Heavy-duty intelligent flexible palletizing system with high load capacity, suitable for various working scenarios

Product Description
The heavy-duty intelligent flexible strip logistics rack system is a high-performance material flow and storage equipment. It adopts a reinforced long-strip aluminum profile structure and high-density flexible strip design, specifically designed for large-scale and high-frequency material turnover. Through optimizing the inclination angle of the track and the multi-layer independent design, it achieves efficient and smooth automatic material sliding, and is particularly suitable for modern intelligent factories.

Product features

Thickened high-strength aluminum profile frame, with strong overall rigidity
Multiple layers of high-density smooth strips, equipped with front buffer baffle and locking device
Each layer of track can be adjusted for inclination angle to ensure smooth flow of materials of different weights
Heavy-duty swivel wheels + fixed base feet combination, with flexible movement and stable positioning
Reserved label slots and sensor installation positions for easy intelligent upgrade
Fully open visual design, facilitating quick material retrieval and inventory checking

Product Advantages
Strong load-bearing capacity: Suitable for heavier turnover boxes and large quantities of materials
More smooth flow: Optimized design reduces jamming and stacking phenomena
Good safety protection: Buffer device effectively prevents materials from sliding
Extremely expandable: Easy to integrate electronic tags, scanning systems and MES connection
Space optimization: Long and multi-layer design, maximizing the utilization of workshop space

Application scenario

High-efficiency material supply for large-scale SMT, automotive electronics, and new energy production lines
High-frequency turnover in 3C electronic product assembly workshops
Heavy-duty shelf systems in logistics centers and sorting warehouses
Precision manufacturing fields requiring strict FIFO management and high throughput