High Efficiency Flat Belt Conveyor System 3000MM 6000MM For Logistics

High Efficiency Conveyor Belt System For Warehouse Logistics Up To 120 M/Min Speed

Product Overview

This belt conveyor system is a practical continuous conveying solution designed for warehouse logistics, automated storage support transfer, and industrial material handling applications. It is mainly used for cartons, parcels, totes, and other regularly shaped goods with defined bottom support. The equipment can be used as a main logistics conveyor, a buffer section, a workstation connection line, or an inbound, outbound, and intermediate transfer unit in automated storage-related systems.

From a specification perspective, the conveyor provides a maximum speed of 120 m/min, a dynamic surface load capacity of 60 kg/m², and a static surface load capacity of 150 kg/m², making it suitable for continuous transfer of light-duty to medium-light-duty regular goods. The frame is made from high-quality branded carbon steel plate with a thickness of ≥3.0 mm, and conveyor lengths are available in 3000 / 6000 / 9000 / 12000 / 15000 / 18000 mm. Different belt and motor configurations can be selected according to site type, ambient temperature, and equipment area to match different project conditions.

For warehouse logistics projects, this type of belt conveyor can handle basic transfer tasks and can also be integrated with scanning, sorting, buffering, packing, and shipping workstations as part of a modular conveying system. For applications that require relatively fast conveyor rhythm, continuous transfer, and system compatibility, this equipment offers practical engineering value.

Application Background

In warehouse logistics and automated storage-related conveying systems, regular goods usually require the following:

• a continuous conveying surface suitable for stable movement of loads with defined bottom support
• conveying speed matched to buffering, sorting, packing, and shipping rhythm
• a structure suitable for continuous operation and longer straight transfer sections
• connection with storage-related interfaces, buffer zones, and operating stations
• belt and drive options adaptable to normal-temperature and low-temperature conditions

For cartons, parcels, totes, and other regularly shaped goods, a belt conveyor provides a continuous and stable conveying surface. For this reason, it is widely used in logistics centers, e-commerce warehouses, automated storage auxiliary transfer lines, and industrial material handling systems.

Technical Solution

This model is mainly composed of a frame, conveyor belt, drive unit, support structure, and basic protection components. During operation, the motor drives the pulley and belt loop, allowing goods to move continuously along the conveying direction.

Transmission Features

• continuous belt conveying structure for horizontal transfer of regular goods
• maximum conveying speed of 120 m/min for higher-throughput warehouse logistics applications
• dynamic surface load capacity of 60 kg/m² and static surface load capacity of 150 kg/m²
• maximum inclination angle of ≤17° under normal temperature conditions
• maximum inclination angle of ≤14° under cold-environment conditions
• frame thickness of ≥3.0 mm made from high-quality branded carbon steel plate
• belt option selected according to site type
• motor option selected according to equipment area and ambient temperature

Application Boundary

This page refers to a belt conveyor mainly used in warehouse logistics and automated storage-related conveying applications for cartons, parcels, totes, and other light-duty to medium-light-duty regular goods.

If a project involves heavy pallets, high concentrated loads, sharp-bottom loads, or strong impact loads, belt material, support structure, and surface load compatibility should be confirmed separately.

If the site involves food contact, pharmaceutical hygiene requirements, oil contamination, high temperature, or special low-temperature conditions, the belt material and drive configuration should be selected according to the actual operating environment.

Specifications

Specification Notes

• 120 m/min maximum speed: suitable for warehouse logistics main lines, buffer transfer, and automated storage support sections.
• 60 kg/m² dynamic surface load: suitable for continuous transfer of light-duty to medium-light-duty regular goods.
• 150 kg/m² static surface load: suitable for short-term accumulation or temporary stationary loading.
• ≤17° / ≤14° inclination capability: suitable for inclined conveying under certain layout conditions, with lower angle capability in cold environments.
• belt and motor selected by working condition: helps match operating area, ambient temperature, and material characteristics.

Applications

Warehouse Logistics Systems
Used for continuous transfer and zone connection of cartons, parcels, and regular goods in warehouse centers.

Automated Storage Systems
Suitable for inbound, buffering, sorting connection, and outbound support sections.

E-commerce Warehouse Centers
Suitable for movement of order boxes, parcels, and totes between different operating areas.

Industrial Production Lines
Used for continuous transfer and process connection between workstations.

Sorting and Packing Areas
Can be used as a main conveyor line or as transfer conveyor sections before and after sorting or packing operations.

System Integration
This belt conveyor system is commonly used as a standard module in warehouse logistics and automated storage transfer systems and can be integrated with:

• scanning equipment
• sorting equipment
• buffer conveyor sections
• packing stations
• shipping stations
• other belt or roller conveyor units

In most projects, this equipment is not used as a standalone machine, but as a standard conveying module within a continuous conveyor workflow.

Advantages

1. Suitable for Higher-Rhythm Warehouse Conveying
A maximum speed of 120 m/min makes it suitable for warehouse logistics applications with relatively fast transfer rhythm.

2. Defined Continuous Conveying Capability
It supports continuous transfer of cartons, parcels, totes, and other regular goods, helping maintain logistics flow continuity.

3. Straightforward Structure and Practical Maintenance
Its structural composition is relatively clear for installation, routine inspection, and maintenance.

4. Adaptable to Different Site Conditions
Different belt and motor configurations can be selected according to site type, ambient temperature, and equipment area.

5. Easy System Integration
It can be integrated with scanning, sorting, packing, buffering, and shipping operations to support complete conveyor workflows.

How to Select

1. Confirm Suitability by Material Type
It is suitable for cartons, parcels, totes, and other regular goods, and is not intended as a direct heavy pallet conveyor.

2. Confirm Capability by Load Form
The specified values are 60 kg/m² dynamic surface load and 150 kg/m² static surface load, so distributed or near-distributed loading conditions should be checked.

3. Confirm Configuration by Incline and Environment
If inclined conveying is required, suitability under normal or cold conditions should be checked against ≤17° or ≤14° respectively.

4. Confirm Belt and Motor by Operating Conditions
Ambient temperature, operating area, material characteristics, and system rhythm affect the selection of belt material and drive configuration.

FAQ

1. Is this belt conveyor suitable for warehouse logistics systems?
Yes. It is suitable for continuous material transfer, buffering, intermediate handling, and shipping operations in warehouse logistics systems.

2. What is the maximum operating speed of this equipment?
The maximum conveying speed is 120 m/min.

3. What is the load capacity of this conveyor?
The dynamic surface load capacity is 60 kg/m², and the static surface load capacity is 150 kg/m².

4. What types of materials can this conveyor handle?
It is suitable for cartons, parcels, totes, and other regularly shaped goods.

5. Can the equipment adapt to different operating conditions?
Yes. Different belt and motor options can be selected according to site type and ambient temperature.