OnRobot - VG10
Item number: 161530020001
Show gallery
No external air supply and no external cables.
Double handle with two individual vacuum channels.
Vacuum sensor feedback.
Delivery: Levering 5 - 7 dage
Show gallery
Item number: 161530020001
Show gallery
No external air supply and no external cables.
Double handle with two individual vacuum channels.
Vacuum sensor feedback.
Delivery: Levering 5 - 7 dage
As the VG10 does not require a compressor or air supply, it is compact and easy to move around, giving flexibility on your production line.
The VG10’s flexible arms and adjustable vacuum allow the VG10 to handle a variety of objects in many different sizes.
It’s a dual gripper – you can control the right and left sides of the vacuum gripper independently, which increases the efficiency of your production line.
Seamless integration with Universal Robots and support for generic robot interfaces make the VG10 ideal for all types of robots.
It also supports KUKA, Kawasaki, FANUC, Techman, Doosan, NACHI and Yaskawa robots.
The gripper comes with “dual-grip” functionality, tool changer and a range of typical vacuum cups.
In addition, there is a wide range of 3rd party suction cups available in the market.
The VG10 vacuum gripper is a real Plug & Produce solution.
It works right out of the box and into your production line in less than 30 minutes.
Vacuum | min. 5 % | max. 80 % | |
Air flow | min. 0 Nl/min | max. 24 Nl/min | |
Power supply | min. 20.4 Volts | max. 28.8 Volts | |
Current consumption | min. 50 mA | max. 1500 mA | |
Operating temperature | min. 0 degrees celcius | max. 50 degrees celcius | |
Range | min. 32 mm | max. 358 mm | |
Vacuum cups | min. 1 piece | max. 16 pieces | |
Weight | 1.70 kg | ||
This calculator shows the potentially dramatic impact in savings on a robot versus manual labor over the life of the project.
Takes only 1 minute to complete
Our calculator should be seen as an indication. With each installation, there may be other costs / savings that affect the repayment of the individual installation.Total system costs for new automation solution
Number of robots for new solution
Application of solution
Annual labor costs per operator, including employee benefits
Number of operators released per shift
(Note: % part that is released is entered on the next page)Percentage of workforce retained for system operation per shift:
Expected increased productivity
Other savings
Year
Months
Break even
Freed labor over 7 years
Productivity improvement over 7 years