UR30

The UR30 can lift heavy payloads while maintaining a compact footprint in a collaborative setting.

With a 30 kg lifting capacity and a 1300 mm reach this robot can tend larger machines, palletize heavy products, and effectively support high torque screw driving.

Reach

Payload

Footprint

Weight

Let us do the heavy lifting

Avoid injury or accidents caused by lifting heavy items and ensure perfect pallet placement with consistent speed. 

Don't leave the door open

Use multiple grippers in your machine tending application. Remove pieces, clean parts, and place new stock all in a single pass maximizing productivity. 

Perfect precision

The UR30s high torque joints and force torque sensor allow for straight, consistent screw driving even in areas difficult for humans to reach and steady mode prevents protective stop while maintaining safety. 

What's in the box

The UR30 standard order includes a UR30 robotic arm, a control box, a 3PE TP (teach pendant with an integrated 3-position enabling device), a power cable and a cable between the arm and the control box, as well as documentation.

Application kits or other options are not part of the standard UR30 package and must be ordered separately. 

3PE teach pendant

By default, the UR30 is delivered with a 3 position enabling devices, a so called 3PE TP. The teach pendant contains our market leading software PolyScope to control the cobot with and ensures optimal safety, when working closely to the robot.。

Controlbox

Build for any environment, the standard controlbox of the UR30 only weighs 12 kg (26.4 lbs) and offers a holders to attach the TP for optimal storage. The controller serves as the centralized hub for power, safety features, and communication, providing a compact and efficient solution for managing the operation of the UR30 system.

True payload performance

Future-proof your facility with a cobot which enables you to grow with your tasks. When requiring to lift heavy objects over the maximum distance, do not limit yourself by the way your end-effector is mounted. If the objects require a change of how they are being lifted, resulting a shift in the center of gravity, the UR30 will support you in this change.

Safety

With increased payload, enhanced speed and reach capabilities, the safety of the operator is always our number one priority. With the goal of building a collaborative robot, our engineers devoted hours into the development of our safety functions. The result of their effort was the creation of benchmarks for safety when working with collaborative, industrial robots today.

Strength redefined

The UR30 is no longer bound by its namesake but will now offer an increased payload capacity of 5 kilograms, bringing the total payload to 35 kilograms for certain movements. By redefining the way the UR30 can be utilized we’re empowering you with solutions that can improve production and strengthen your business.

This new payload will be introduced in PolyScope 5.19.

Fast deployment

The out-of-box experience for an untrained operator to unpack the cobot, mount it, and program the first simple task is typically less than an hour.

Space saving

Our cobot's small footprint opens opportunities to automate tasks in existing manufacturing setups where floorspace is often set and at a premium.

Power consumption

Automating tasks gives you the possibility to run tasks autonomously without constant monitoring of your employees. In addition, UR cobots use less electricity than traditional industrial robots.

Collaborative and safe

All UR cobots come with built-in safety features, including force-sensing technology and collision detection. These features allow our cobots to work alongside you without the need for safety barriers or cages, increasing productivity and promoting a safe working environment.

Motion control

The UR30 received software enhancements to reduce the stress on the mechanics of the arm and

the new joint architecture to a minimum. Take advantage of the cobots full speed range and

accelerations despite lifting the maximum payload at maximum reach. 

Tool Configuration

Learn how to set the tool center point (TCP), and how to adjust payload & center of gravity correctly.

Safety planes

Learn how to create and configure safety planes. A safety plane can prevent the robot from moving beyond it in normal mode, reduced mode or both; or it can trigger reduced mode.

Learn more

Visit UR Academy and browse our entire catalogue of popular topics and resources available to learn the essentials of programming a UR cobot. 

Certified by TǔV NORD

EN ISO 13849-1

PLd Category 3

EN ISO 10218-1

EN ISO 13849-1

PLd Category 3

EN ISO 10218-1

EN ISO 13849-1

PLd Category 3

EN ISO 10218-1

UL1740

EN ISO 13849-1

PLd Category 3

EN ISO 10218-1