportunities for a multitude of new applications.
With the first commercial product, the Archimedes Drive Development Kit (DFB), IMSystems wants to showcase the performance of the technology. Allowing customers to experience its ground-breaking features first-hand.
Discover our products
DELTA-15
DELTA-250
Development Kit
DELTA-15
DELTA-15
The 15Nm DELTA-15 is a compact speed reducer using the unique Archimedes Drive technology. This compact drive measures just 60mm in length and 70mm in diameter.
DELTA-250
DELTA-250
Now available to order: The 250Nm DELTA-250 using Archimedes Drive technology. A high output torque compound planetary traction drive.
Development Kit
Development kit now available
New technology for your next design needs evaluation, playing, and testing. With the Archimedes Drive Development kit, you will get the opportunity to discover this fundamental new technology. Limited amount available!
Articulated robots
Speed & precision
Medical equipment
Safe & reliable
AGVs
Affordable & quiet
Co-bots
Safe & precise
Packaging
Fast & affordable
Our partners and clients
We believe in long term business relations in order to develop the best product for your business with the best service possible.
“We are proud to be working with Jack and his team and realizing their goal of smaller, lighter, and more accurate industrial robotics.”
"We have deep access to the entire process; from raw steel, to our client’s robots on the factory floor. That’s a competitive advantage that is hard to replicate."
"IMSystems has a strong vision, a talented team and a credible product."
"ROBOTWORLD is one of the most important robotic conferences world wide. We are proud to showcase our latest generation of transmissions to this part of the world."
Previous
Next
