| Customization: | Available |
|---|---|
| After-sales Service: | All Time |
| Warranty: | 2 Years |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
|
Step1: Wood Feeding System
Used to transport logs to the peeling machine. 
|
Step2: Debarking Machine
Used to peel logs into thin slices or veneers.
|
| In the wood industry, veneer stripping is a method used to remove coatings from the surface of wooden boards. This process is very important for the reuse of wooden boards or the application of new coatings on them. While performing this process with traditional methods can be time-consuming and troublesome, automatic veneer peeling machine lines make this process faster and easier. |
| Automatic veneer peeling machine lines consist of modern machines that perform the veneer peeling process efficiently. These lines gently remove the coatings on wooden boards without damaging the structure of the board. In this way, the wooden boards obtained as a result of the veneer peeling process are of high quality and ready for use. |
| These automated lines consist of a series of processes. First, the wooden boards are placed on the feeding belt and transported to the machine. Then, the veneer stripping process begins. The machine's cutting blades separate the veneer from the sheet. This process is performed precisely and ensures complete removal of the coating. |
| Automatic veneer peeling machine lines work quickly and effectively. These lines consist of machines that can operate with high efficiency and perform fast operations. In this way, businesses in the wood industry can speed up their production processes and increase their efficiency. |
| Additionally, automatic veneer peeling machine lines also reduce labor costs. When veneer stripping is carried out manually using traditional methods, more workers are needed for this process. However, thanks to automated lines, fewer workers are needed to perform this process and businesses can reduce their costs. |
| As a result, automatic veneer stripping machine lines provide a great advantage for businesses in the wood industry. These lines perform the coating stripping process quickly, effectively and precisely, while increasing the efficiency of businesses and reducing their costs. In order to reuse wooden boards or apply new coatings on them, automatic veneer peeling machine lines should be preferred. |
| Linear Guides: 1. to ensure the precision and stability of the cutting action 2. to achieve precise cutting of the wood surface, improving production efficiency, and product quality. |
Oil immersed screw: 1. provides lubricating oil during wood processing to reduce friction between the wood and rotating cutting tools 2. minimizing wear and dissipating heat to prevent the wood from overheating 3. to enhance the efficiency of the peeling machine and prolong the lifespan of the equipment. |
| Oil immersed screw: 1. provides lubricating oil during wood processing to reduce friction between the wood and rotating cutting tools 2. minimizing wear and dissipating heat to prevent the wood from overheating 3. to enhance the efficiency of the peeling machine and prolong the lifespan of the equipment. |
Wood Lathe CNC: 1. control the movement of the wood under the rotating cutting tools, achieving precise peeling processing. 2. automatically adjust the speed and feed rate of the wood, ensuring the stability and accuracy of the cutting process. 3. perform complex wood processing operations, enhancing production efficiency and product quality. |
| Infeeder Servo Motor: 1. control the feeding process of the wood, ensuring that the wood is accurately fed into the peeling machine at the set speed and position. 2. adjust the feeding speed and position of the wood to meet the requirements of the peeling machine's operation. |
Automatic oil pump lubrication: 1. provide lubricating oil to the key components of the machine, reducing friction and wear, and extending the machine's lifespan, 2. ensures a continuous supply of lubricating oil to the moving parts and bearings of the machine during operation 3. maintain their optimal working condition and reducing maintenance requirements and failure rates. |
){kind=link}