Four Way Shuttle Car Automatic Warehouse Custom Original Saves Labor and Space Using Efficient

Still deciding? Get samples of $ !
Request Sample

Product Description

Basic Specifications

Model NO.
NDCS11-0.9-1.0
Type
Shuttle Robot
Pallet Size
1*1.2 or Customized
Warehouse Type
Existing or New Build
Shuttle Weight
280-290kg
Lifting Type
Mechanical
Motor Power
1000W
HS Code
8428902000

Product Description

Our Four Way Pallet Shuttle technology offers extreme flexibility and expansion in fully automatic pallet storage and retrieval systems. This third-generation shuttle is faster, thinner, and more accurate, providing a mature solution for high-density, multi-depth pallet warehouse storing.

Four Way Shuttle Car
ITEM Shuttle Body (L*W*H) Pallet Dimension
Standard Dimensions 1100L*980W*150Hmm 1200W*1000D
Loading Capacity 1000kg -
Power Supply Lithium battery, 48V ≥8H Continuous work
Driving Speed 1.5m/s (empty) / 1.0m/s (load) -
Addressing Laser, ±2mm -

The system components are designed to ensure compatibility and long useful life. The ASRS solution is defined by advanced WMS & WCS software, realizing dynamic management of stored items and real-time data transmission with ERP systems.

Components WMS Interface

Applications & Systems

Application 1 Application 2 Application 3
Application 4 Application 5

Main Racking Infrastructure

Main Racking

Shuttle Family Portfolio

Family 1 Family 2
Family 3 Family 4 Family 5
Details 1 Details 2

Frequently Asked Questions

What types of automated systems are available?
We provide Unitload AS/RS (pallet type), Miniload AS/RS (box/container type), Shuttle Storage & Sequencing systems, Rack-supported buildings, and Electrical Mobile Racking.
What is the advantage of a 4-way shuttle system?
It allows access to multiple deep pallets at any level, requires a smaller building footprint, and offers higher flexibility compared to traditional stacker cranes.
How long does the battery last?
The lithium battery supports ≥8 hours of continuous work with a fast charging time of approximately 1.5 to 2 hours.
What is the accuracy of the shuttle's positioning?
The system uses laser addressing to achieve a positioning accuracy of ±2mm.
What is the typical project implementation process?
The process involves 6 steps: Define objectives, Measure data, Analyze requirements, Design the model, Validate feasibility, and final Client Presentation.
What kind of software manages the system?
The system is managed by integrated WMS (Warehouse Management System) and WCS (Warehouse Control System) that synchronize with ERP for real-time inventory tracking.

Related Products