Unmanned Warehouse System using Geek+ P800

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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Key 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.

Implementation Results

ROI Period	24 months
Key Metrics	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.

※ The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

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The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

※ The content provided by Marosol is protected under U.S. and Canadian copyright and intellectual property laws. Unauthorized reproduction, distribution, or use of this content is strictly prohibited.

Components

Workflow

Key Features

Implementation Results

Unmanned Warehouse System using Geek+ P800

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