Machine Schema
Connect MCP

DENSO COBOTTA PRO 6 kg

The DENSO COBOTTA PRO is a collaborative robot for tasks such as assembly and inspection. It uses torque sensors at each axis, functional safety monitoring for torque, speed and area, and a touch-sensing soft cover. This 6 kg variant has a 900 mm reach and ±0.03 mm position repeatability.

Source checked5/5 values · 2026-10-26DENSO RoboticsCollaborative robot
Hover to measure reach
6 kg payloadR 900REPEATABILITY ±0.03 mm0400800mmCOBOTTA PRO 6 kg · SIDE ELEVATIONReach envelope to scale · pose schematic
Payload
6kg
Reach
900mm
Repeatability
±0.03mm
Max TCP speed
2,500mm/s

Specification

1 source
Categorycollaborative robot

Quick answers

What is the payload of the DENSO COBOTTA PRO 6 kg?
6 kg, per COBOTTA Collaborative Robots | DENSO Robotics (densorobotics.com).
What is the reach of the DENSO COBOTTA PRO 6 kg?
900 mm, per COBOTTA Collaborative Robots | DENSO Robotics (densorobotics.com).
What is the repeatability of the DENSO COBOTTA PRO 6 kg?
±0.03 mm, per COBOTTA Collaborative Robots | DENSO Robotics (densorobotics.com).
What is the maximum TCP speed of the DENSO COBOTTA PRO 6 kg?
2500 mm/s, per COBOTTA Collaborative Robots | DENSO Robotics (densorobotics.com).

Study notes

  • The RC9 controller is named in the document, but no matching controller entry is available in the reference list.
  • Direct teaching supports track memorization and fine-tuning down to 0.1 mm.
  • The development environment is built with Blockly.
  • The robot can be integrated with a Mech-Eye 3D image recognition camera and AI Imitative Learning software.
  • The document refers to 'each axis' but does not name individual joints.

Safety

  • Functional safety functions include torque monitoring, speed monitoring and area monitoring.
  • Proprietary torque sensors are standard equipment at each axis.
  • A touch-sensing soft cover embeds high-sensitivity contact sensors in silicon cushioning material to reduce collision risk.
  • The robot minimizes the distance needed to slow or stop when workers approach.
↑↓ navigate↵ openesc close