Universal Robots - 6 Axis Robot Arms
Manufacturers of all sizes are becoming increasingly reliant upon automation to increase productivity, improve product quality and alleviate staff shortages. The Universal Robots 6 axis robot arms offers manufacturers many benefits. The collaborative robots (cobots) are versatile, intuitive to operate and can work safely alongside humans. They provide a cost-effective, flexible, simple and speedy automation solution to a wide range of production tasks.
The cobot family offers: Payload ranges from 3kg up to 30kg, Reach options from 5mm to 1750mm.
The UR+ plug and play range of accessories allow you to adapt your cobot to your required applications such as
- Fluid dispensing
- Machine tending
- Non-contact inspection & measurement
- Palletising
- Pick and place
- Sanding and polishing
- Screwdriving
If you are looking for a significant competitive advantage and an impressive return on your investment, our UR cobots can help. They are:
- Compatible with existing processes
- Easy to set up and use without prior knowledge
- Simple to redeploy thus giving you added flexibility
- Proven to add value to the manufacturing and production environment
- Safe to work alongside humans as it can detect and avoid collisions
- Excellent value, with typical payback within a year.


Universal Robots +
Universal Robots+ is a new showroom with end-effectors, software and accessories designed for integration with UR robots. Find everything you need to customise the optimum robot application in one place. In no time.White Papers
- Improving Production Quality with Cobots
- Quality Matters White Paper by Universal Robots
- Robots, Cobots and Human Labour
- Published by Universal Robots
- The Role of Cobots in Industry 4.0
- Published by Esben H. Østergaard, CTO & Co-Founder, Universal Robots
Collaborative Robot Training kit for Education
Did you know we provide Educational discounts on our range of Universal Robots and accessories?
At RARUK Automation we are strong advocates of inspiring the next generation of learners into the field of robotics and automation.

