The working principle of a single board collector is usually to remove the single board from the production line through a conveyor belt or a mechanical arm and stack or sort it according to certain rules. Some single board collectors may also be equipped with an automated control system that can operate according to preset parameters to improve the efficiency and accuracy of collecting boards.

Structural features

Conveying device: used to convey the single board from the production line to the working area of the collector. The conveying device can be in the form of a conveyor belt, roller or chain, and its speed and direction can be adjusted as needed.

Stacking device: used to stack the single board according to certain rules. The stacking device can be in the form of a mechanical arm, a suction cup or a clamp, and its action can be programmed and controlled as needed.

Control system: used to control the operation and operation of the single board collector. The control system can be in the form of a PLC, a single chip microcomputer or a computer, and its functions include parameter setting, operation monitoring, fault alarm, etc.

Rack and housing: used to support and protect the various components of the single board collector. The rack and housing are usually made of materials such as steel or aluminum alloy, and their structural strength and stability can meet the operating requirements of the equipment.

Application areas

Wood processing industry: used to collect and sort veneers produced by peeling machines, slicers and other equipment for subsequent processing and treatment.

Other industries: It can also be used in furniture manufacturing, architectural decoration, automobile manufacturing and other industries to collect and sort various types of veneers.

Advantages

Improve production efficiency: It can automatically complete the collection and sorting of veneers, greatly improve production efficiency and reduce labor costs.

Ensure the quality of veneers: It can automatically stack and sort according to the set grade, avoid collision and friction between veneers, and ensure the quality of veneers.

Reducing labor intensity: It reduces the links of manual operation, reduces the labor intensity of workers, and improves the safety of the working environment.

Improve the degree of automation of production: It is an important part of production automation, and can be linked with other production equipment to improve the degree of automation and intelligence of production.