EVS QJR6-2000H

Industrial Robot EVS QJR6-2000H
Specifications
Type
Industrial Robot
Brand
EVS
Model
QJR6-2000H
Axes
6
Payload
6 kg
Reach
2014 mm
Repeatability
0.080 mm
Weight
230 kg

The Industrial Robot EVS QJR6-2000H is a versatile 6-axis robotic solution designed for a variety of automation tasks. With a payload capacity of 6 kg and an impressive reach of 2014 mm, this robot offers precise operation with a repeatability of 0.080 mm, ensuring high-quality production standards. Weighing 230 kg, the EVS QJR6-2000H is a reliable choice for enhancing efficiency in industrial environments.

What are the technology applications of QJR6-2000H?

EVS QJR6-2000H is a versatile robot suitable for a wide range of industrial applications.

Primary applications of EVS QJR6-2000H: Deburring, Multiaxis cutting, Polishing, Robot milling, Trimming. But we recommend to consult with your robot supplier or the manufacturer.

What is ENCY Robot

ENCY Robot is the innovative all-in-one offline robot programming solution, speeds up complex and creative robotics tasks by multiples.

Learn more about ENCY Robot ➜
ENCY Robot interface

EVS QJR6-2000H applications programmed with ENCY Robot

Multiaxis cutting

Multiaxis cutting

Polishing

Polishing

Robot milling

Robot milling

Frequently asked questions

Yes. ENCY Robot is an equipment agnostic CAD/CAM/OLP platform which supports any known robot brand. You can use components from the equipment library or create your own with our zero-code digital twin creator software MachineMaker.
Just download a fully functional trial version of ENCY Robot at the download center and start using it. You can learn how to use ENCY Robot in online training center.
Absolutely. Simply download a 30-day fully functional trial version of ENCY Robot at the download center.
If you would like to purchase ENCY, please contact us for a quote.
No. We do not sell robots and do not provide pricing information. To purchase EVS QJR6-2000H or request a quote, please contact the manufacturer or an authorized local supplier.