UR10e vs Productive Robotics OB7 Max 12: 12 kg Cobot Comparison
The Universal Robots UR10e and the Productive Robotics OB7 Max 12 share a 1300 mm reach in the 12 kg class. The OB7 Max 12 adds a seventh axis, demonstration-based programming and costs about 15% less. The UR10e repeats more tightly and weighs much less.
Quick verdict. The Productive Robotics OB7 Max 12 is the better choice for machine tending around fixtures and doors, with 7 axes, ±360° joints, teaching by demonstration and a listed price about 15% lower. The UR10e is the better choice for precise and mobile cells, with ±0.05 mm repeatability and a 33.5 kg arm.
UR10e and OB7 Max 12 at a glance
The UR10e carries 12.5 kg over 1300 mm, repeats to ±0.05 mm and weighs 33.5 kg.
The Productive Robotics OB7 Max 12 carries 12 kg over 1300 mm with 7 axes, repeats to ±0.1 mm and weighs 58 kg.
Main specification comparison
Specification | Universal Robots UR10e | Productive Robotics OB7 Max 12 |
Brand | Universal Robots | Productive Robotics |
Listed price | $44,600 | $38,000 |
Payload | 12.5 kg | 12 kg |
Reach | 1300 mm | 1300 mm |
Repeatability | ±0.05 mm | ±0.1 mm |
Axes | 6 | 7 |
Speed | 120°/s (base, shoulder) and 180°/s (elbow, wrists) maximum joint speed | 2 m/s |
Arm weight | 33.5 kg | 58 kg |
IP rating | IP54 | Not specified |
Controller | UR control box (e-Series) | OB7 control computer with zero-programming teach tablet |
Price comparison
UR10e: listed from $44,600
Productive Robotics OB7 Max 12: listed from $38,000
Difference: $6,600
The OB7 Max 12 costs roughly 15% less
Axes and reach
Both arms reach 1300 mm. The OB7 Max 12 has 7 axes, each rotating ±360°, which lets it reach around fixtures and through machine doors while keeping the tool orientation. That suits machine tending in crowded cells.
Programming
Jobs on the OB7 are taught by demonstration through a tablet, with no traditional programming. The controller supports EtherNet/IP, TCP/IP and Modbus. The UR10e runs PolyScope with PROFINET with PROFIsafe, EtherNet/IP, Modbus TCP, ROS/ROS2 and UR+ accessories.
Precision, speed and weight
The UR10e publishes ±0.05 mm repeatability against ±0.1 mm for the OB7 Max 12, carries 0.5 kg more and has a built-in 100 N / 10 Nm force/torque sensor. It weighs 33.5 kg, about 24.5 kg less than the OB7 Max 12, which mounts on a 250 mm flange. Productive Robotics publishes a 2 m/s speed.
Best applications for the UR10e
Precise assembly and screwdriving
Mobile and redeployable cells
Existing UR cells
Best applications for the OB7 Max 12
Machine tending through doors and around fixtures
Teams without programming staff
Heavier part handling in crowded cells
UR10e advantages
±0.05 mm repeatability
33.5 kg arm
Built-in force/torque sensor
UR10e limitations
About $6,600 higher listed price
6 axes
OB7 Max 12 advantages
7 axes with ±360° joints
Teaching by demonstration
About 15% lower listed price
OB7 Max 12 limitations
58 kg arm
±0.1 mm repeatability
Final verdict
Choose the Productive Robotics OB7 Max 12 for flexible machine tending and no-code teaching. Choose the UR10e for precision, force control and a lighter arm.
Sources and further reading
Frequently asked questions
Which is cheaper, the UR10e or the OB7 Max 12?
The OB7 Max 12 is listed from $38,000 and the UR10e from $44,600, a difference of $6,600.
Do they have the same reach?
Yes. Both reach 1300 mm.
How many axes do they have?
The OB7 Max 12 has 7 axes and the UR10e 6.
Which robot is more precise?
The UR10e publishes ±0.05 mm repeatability and the OB7 Max 12 ±0.1 mm.
How is the OB7 programmed?
Jobs are taught by demonstration through a tablet.
Which robot should I buy?
Choose the OB7 Max 12 for flexible tending and no-code teaching. Choose the UR10e for precision.
