Universal Robot UR3E
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The Universal Robots UR3e is an ultra-lightweight, compact collaborative industrial robot, ideal for table-top applications. Its small footprint makes it ideal to be built directly inside machinery or in other tight workspaces. This cobot weighs only 24.3 lbs (11 kg) but has a payload of 6.6 lbs (3 kg). Its ±360-degree rotation on all wrist joints, and infinite rotation on the end joint, make it well-suited for light assembly and screw-driving applications.
Unbox Industry presents Universal Robots UR3e has a compact form factor making it a good fit for tight workspaces. These unique features make the UR3e-Cobot the most flexible and lightest collaborative benchtop robot currently on the market. The UR3e collaborative robot is an ideal assistant for applications that require consistent product quality, such as assembly, polishing, gluing, and bolting.
Its compact design and easy programming make it easy to switch between tasks to meet agile manufacturing needs, resulting in a low total cost of ownership and very fast payback time. UR3e robotic applications include manufacturing industries from medical devices to printed circuit boards and electronic components.
Easy programming: Patented technology lets operators with no programming experience quickly set up and operate our cobots with intuitive, 3D visualization. Simply move the robot arm to desired waypoints or touch the arrow keys on the easy-to-use touchscreen tablet.
Fast Setup: Universal Robots has revolutionized cobot set-up, reducing typical robotic deployment measured in weeks to a matter of hours. The average set-up time reported by our customers is only half a day.
Flexible Use: Don’t be limited by dedicated robotics. Universal Robots are lightweight, space-saving, and easy to re-deploy to multiple applications without changing your production layout. The cobot is able to re-use programs for recurrent tasks.
Collaborative: Now you can replace human operators in dirty, dangerous, and dull jobs to reduce repetitive strain and accidental injuries.
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