INDUSTRIAL ROBOTICS
The Archimedes Drive advanced smooth traction design offers transparent, precise & silent operations, reduced wear & tear and extends the robotic systems lifespan.
Robust Operations
Provides incredible stiffness and safeguards against overtorque in the event of collisions and shockloads.
Industrial Life
Its design supports repetitive and continuous industrial movements meeting the highest industrial standard.
True Zero Backlash
Thanks to its inner traction-based mechanism which assures continuous contact and results in a one-of-a-kind zero backlash drive.
APPLICATIONS
Articulated Arms
Cobots
SCARA
Delta
Humanoid Robots
The new standard in drive technology
The Archimedes Drive offers unparalleled performance:
- Reducing maintenance downtime and ensuring continuous operation.
- The high output speed significantly boosts productivity, allowing your robot to run smoother and faster than ever before.
- Incredibly high stiffness and zero backlash results in unseen transparency.
Implement the Archimedes Drive to enhance productivity and stay ahead in the competitive industrial landscape.
PRODUCTS
PRODUCT SPECIFICATIONS
Specification | Unit | DELTA-15 | DELTA-250 |
---|---|---|---|
Repeated Torque | Nm | 15 | 250 |
Maximum Input Speed | rpm | > 8000 | > 8000 |
Max. Lost Motion | arcmin | 0.2 | 0.2 |
Diameter | mm | 72 | 120 |
Length | mm | 60 | 180 |
Output Rotation | degree | 270 | 290 |
Weight | kg | 1 | 10 |
Efficiency | % | > 90 | > 90 |
USE CASES
The high accuracy and high stiffness of the Archimedes Drive ensure that assembly tasks are performed with precise alignment and consistency, leading to higher-quality products.
The high stiffness and True Zero backlash of the Archimedes Drive ensure consistent application of adhesives and sealants, improving the overall quality and durability of the final product.
Its high precision and high input speed enables robots to operate with greater speed and efficiency in material handling tasks, while also reducing the overall footprint of robotic systems.
The True Zero backlash feature of the Archimedes Drive ensures consistent and smooth movement during painting and coating processes, resulting in a uniform finish.
The Archimedes Drive’s high stiffness and True Zero backlash allows for smoother and more precise movements in welding tasks, improving the quality of welds and reducing errors.
The high stiffness and precision of the Archimedes Drive allow for finer control in cutting and milling operations, leading to better surface finishes and reduced material waste.
The drive’s high precision and high stiffness capabilities improve the accuracy of robotic inspection systems, enabling better detection of defects and ensuring higher quality control standards.
The smooth and responsive motion provided by the Archimedes Drive enhances the speed and precision of packaging tasks, reducing downtime and increasing throughput.
The high stiffness and high output speed of the Archimedes Drive enables robots to move more quickly and efficiently in palletizing tasks, optimizing storage and shipment processes.
With its high output speed, stiffness and True Zero backlash, the Archimedes Drive enhances speed and precision, allowing robots to handle components with great accuracy and minimal downtime, thereby increasing production efficiency.
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Latest posts
Achieving Precision and Speed Together with the Archimedes Drive
Discover how the Archimedes Drive revolutionizes robotics by eliminating the trade-off between speed and precision. This groundbreaking technology offers unparalleled performance, addressing the limitations of traditional gear systems and direct motor solutions.
Precision or Accuracy? How the Archimedes Drive offers both
Discover how the Archimedes Drive ensures high accuracy with stiffness and precise movements with true zero backlash for optimal robot performance.
How the Archimedes Drive will Accelerate the Mass Production of Industrial Robots
With an aging population and rising demand for robots, the Archimedes Drive, made of hollow cylinders, addresses the challenge of complex robot components that take up to a year to produce