New Cost-Effective, High-Performance Gear Reducer from Shimpo Drives

The new Able VRB Gear Reducer is an excellent alternative for OEMs that need a cost-effective, high-performance gear reducer. The high-precision and torque handling capabilities are an ideal fit for packaging machinery, medical equipment, and robotic cell automation.

The new Able VRB Gear Reducer is an excellent alternative for OEMs that need a cost-effective, high-performance gear reducer. The high-precision and torque handling capabilities are an ideal fit for packaging machinery, medical equipment, and robotic cell automation.


The standard mounting is a through-bolt style and the unit is a dimensional replacement for a few competitive models. The maximum output torque peaks at 2,300 in-lbs. The VRB provides high-precision backlash rating of <3 arc-minutes as its standard, which means the unit provides exceptional accuracy and loading for a good value.

The Able VRB Gear Reducers ship in < 2 weeks.

More information on ABLE VRB Series from Shimpo Drives can be found at the link below-
http://www.servo2go.com/product.php?ID=105497&cat=

A copy of this Press Release can be viewed at-
http://www.servo2go.com/news.php?id=108

For more information, please contact:

EDITORIAL CONTACT:
Warren Osak
sales@servo2go.com
Toll Free Phone: 877-378-0240
Toll Free Fax: 877-378-0249
www.servo2go.com

Tags: Shimpo Drives, Gearhead, Gearbox, Servo2Go, Planetary Gearbox, Planetary Gearbox

Featured Product

Palladyne IQ  - Unlocking new frontiers for robotic performance.

Palladyne IQ - Unlocking new frontiers for robotic performance.

Palladyne IQ is a closed-loop autonomy software that uses artificial intelligence (AI) and machine learning (ML) technologies to provide human-like reasoning capabilities for industrial robots and collaborative robots (cobots). By enabling robots to perceive variations or changes in the real-world environment and adapt to them dynamically, Palladyne IQ helps make robots smarter today and ready to handle jobs that have historically been too complex to automate.