Automation Racking System Shuttle Warehouse High Tech Shelving Radio Shuttle Pallet Racking

HUAYIDE Radio Shuttle Pallet Rack System is a semi-automated system conjunction with forklift trucks for storage of goods with low variety but high volumes per SKU. This system is highly recommended in manufacturing businesses, especially those fast moving consumer goods, food, beverage and cold chain industries.

Upright frame connected by supported beams. Overcome the instability of driving in/thru structure.

Length with 50m or even longer in the same lane.  80% space efficiency

Load / unload faster 60% than drive in

No forklift drive into the lane 

Multiple SKU's in the same bay
 

HUADE Radio Shuttle Specification:

	Item		Basic Parameters
	Applicable Pallet Size		1×1.2m, 1.1×1.2m, 1.2×1.2m
	Loading Capacity		1000kg / 1500kg
	Driving	Speed	Empty Speed: 50m/min   Full Load: 40m/min
		Acceleration	≤0.3m/s²
		Motor	Brush servo motor  24VDC 650W
		Servo Drive	AB50A100
	Lifting	Hoisting Height	40mm
		Motor	Brush motor  24VDC370W
	Position Method / Accuracy		Driving: Photoelectric sensor
			Pallet positioning: Photoelectric sensor
			Lift positioning: Proximity switch
	Power Supply		Lithium iron phosphate power battery
	Battery		24V, 55A, using time 8H,charging time 4h,  Charging time:1000

	Remote Controller
	Multi function Multi language Resistant up to -30ºC

HUADE Radio Shuttle Rack VS Drive In Rack:

Advantages of the Pallet Shuttle system

Time savings and productivity gains: the shuttle executes orders speedily, and the forklift operates in the aisle without entering the racking. This shortens loading/unloading times and raises the number of cycles/hour.

Space savings: storage channels can exceed 60 m in depth, while clearances between levels are minimal, increasing storage capacity.

Cost savings: the optimal use of space reduces the system's footprint, thus keeping down land costs. And in cold storage warehouses, this means less surface area to be cooled, resulting in lower energy consumption.

Multiple SKUs: grouping SKUs by channels as opposed to complete lanes allows for greater product diversity in the storage system.

Compatible with LIFO and FIFO: the system can operate in line with the LIFO (last in, first out) or FIFO (first in, first out) inventory management strategies.

Easy to use: all system functions are activated from the control tablet, which is equipped with an intuitive user interface.

Safety: as the forklifts do not operate inside the racking, the metal structure remains free from damage, and the risk of accidents is minimized.

Q. What we do ?

Pallet Type Automated Storage and Retrieval System (Unitload AS/RS)
Box/ Container/ Crate/ Case Type Automated Storage and Retrieval System (Miniload AS/RS)
Shuttle Storage & Sequencing system
Rack-supported building type AS/RS
Semi-automated Radio Shuttle System
Electrical Mobile Racking System
Floor conveying & sortation system
Automatic Truck/Trailer Loading System

In HUAYIDE, you'll get turnkey solutions for engineering & consulting , design & manufacturing, implementation & training, commissioning & after-sale service. With the best throughput capacity to really in-house all your warehousing requirements, grow your business in a cost effective way.

Q. Why choose us?
Complete mastery of the process
Self-developed, engineered, produced and installed;

Very competitive pricing
Manufacturing in Asia save you up to 50%!
Integrated by us save you up to 25% more!

Successful cases backup
Projects in various industries ready for you to visit;
We upgrade on existing successful experience;

High-efficient
Instant communication are available 24/7/365;
Solutions for RFQ shall be obtainable within 36 hours;

Professional team work
We care and carry out your every single requirement;
We trained our engineers to speak English;

Reliable & Flexible
We study your market local regulations to comply with;
Credible backup documents for your evaluation;

Q. How we work?

Step 1  Define
HUAYIDE Solutions' engineers work with project stakeholders to determine project objectives

Step 2  Measure
Information is collected to help our engineers better understand your business.

Step 3  Analyze
Analyze data from your operating systems and create models that predict future states

Step 4  Design
Analyze data from your operating systems and create models that predict future states.

Step 5  Validate
System costs are estimated and a complete analysis is done to determine feasibility of each alternative.

Step 6  Client Presentation
Client is given final presentation of costs and best solution.