OMRON TM25S Collaborative Robot: Greater reach, heavier payload

04/11/2024  OMRON Industrial Automation

OMRON is excited to introduce the OMRON TM25S, the latest addition to its S-Series collaborative robot family. Designed to enhance productivity, the OMRON TM25S combines greater payload capacity, extended reach, and versatility in a compact, easy-to-integrate package.

With a payload capacity of 25 kg and an impressive 1900 mm reach, the OMRON TM25S is a perfect solution for palletizing, mobile manipulation, and even welding applications. Its compact design and low weight of just over 80 kg make it easy to integrate into existing workflows, whether for end-of-line material handling or advanced machine tending. The available DC power option allows for seamless mobile robot integration without the need for a secondary power source.

Key advantages of the TM25S include its built-in optional vision system, which simplifies tasks such as package identification and part inspection. Additionally, its enhanced joint covers offer protection against harsh environments, making it suitable for a wide range of industrial applications.

Like all OMRON cobots, the TM25S is designed for collaboration, with no need for a safety zone, ensuring smooth and safe operation alongside human workers. Its space-efficient design maximizes workspace while offering flexible, high-performance automation.

The OMRON TM25S is certified to the highest industry standards, including ISO and UL safety certifications, ensuring reliable and safe operation across a range of industries.

More information about the OMRON TM25S collaborative robot.

Print this article

For more information, please contact:
OMRON Industrial Automation
Opal Drive
Fox Milne
Milton Keynes
Bucks
MK15 0DG
Tel: 01908 258124
Email: uk@omron.com
Web: https://industrial.omron.co.uk/en/home

Visit company profile page

Share article:

Next Article

---

UK’s first hydrogen kiln test rig helps manufacturers make a sustainable switch

Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.