Zero Backlash Gearbox
About the product
Constant Accuracy during entire lifetime .
Design and Development support local availability .
MADE IN GERMANY AND MADE IN INDIA combination which provides best technology-commercial advantanges.
Design
It is designed in a combination of maximum torsional and tilting rigidity and minimal backlash,these gears achieve tge highest accuracy,better controllability of the entire system,Low breakaway torque and patented Unique self-regulating gearing system.
This gear units are ideal for applications in which the customer’s adjacebt construction is to be designed with minimum effort
The ready-to-install gear units are fully enclosed and easy to adapt to the motor. Including oil filling for immediate use.
Features
- Torsional Backlash<=0.1 arcmin
- Lost Motion<=0.6arcmin
- Enormous tilting and torsional Rigidity
- Lifetime>20,000 Operating hours
- Efficiency>90% at all speed
- Quiet,compact and lightweight
- Torque Range: 400-4500 Nm
- Ratio Range:35:1-200:1
- Gearbox Orientation: Parallel, Right Angle
- Running Noise< 65 dB(A)
Output Options
- Flange Mounted
- Solid Shaft with keyway
- Rack and pinion
Need more help?
Reach out to Ikoneec Motion Solution for premium gearboxes, motors, and drives. Call us or visit our website for expert solutions tailored to your needs!
sales@ikoneec.in
+91 8668218348
Common Questions
Zero Backlash Gearbox
A zero backlash gearbox is a precision gearbox designed to eliminate any play or slack between the input and output shafts. This ensures smooth and accurate motion transfer, making it ideal for applications requiring high precision and positioning accuracy.
Zero backlash gearboxes are commonly used in robotics, CNC machinery, medical equipment, and other industries where precise motion control is critical. They are also used in automated systems to improve efficiency and accuracy.
The elimination of backlash enhances the accuracy and repeatability of motion, reduces vibration, and prevents wear caused by misalignment. This results in improved system efficiency and extended lifespan of connected components.
High-quality materials such as hardened steel, aluminum alloys, and specialized polymers are often used to ensure durability, wear resistance, and lightweight construction, depending on the specific application.