TOUGH JOBS ARE MADE FOR ROBOTS
We are developing a new generation of universal industrial robots to do the heavy lifting.
Autonomous
Navigation
Collision
Avoidance
Machine
Learning
Surveyor is a state-of-the-art rugged autonomous robotic system for mission-critical use cases in extreme environments.
Surveyor can handle extreme environments with steep elevation variations. Surveyor’s behavior is easily customizable. We offer options from our robotic industrial toolkit to customize Surveyor to your specific needs with a payload bay that enables specialty sensor integration with contact or low clearance to the ground
Excavator is a state-of-the-art rugged autonomous robotic system for mission-critical use cases in extreme environments across industries.
Excavator can handle working in extreme environments and confined spaces. Excavator’s behavior can be customized to each use case. It can share sensor data aggregation, allowing it to learn from humans and other robots. The robot conducts rock face mapping before and during its precision excavation of ore, limiting waste rock excavation, enabling selective sorting of excavated material, and increasing downstream efficiency.
Collector is a state-of-the-art rugged autonomous robotic system for mission-critical use cases in extreme environments across several industries.
Collector’s behavior can be customized. It can share sensor data aggregation, allowing it to learn from humans and other robots. The collection tool is tailored based on material particle size distribution. Using its collection tool and hauler tray the robot can pick up, stow, and haul away fragmented material. Collector can sort into designated heaps based on defined use case behaviors.
Hauler is a state-of-the-art rugged autonomous robotic system for mission-critical use cases in extreme environments across industries.
Hauler’s behavior can be customized to each use case. It can share sensor data aggregation, allowing it to learn from humans and other robots. The robot fast hauls and transfers fragmented material. It can navigate autonomously in its working environment, identifying and avoiding obstacles. It can even tow away a fellow robot if the need arises.
Dozer is the latest in rugged, autonomous technology and is being deployed in mission-critical use cases across several industries.
Dozer uses a sturdy blade on its front to push soil, sand, snow, rubble, rock, and other loose material out of designated areas. It is customized to your specific needs. Its height, material, and blade are crafted based on the material present in your collection area. This robot is teachable and can share in sensor data aggregation allowing it to learn from humans and other robots.
A compact and containerized rock treatment unit using high intensity microwaves is available for installation into existing and new process circuits for the enhancement of mining processing.
The processing of metal ores in mining can be enhanced by injecting focused and highly energetic beams of microwaves into broken rock to crack it to expose the valuable minerals making recovery faster and cheaper. Using applicator technology originally designed for a mobile microwave preconditioning robot, OffWorld has developed a conveyor-based rock processing unit built into a shipping container enclosure as a product to be installed at a mine.
