DOBOT CR10 cobot

The CR10 has a maximum reach of 1525 mm and max operating speed of 4 m/s. With DH parameters compensation technology and vibration supression algorithm.

The CR10 is highly versatile and reliable when operating at high speed, and is ideal for palletizing, unpacking, transportation, loading and unloading, polishing, assembly, gluing, 3D printing, CNC milling, laser engraving, screwdriving, bin picking and more, to meet the needs of consumer electronics, semiconductor, automotive, food and beverage, metal processing and healthcare industries.

The Dobot CR10 is designed with user-friendly features to ensure ease of use and programming. It offers multiple programming options, including a graphical interface (like scratch), scripting using programming languages (LUA) or API(C, C#, Python, Kotlin...), and the ability to teach the robot by manually moving it. This makes it accessible to users with different levels of expertise.

In addition, the Dobot CR10 is equipped with advanced safety features, including collision detection and emergency stop capabilities, ensuring a secure working environment.

Overall, the Dobot CR10 is a powerful and versatile robotic arm that provides automation solutions for industrial and research applications, offering precision, adaptability, and ease of use.

Weight 40 kg
Maximum Payload 10 kg
Working Radius 1300 mm
Maximum Reach 1525 mm
Rated Voltage DC48V
Maximum Speed of TCP 4 m/s
Range of Motion J1 ±360°
J2 ±360°
J3 ±160°
J4 ±360°
J5 ±360°
J6 ±360°
Maximum Joint Speed J1/J2 120° /s
J3/J4/J5/J6 180° /s
End-Effector I/O Interface DI/DO/AI 2
AO 0
Communication Interface Communication RS485
Controller I/O DI 16
DO/DI 16
ABZ Incremental Encoder 1
Repeatability ±0.03 mm
Communication TCP/IP, Modbus, Wi-Fi
IP Rating IP54
Temperature 0° ~ 45° C
Power Consumption 350W
Materials Aluminum alloy, ABS plastic


Arc welding , Palletising , Loading and unloading of parts , Handling of parts , Polishing , Measurement , Assembly of parts , Glueing - Adhesive bonding , 3C Electronics , Advanced Manufacturing , Education