Chain Drive Circular Conveyor

Chain Drive System

The active sprocket is driven by a motor to drive the closed chain to circulate along a predetermined circular track. Pallets, fixtures, or conveyor attachments are usually installed on the chain to carry and transport materials.

Circular track design

The track is circular, semi-circular, or arc-shaped, and the chain runs along the inner or upper side of the track, allowing materials to flow along a curved path, achieving turning, circular conveying, or multi station connection.

Modular structure

The components such as tracks, chains, drive units, and tensioning devices are mostly designed in a modular manner, which can adjust the ring diameter, conveying speed, or load capacity according to demand. They can also be combined with linear conveyors, lifting mechanisms, etc. to form complex logistics systems.

High load capacity

The structural strength of chain transmission is relatively high, suitable for conveying heavy components (such as automotive parts, mechanical parts) or batches of materials, and its load-bearing capacity is usually better than that of belt driven circular conveyors.

Strong stability

The meshing transmission accuracy between the chain and sprocket is high, not easy to slip, and can ensure accurate positioning of materials in the circular path, suitable for scenarios with high requirements for conveying stability (such as docking at workstations on assembly lines).

Suitable for harsh environments

Chain materials (such as stainless steel, high-strength alloys) are wear-resistant and oil resistant, and can operate for a long time in industrial environments such as dust, slight corrosion, or high and low temperatures. Maintenance is relatively simple.

Customizable

By adjusting the chain pitch, track curvature, and accessory types (such as baffles and positioning pins), it can adapt to different shapes and sizes of material conveying needs.

Chain Drive Circular Conveyor

Automobile manufacturing industry

Transporting heavy parts such as body frames and engine components on circular assembly lines, connecting welding, painting, assembly and other workstations.

Mechanical processing

cyclically conveying workpieces to different processing equipment (such as lathes, milling machines) to achieve automated production flow.

Logistics warehousing

Transfer packages or cargo boxes in a circular sorting system, and cooperate with scanning and sorting mechanisms to complete classification operations.

Food processing (specific scenario)

Using food grade stainless steel chains to transport packaged food in a circular path, completing labeling, testing, and other processes.