Painting · QJAR range
QJRP10-1 10 kg painting robot
The QJRP10-1 is a 6-axis QJAR industrial robot for painting, with 10 kg of wrist payload and 2,035 mm of maximum reach.
| Payload | 10 kg |
|---|---|
| Reach | 2,035 mm |
| Axes | 6 |
| Repeatability | ±0.5 mm |
| Mass | 370 kg |
Technical description
About the QJRP10-1
The QJRP10-1 is a 6-axis QJAR industrial robot for painting, with 10 kg of wrist payload and 2,035 mm of maximum reach.
According to the manufacturer, the wrist has no front singularity and the built-in pipeline is optional, which makes teaching synchronous-tracking spraying easier. The structure uses a bus architecture, convenient for expansion and high speed. The manufacturer also publishes the QJRP10-1 datasheet in an explosion-proof version.
At 10 kg, it has the highest payload among the range's painting robots.
Values and description as published in the manufacturer's datasheets. Configurations, options and certifications are confirmed in each cell design.
Manufacturer datasheet data
- Mounting
- On the floor
Applications
Typical QJRP10-1 applications
Processes the manufacturer lists for the QJRP10-1. The photos show installations with QJAR robots and illustrate the process, not this specific model.
FAQ
QJRP10-1 frequently asked questions
Answers taken from the datasheet published by the manufacturer.
What is the payload of the QJRP10-1?
The wrist payload of the QJRP10-1 is 10 kg, according to the manufacturer's datasheet.
What is the reach of the QJRP10-1?
The maximum reach of the QJRP10-1 is 2,035 mm.
How many axes does the QJRP10-1 have?
The QJRP10-1 is a 6-axis robot.
What is the repeatability of the QJRP10-1?
The positioning repeatability of the QJRP10-1 is ±0.5 mm.
How much does the QJRP10-1 weigh?
The robot mass is 370 kg, according to the manufacturer's datasheet.
Which applications is the QJRP10-1 suited to?
According to the manufacturer's datasheet, the QJRP10-1 covers painting.
How is the QJRP10-1 mounted?
According to the manufacturer's datasheet, it is mounted on the floor.
Related models
More robots from the QJAR range
Contact
Send us the process, the part and the target cycle time.
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