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Remote Robot Control Made Accessible with xArm

Extend Robotics

VR operator teleoperates a UFACTORY xArm with a two-finger gripper at an industrial control panel

In Short

Founded in 2019, Extend Robotics develops intuitive human–robot interface software that enables non-experts to remotely control and program robotic manipulators through immersive VR.
To support this approach, the company selected the affordable, ROS-native xArm as the hardware foundation for its teleoperation system.
Today, this combination helps organizations in high-risk maintenance and advanced manufacturing deploy automation faster, safer, and more cost-effectively—while lowering technical barriers caused by skilled labor shortages.

Customer Profile

Company:

Company:

Extend Robotics

Robot Used:

Robot Used:

UFACTORY xArm

Application:

Application:

Teleoperation

Region:

Region:

United Kingdom

Industry:

Industry:

Industrial Automation

Key Benefits

  • ROS compatibility

  • Accessible pricing

  • Fast deployment

  • High precision and reliability

Tasks Solved

  • Remote operation in hazardous environments

  • Skilled labor shortages in robotics operation and programming

  • Complexity of traditional robot programming and deployment

  • Safety risks in hazardous or inaccessible environments

  • High cost of conventional automation solutions

Benefits Achieved

  • Keeps operators safe by removing them from hazardous sites

  • Lowers the skill barrier so non-experts can operate the system

  • Speeds up deployment with minimal programming

  • Cuts automation costs versus conventional systems

Operator uses VR controllers to remotely guide a UFACTORY xArm

The Challenge

As aging populations and automation demand continue to grow, many organizations face a shortage of skilled labor. Traditional robot programming remains complex, time-consuming, and difficult for non-expert users to adopt.
At the same time, critical operations are increasingly taking place in hazardous environments—such as nuclear facilities and other high-risk settings—where direct human involvement is either unsafe or impractical.
Extend Robotics needed a solution that could simplify robot control while remaining flexible, cost-effective, and easy to integrate into their development workflow.

Why UFACTORY

When evaluating hardware for their teleoperation platform, Extend Robotics needed more than just a capable robot arm. They needed a system that could integrate seamlessly with their software stack, perform reliably in demanding conditions, and remain affordable enough that small and mid-sized organizations could realistically adopt it.
xArm checked every box.
Native ROS support meant Extend Robotics could build directly on xArm's ready-to-use ROS package, dramatically reducing development time and simplifying the path from prototype to deployment. There was no need to build custom middleware or work around proprietary constraints — the integration was clean from day one.
Accessible pricing meant the combined solution could reach organizations that would otherwise be priced out of advanced automation entirely. For Extend Robotics, this wasn't just a commercial consideration — it was central to their mission of making robotics genuinely accessible.
Reliable performance meant that when operators stepped into the VR interface and began controlling the xArm remotely, the hardware responded with the precision and consistency their applications demanded — whether in a controlled lab environment or a high-stakes industrial setting.

Operator wearing a VR headset remotely controls a UFACTORY xArm with a dexterous hand over colored blocks

Reviews

I think UFACTORY xArm is a very attractive cobot solution in its price range. The design is inspiring, and it delivers performance rarely seen at this price point. The technical setup is reasonably smooth. It offers high performance and great value for money, with excellent ROS support.

Chang Liu, Founder of Extend Robotics

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