Shuangqi Telescopic Belt Conveyor - Efficient Logistics Conveyor Solution
The Shuangqi telescopic belt conveyor is an efficient conveying equipment designed specifically for the modern logistics industry. With its core advantages of flexible extension, large load capacity, high stability, and customized services, it is widely used in scenarios such as express sorting, warehousing loading and unloading, and production line transportation, helping enterprises improve logistics efficiency and reduce labor costs.
Core advantages
1. Efficient scalability and flexible adaptation
Free adjustment of length: The body can be flexibly extended and retracted (such as 6-20 meters adjustable), adapting to different loading and unloading distance requirements and reducing equipment movement frequency.
Quick scene switching: One click control of extension and lifting, seamless integration with trucks, shelves, or sorting lines, improving site utilization.
2. Heavy load&high rigidity fuselage
Super Load Capacity: Equipped with reinforced steel structure frame and high torque drive system, the single machine can carry up to 500kg-1800kg, and stably transport large cargo (such as household appliances, building materials, and container packages).
Anti impact design: The belt material is wear-resistant and anti slip, and the dynamic balance of the body is optimized to maintain low vibration and low noise even during high-speed operation.
3. Customized services to accurately match needs
Width customization: The belt width can be selected from 600mm-1000mm, suitable for different sizes of goods (such as small packages or carton goods).
Function extension: angle adjustment can be selected, seamlessly integrating with the intelligent logistics system.
4. Intelligent control&energy conservation and environmental protection
Automated operation: Supports PLC/touch screen control, linked with WMS system to achieve unmanned conveying.
Low energy consumption design: high-efficiency motor+variable frequency speed regulation technology, reducing energy consumption by 30% compared to traditional equipment.
