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Dobot CR10AF Force-Controlled Collaborative Robot
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Dobot CR10AF Force-Controlled Collaborative Robot

Dobot CR10AF Force-Controlled Collaborative Robot

Model: CR10AF
MPN: 1200000326
Description

The Dobot CR10AF is a force-controlled collaborative robot featuring a 10kg payload, 1300mm reach, and integrated 6-axis force sensing for precision assembly, polishing, grinding, CNC automation, and advanced industrial applications.

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Price

Qty Standard Price
1
$35,800.00
$35,800.00

The Dobot CR10AF is a next-generation force-controlled collaborative robot designed for applications requiring precise force feedback and adaptive motion control. Equipped with an integrated high-precision 6-axis force sensor, the CR10AF enables advanced force-controlled operations while maintaining the flexibility and safety expected from collaborative robotics.


Key Features:

  • 10 kg payload capacity
  • 1300 mm working radius
  • ±0.03 mm repeatability
  • Integrated 6-axis force sensor
  • Constant-force control for polishing, grinding, and assembly
  • Intelligent environment sensing and adaptive motion control
  • Easy hand-guided teaching with ultra-sensitive force feedback
  • Safe human-robot collaboration
  • Compatible with electric grippers, smart cameras, and external automation devices
  • Ideal for CNC machine tending and precision manufacturing applications

Applications:

  • CNC machine tending
  • Precision assembly
  • Surface polishing and grinding
  • Quality inspection
  • Material handling
  • Welding support
  • Automotive manufacturing
  • Electronics assembly
  • Specifications
  • Payload: 10 kg
  • Reach: 1300 mm
  • Repeatability: ±0.03 mm
  • Robot Type: 6-Axis Force-Controlled Collaborative Robot
  • Maximum Speed: 2 m/s
  • IP Rating: IP54
  • Communication: TCP/IP, Modbus, Ethernet/IP
  • Mounting: Any orientation


The Dobot CR10AF combines force sensing, precision control, and collaborative safety, making it an ideal solution for advanced automation tasks that require consistent force application and high repeatability.

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