Autonomous Mobile Robots

Trusted and predictable results that deliver a fast ROI

 
 

  • Productivity Improvement You Can Measure. Predictable, customer- documented results

  • Scale To Match Your Orders. Easily expand to meet volume spikes or manage growth

  • Up And Running In 4-6 Weeks. Immediate productivity improvements and ROI in just months

 
 

NVIDIA Isaac AMR | End-to-End Autonomy Platform for Next Generation AMRs

Isaac AMR is an autonomy platform to simulate, validate, deploy, optimize and manage fleets of autonomous mobile robots for safely operating in large, highly dynamic, unstructured environments. It consists of edge-to-cloud software services and compute hardware combined with a set of reference sensors and robot hardware to accelerate development and deployment of AMRs, saving OEMs several years and millions of dollars. 

Get more done with lower labor costs

 Autonomous Mobile Robots optimize the entire picking process making it easy to increase picking volume and speed to efficiently meet your customer goals while improving the quality of your workplace and lower your labor and overtime costs.

More effective workers and an improved workplace

Autonomous Mobile Robots dramatically improve worker productivity and accuracy by removing unproductive walking time that lowers worker productivity. LocusBots work collaboratively with associates improving the workplace environment helping them to be more effective and efficient.

Optimize productivity, stay on task, minimize fatigue

Autonomous Mobile Robots automatically learn the most efficient travel routes to maximize overall pick efficiency, instantly sharing information with the other robots. Workers spend less time walking to pick locations, spending more time on task and increasing throughput, while minimizing worker fatigue.

Faster picking, lower costs, and higher worker satisfaction

Autonomous Mobile Robots make it easy to improve throughput by working collaboratively and safely alongside your associates to help quickly locate the pick items for improved productivity. Workers spend more time on task and less time walking around the warehouse.

Since AMRs transport the items, workers don’t have to push carts or carry bins or walk miles each day. They become more productive and less fatigued. That translates to lower labor costs and higher employee morale.

With assistive-pick AMRs, the human picker stays in a compact zone, and a succession of bots swing by to guide the worker through picks with minimal travel.

 

Learn about the industry’s first interoperability system