Easy Integration and Connection
Non-powered roller conveyors are easily integrated and can be readily combined with other conveying equipment or specialized machines to form complex logistics conveying systems.
This flexibility allows non-powered roller conveyors to meet diverse and multifaceted process requirements.
Stacking Conveying Function
Accumulating rollers can be used to achieve the stacking and conveying of materials, which is particularly suitable for materials requiring temporary storage or batch processing.
Stacking conveying improves the flexibility and efficiency of the logistics system.
Simple and Reliable Structure
The simple structural design of roller conveyors results in high reliability.
The simple structure also means easier and faster maintenance and upkeep, reducing operating costs.
Convenient Use and Maintenance
Due to their simple structure, daily maintenance and troubleshooting of non-powered roller conveyors are relatively easy.
This helps ensure continuous and stable operation of the equipment, reducing production losses caused by downtime for maintenance.
Various Sizes and Specifications
The internal width of roller conveyors can be customized according to customer needs to meet the requirements of different materials and processes.
The standard turning inner radius of the turning roller conveyor is available in various specifications, and other special specifications can also be adopted according to customer requirements.
The diameters of straight and turning rollers are also available in various options to ensure the adaptability and flexibility of the conveying system.
Diverse Frame Materials
The frame materials for non-powered roller conveyors include carbon steel with powder coating, stainless steel, and aluminum profiles.
Different materials have different corrosion resistance and load-bearing capacities, which can be selected according to the actual working environment and material characteristics.
High Adaptability
Non-powered roller conveyors can adapt to a variety of materials and conveying conditions, including materials of different weights, sizes, and shapes.
By adjusting parameters such as roller spacing, diameter, and taper, the conveying effect can be optimized to meet specific process requirements.
Curved Conveying Capability
The curved sections of the roller conveyor use conical rollers or double-row cylindrical rollers, enabling the conveying of items through curves.
This makes the application of non-powered roller conveyors possible in complex layouts and confined spaces.
