Product

Addverb Technologies: Dynamo - 200 KG Autonomous Mobile Robot



Addverb is a leading global robotics company, providing intra-logistics automation solutions, operating from five continents with a multidisciplinary team of more than 600 engineers and R&D experts. Through the synergy of our hardware and software,we provide your supply chain speed, agility and modularity.. Our extensive product portfolio enables us to deliver innovative solutions by merging both fixed and flexible automation which includes AMR and AGV Fork...
5 Park Plaza, Suite 250
Irvine, California, 92614
United States
653-129-5393 
[email protected]
Addverb Technologies Company Profile

Our robust autonomous mobile robot powered by natural navigation, enables efficient and seamless material movement.

Our robust autonomous mobile robot powered by natural navigation, enables efficient and seamless material movement.

The Dynamo - 200 KG has a payload capacity of 200 kg. It has a maximum speed of .8 meters per second and can accelerate or de-accelerate at a rate of 0.2m/s², it also has on the spot turning.

The Dynamo 200 - KG has a lidar sensor mounted at the front of the unit which utilizes the 2D lidar safety sensor, and a 3D depth camera. The bumpers on the front and back also have ultrasonic sensors.

Dynamo Process for Operations

  1. Dynamo visualizes the operating area through Lidar
  2. Fleet Management system ensures seamless movement and calculates optimal path for a specific mission
  3. 2-level sensor mechanism ensures safety, precision and obstacle avoidance, making it the perfect robotic ally in human-led operations

Other Benefits of the Dynamo 200

  • Flexible - Can be converted into a Pick-Assistant or integrated with Robotic Arm to serve varied operations
  • Easy Integration - Enabled with seamless integration interface with any WMS/WCS
  • Scalability - Can be easily reconfigured and multiple units can be added or deleted as per layout changes without affecting operations
  • Intelligent - Auto-localization of position and execution of predefined mission with minimal human intervention
  • Safety - The sensory system ensures optimum safety, thereby enables human-machine coordination
  • Efficient - Requires limited area for travel and performs faster than forklifts and conveyors