Matched Gear Motors and Wheels for Storage and Retrieval Machines

As a leading supplier of matched gear motors and wheel solutions, we offer you the only single-source solution to drive your unit load, mini load, stacker crane, shuttle, or cube automated storage and retrieval system. Partner with a supplier with more than 200 years’ experience in material handling with products that can efficiently and reliably power motion. 

The Single Source Guarantee: Demag Gear Motors & Wheel Systems 

Our modular systems provide a cost effective, engineered solution to meet your specific requirements. You’ll eliminate the project engineering time to assure the motors and wheels work seamlessly together without adverse effects to the spline. Since all components are matched and designed to work together, they can be used with your preferred control system.

Whether you need to move the shuttle slowly and precisely or fast, up to 800 feet per minute, Demag has a gear motor to meet your requirements. Even specialized applications where you’re moving 100,000 pounds can be safely and reliably transported with Demag gear motors.

• Safely and reliably power a unit load, mini load, stacker crane, shuttle, or cube with capacities from 100 pounds up to 100,000 pounds.
• Tailor the motor to your precision requirements with a high number of starts/ stops or capacity
• Designed and engineered to work seamlessly with Demag wheel systems without additional engineering or adverse effects on the spline.

Meeting the requirements of a wide variety of applications, Demag wheel systems cover the spectrum of load capacities and speed requirements. 

• DRS & DRS-M Wheel Block System: Up to 40 tons per wheel and wheel diameters from 4.4” to 19.6”.
• LRS Travel Wheel Block Systems: High ground clearance for up to xx tons per wheel and speeds up to 800 feet per minute.
• RS Wheel Block System: Special applications in aggressive environments meeting capacities up to 18 t per wheel.
• DWS Wheel Sets: Meet the most specialized requirements with the highest capacities.