Unmanned Warehouse System using Geek+ P800

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Unmanned Warehouse System using Geek+ P800

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Application Field: Industry > Logistics, Application > Logistics, Sector > Logistics

Industry > LogisticsApplication > LogisticsSector > Logistics

This application case features an unmanned warehouse system utilizing the Geek+ P800 picking robot. By distinguishing between long-term storage items and high-frequency goods, the system implements an intelligent warehouse management model that enhances customer accessibility and convenience. This solution maximizes space utilization by storing a high volume of goods within a compact footprint.

Components

Robot	Robot: Geek+ P800 Max Payload: 1,000kg Speed: 2.0m/s (Empty) / 1.6m/s (Full load) Navigation: Inertial Sensor + QR Code Dimensions: L1090 x W830 x H275 mm / Weight: 195kg Lifting Height: 60mm / Stop Accuracy: ±10mm Efficiency: 2–3 hours of operation with a 10-minute charge. Operating Temp: -20°C to 50°C.

Workflow

STEP 1.	[Storage Process]
STEP 2.	Storage Request: A request to store items is initiated by the user or system.
STEP 3.	Retrieval: The robot navigates to the specific rack designated for storage.
STEP 4.	Transport: The robot lifts the rack and moves it to the input (inbound) position.
STEP 5.	Loading: Items are placed onto the rack.
STEP 6.	Stowage: The robot transports the rack to its optimal storage location. [Retrieval Process]
STEP 7.	Pickup Request: A request to retrieve stored items is received.
STEP 8.	Targeting: The robot identifies and navigates to the corresponding rack.
STEP 9.	Transport: The robot lifts the rack and carries it to the pickup (outbound) zone.
STEP 10.	Collection: The specific items are picked from the rack.
STEP 11.	Return: The robot returns the rack to its designated storage area.

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Features

Exceptional Performance & Maximized Space Utilization

Compact Efficiency: Build a high-performance unmanned warehouse system even within limited or high-density footprints.
Dynamic Layout Optimization: Automatically reconfigures storage locations based on usage frequency to minimize customer wait times for item retrieval.
Heavy-Duty Handling: Robustly transports heavy loads and bulky storage units up to 1,000kg.

Minimized Investment & Operational Excellence

RaaS (Robots-as-a-Service) Model: Minimizes initial CAPEX while maximizing uptime through professional maintenance and a service-oriented operational model.
Massive Fleet Coordination: Proven technology capable of managing and optimizing complex movements for fleets of over 100 units simultaneously.
24/7 Productivity: Automated self-charging ensures non-stop, day-and-night operation without human supervision.

High Stability and Global Reliability

Proven Track Record: Reliability is guaranteed by a global installation base of over 10,000 units, ensuring stable hardware and software performance.

Results

Key Benefits	24/7 Unmanned Operation: Full automation allows the warehouse to remain accessible and operational around the clock. Time Efficiency: Drastic reduction in lead times for both item input (stowage) and pickup (retrieval).
Client Feedback	By implementing the Geek+ solution, we increased our storage capacity by over 30% and significantly shortened the time required for both depositing and picking up items.

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