Order Fulfillment Robots

"Goods-to-Person" Picking Robots

The traditional model of operators walking miles per shift to retrieve items is obsolete. AIMRSE "Goods-to-Person" (GTP) Picking Robots revolutionize this process by bringing the inventory directly to the station. Our Autonomous Mobile Robots (AMRs) utilize advanced LiDAR SLAM navigation and QR code positioning to lift and transport entire shelf racks with millimeter precision. This system eliminates unproductive walking time, reducing operator fatigue and increasing pick rates by up to 300%.

Engineered for continuous operation, these robots feature high-torque brushless drive systems capable of carrying payloads up to 1,000 kg. They operate on a swarm intelligence architecture, where the fleet communicates in real-time to optimize traffic paths, prevent congestion, and dynamically prioritize urgent orders during peak seasons.

Fig.1 Low-profile AMR chassis lifting a 500kg rack for transport to the picking station.

"Bin-to-Person" Sorting Robots

Fig.2 Shuttle bot traversing vertical storage grid
for high-density bin retrieval.

For facilities where floor space is at a premium, "Bin-to-Person" technology maximizes vertical storage density. Unlike AMRs that move shelving, our Intelligent Shuttle Systems travel at high speeds along rails within a dense storage grid. They retrieve specific totes or bins and deliver them to perimeter workstations.

Vertical Density & Speed

The primary advantage of the Bin-to-Person architecture is the elimination of "air" in the warehouse. Bins are stacked directly on top of or adjacent to one another, accessible by robots that move in X, Y, and Z axes. This configuration reduces the storage footprint by up to 60% compared to traditional racking. Our shuttles utilize ultra-capacitors for rapid acceleration (up to 4m/s²) and regenerative braking to maximize energy efficiency.

Intelligent Sorting Systems

Once an order is picked, it must be sorted for shipping. AIMRSE Intelligent Sorting Systems utilize a combination of linear cross-belt sorters and autonomous sorting bots to route packages to their final shipping chutes. Powered by high-speed machine vision cameras, these systems scan barcodes on all six sides of a package in motion, achieving read rates of 99.9%.

Fig.3 High-speed cross-belt sorter diverting packages to shipping lanes based on scanned destination data.

Operational Longevity & Maintenance

Robots run your business; we keep them running. AIMRSE employs a modular design philosophy for all robotic units. Drive wheels, lifting mechanisms, and battery modules are "hot-swappable," allowing maintenance technicians to replace a faulty module in under 10 minutes, returning the robot to the fleet immediately.

Predictive Maintenance: All our robots are IoT-enabled. They continuously stream telemetry data—motor temperature, battery health, and vibration levels—to our cloud analytics platform. This allows us to predict component failures before they occur, scheduling preventative maintenance during off-peak hours rather than reacting to breakdowns during a rush.