Industrial Robot EFORT ER8-900H Specs and Applications

Specifications

Type

Industrial Robot

Brand

Efort

Model

ER8-900H

Axes

Payload

8 kg

Reach

910 mm

Repeatability

0.02 mm

Weight

43 kg

The Industrial Robot EFORT ER8-900H is a precision-engineered automation solution featuring six axes for versatile movement and handling. With a payload capacity of 8 kg and an impressive reach of 910 mm, this robot is designed for efficient operation in various industrial applications. It offers high repeatability at 0.02 mm, ensuring consistent and accurate performance, all while maintaining a manageable weight of 43 kg.

3D View

What are the technology applications of ER8-900H?

EFORT ER8-900H is a versatile robot suitable for a wide range of industrial applications.

Primary applications of EFORT ER8-900H: 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 ➜

EFORT ER8-900H applications programmed with ENCY Robot

Multiaxis cutting

Polishing

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 EFORT ER8-900H or request a quote, please contact the manufacturer or an authorized local supplier.

Other Industrial Robot by Efort