Return to Homepage

New Electric Vacuum Gripper Ideal for Small Spaces Yet Powerful Enough for Nearly Any Application

OnRobot introduces the VGC10 compact electric vacuum gripper that addresses customer demand for a small but powerful and highly configurable gripper for nearly any application.

Based on the design of the award-winning OnRobot VG10 electric vacuum gripper, the compact VGC10 is smaller and lighter than its larger cousin, so is ideal for constrained environments and smaller robot arms but offers the same impressive payload of 15 kg (35 lb).

The VGC10 provides fast out-of-the-box deployment but also offers unlimited customization, with easily changeable suction cup options and the ability to add or replace arms to fit highly specific application needs. With this configurability, the VGC10 can grip and move a wide array of small, multi-dimensional, and heavy objects even with a lighter payload robot arm.

The VGC10 features two independently controlled air channels that allow it to act as a dual gripper with pick-up and release in the same action, further increasing efficiency and reducing cycle time.

The gripper can also be used with a single air channel for higher gripping performance. With no compressor or air supply needed -- eliminating the cost, noise, space, and maintenance of producing compressed air -- this compact electrical gripper is easy to implement and move.

Fully integrated software through OnRobot's new One System Solution platform makes it quick to deploy and redeploy on any major collaborative or light industrial robot arm for greater production flexibility.

"We heard from customers that they loved the features of the VC10 gripper but sometimes needed a more configurable, compact version, so we delivered," said Enrico Krog Iversen, CEO of OnRobot. "The VGC10 is another great example of OnRobot's mission to be the one-stop-shop for innovative, collaborative end-of-arm tooling that lets manufacturers focus on their application rather than the complexities of the robot."

Want more information? Click below.

OnRobot

Return to Homepage

Copyright © 2020 by Nelson Publishing, Inc. All rights reserved. Reproduction Prohibited.
View our terms of use and privacy policy ::m::