Vertical Circular Conveyor

Vertical closed-loop path

The overall structure consists of a vertical lifting section, a top curved turning section, a vertical descending section, and a bottom curved turning section, forming a "vertical closed-loop". The material is transported upwards along the vertical track to the top, then turned by the curved section and transported downwards along the other side of the track. Finally, it returns to the starting point through the bottom curved section, completing the cycle. The path shape may be a vertical projection of a circle, ellipse, or square, but the core is "up and down reciprocating+closed-loop loop".

Drive and transmission system

usually using chains, synchronous belts, screws or gear racks as transmission media, driven by motors to drive the driving wheels/sprockets or drive screws, driving the load-bearing components (such as pallets, baskets, and tooling racks) to move along vertical tracks. The turning section achieves smooth turning of materials at the top and bottom through arc-shaped guide rails, turning gears, or rotating mechanisms, avoiding jamming or falling.

Guidance and safety design

The vertical track needs to be equipped with precision guidance components (such as sliders and rollers) to ensure that the load-bearing components do not deviate. At the same time, safety mechanisms such as limit switches, anti fall devices, and emergency stop buttons should be installed, especially for heavy-duty or high-altitude conveying scenarios, to ensure operational safety.

High utilization rate of three-dimensional space

By extending the conveying operation from flat to three-dimensional space through a vertical circulation path, the ground area is greatly saved, especially suitable for scenarios where the factory height is abundant but the ground space is limited (such as small workshops and multi story warehouses).

Flexible connection of multi height workstations

Different heights of the vertical track can correspond to different operating workstations (such as high-rise assembly, middle-level inspection, and bottom level cutting). Materials pass through each height workstation in a cycle, and automatic flow across floors or heights can be completed without manual handling.

Strong adaptability to load and scene

Depending on the transmission mode, it can transport light parts (such as electronic components), medium goods (such as cardboard boxes, material boxes), and even heavy equipment (such as mechanical components), and can achieve precise stopping by adjusting track height, speed, or installing positioning devices.

Continuity and closed-loop efficiency

The closed-loop design ensures that materials can circulate continuously until all processes are completed, avoiding the "one-way waiting" problem of traditional vertical conveyors (such as elevators) and improving overall circulation efficiency.

Vertical Circular Conveyor

Multi story factory production

In two or more story workshops, the bottom processed parts are transported to the high-rise assembly station through a vertical circular conveyor, and then recycled back to the bottom packaging to achieve cross floor process connection, replacing elevators or manual handling.

Storage and caching

In a three-dimensional warehouse, it is used for vertical circulation caching of goods, temporarily storing boxes of different heights through vertical paths, waiting for outbound instructions, and improving warehouse space utilization.

Food and pharmaceutical industry

In clean workshops, stainless steel vertical circular conveyors are used to transport packaged food or drugs, which pass through different height equipment workstations such as sterilization, cooling, and labeling through vertical circulation, reducing ground occupation.

Electronics and Light Industry

Used for automated inspection or assembly of small parts, such as arranging multiple inspection cameras on a vertical track (corresponding to different inspection angles at different heights), and completing all-round inspection of parts in a cycle to improve efficiency.

Display and sorting

In logistics sorting centers or retail scenarios, goods are displayed or temporarily stored in a circular vertical conveyor, such as the vertical circulation of express packages waiting for sorting, or the dynamic display and transportation of shopping mall products.