High efficiency woodworking surface wood polishing machine

1. Mechanical characteristics:

1) Stirring cage recovery system: High-pressure air jets attack the workpiece surface, causing sand grains to fall into storage by gravity. The sand tank and stirring cage sand and dust conveyance system gather and transport them to the sand and dust separation system for recycling, increasing the use rate of contrast sand particles.

2) Sand and dust separation system: Dust is generated during the grinding process when various abrasives come into touch with one another. The separation system's primary duty is to successfully separate and discharge dust from the recovered sand-dust mixture, while also recycling usable sand grains. This cycle repeats until the entire useful product has been consumed.

3) An independent lifting control and adjustment system comprises a rotating angles according to the thickness of the workpiece, ensuring an optimal fit between the spray gun and machined parts within a range of 650mm for optimal sandblasting grinding.

Comparative advantages:

1. The rapid adjustment feature facilitates seamless conversion between production products, ensuring optimal sanding results.

2. It efficiently conserves air source, reduces working pressure, and minimizes power consumption of the air compressor.

3. The double polishing special-shaped sand roller significantly enhances sanding effectiveness while reducing manual grinding workload.

4. The belt conveyor system utilizes a perforated belt conveying system for irregular or small workpieces, resulting in smoother conveyance, wider application range, complete recovery cycle of sand grains, and reduced accumulation of waste material.

5. The air knife dust removal system consists of three air knives, two special-shaped sand rollers, and an independent lifting pressing system that effectively eliminates dust from cavities to achieve excellent results.

6. The PLC touch screen man-machine interface provides a user-friendly touch screen interface for easy operation.

 5. Description of mechanical parameters: