E6 AMMR: Autonomous Mobile Manipulation Robot

ROS / SLAM

Supplied, integrated and supported by Zeta42 across the UAE and the GCC, with the engineering to put it into a line and the training for the people who will run it afterwards.

E6 AMMR: Autonomous Mobile Manipulation Robot, a DOBOT product supplied by Zeta42

At a glance

Payload
≤50kg
Weight
≤25kg

What it does

Built for.

  • Related technologies named by DOBOT: SLAM mapping, intelligent obstacle avoidance, autonomous navigation, path planning, deep-vision AI recognition, and vision-based mobile grasping
  • Independently suspended wheels able to rotate on the spot
  • Dual LiDAR minimum with configurable 2D/3D cameras

Where it is used

Applications.

  • Object recognition, localisation, grasping and transportation
  • Vision-based mobile grasping experiments for indoor robots

Specifications

The full sheet.

  • Dimension ≤520*520*350mm
  • Weight ≤25kg
  • Maximum Payload ≤50kg
  • Rated Voltage 24V
  • Battery Life ≥6h (no load); >2h (with load)
  • Navigation Accuracy ±5cm
  • Critical Stop Precision 5mm
  • LiDAR Accuracy ±3cm
  • Range Measurement ≥20m
  • Motion Performance Max speed: ≥0.5m/s
  • Drive System Independently suspended wheels with spot rotation capability
  • Main Controller Industrial PC with ROS communication for custom development
  • Processor Specifications RAM: ≥4GB
  • Storage: ≥64GB
  • Development Support ROS-based custom development supported
  • Supported Camera Types Configurable 2D/3D cameras
  • Sensor Parameters Dual LiDAR (minimum)
  • Other sensors unrestricted
  • Compatible robot type is listed as the Magician E6
  • Industrial PC main controller with ROS communication for custom development

Figures published by DOBOT. Performance figures are laboratory results and vary with the application.

Specifications published by DOBOT: DOBOT E6 ROS Mobile Platform on dobot-robots.com.

In the same range

Work cells and training platforms.

  • Training Platform (excluding PLC)

Specification sheets answer the second question. The first one is usually whether a robot suits the job at all, and that is answered by watching the task rather than by reading a table, which is what an assessment visit is for.

Pricing is quoted case by case.