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XHC-CXCT
XHC
846599
This machine is mainly used to produce plywood, multi-layer board, LVL, floor substrate, craft furniture board, building film-coated board, container board, melamine ecological board, block board, etc. Change the traditional manual laying process, and realize the wholeness and automation of plywood laying.
After rotary cutting and drying, the length and thickness of the regular or irregular 1.0-4.0mm thick medium board (also known as core board, sandwich board) are completed through the fully automatic operation of this machine. , Thickness sorting, hole detection, trimming cutting, paint splicing, cutting to length, stacking and palletizing and other complete procedures, splicing into a whole medium plate with the required specifications and sizes.
Check the width of the veneers of different lengths after rotary cutting and drying. The staff puts the veneer into the board rack, and the automatic board input rack will send the veneer into the assembling machine, and the program will automatically detect the veneer specifications for subsequent processing.
The veneers of different lengths after rotary cutting and drying are sorted by thickness. The staff puts the veneer into the board rack, and the automatic board input rack will send the veneer into the panel machine. The program will carry out thickness sorting, and the areas that are too thick or too thin will be cut.
The growth process of logs is random, rarely close to a perfect circle shape, and many logs have defects such as nodules and wormholes. Therefore, the veneer after peeling will inevitably have holes. After the board enters the device, the system will also perform hole detection, and the area with too many holes will be cut off.
After completing the width detection, thickness sorting, and hole detection, the veneer is first cut to the edge. Trim all sides of the veneer for subsequent splicing.
The veneer after trimming is delivered to the glue line, and the glue line connects the veneer together. It is recommended to use high-quality glue line. High-quality glue line can ensure that the veneer is firmly spliced, the surface is flat, and it is not easy to fall off. In the case of customer needs, we can generally help with matching glue lines.
To make the veneer of the required size, it also needs to be cut to length. The 4-foot panel machine can produce 4*4-foot and 4*8-foot boards.
Stacking and palletizing can be adjusted according to customer requirements, 4 feet can store 2 pallets.
PLC microcomputer precise gap control and 0.5-second ultra-fast cooling technology ensure that the veneer after splicing has no overlap and no seam at the splicing, no bending, smooth and neat.
This design only needs one person to operate, and can produce 6 pieces of 4*8 feet whole board per minute, more than 3500 pieces per shift, which greatly improves the production efficiency and reduces the production cost. The plate production process is integrated, and the strength and overall quality of the plate are increased.
Dimension | 12.3m*4.3m*2.3m | ||
Total land area | 14.3m*6.3m | ||
Total power | 380v/24kw | Efficiency | 6-8 sheets/min |
Working thickness | 1-4.00mm | Out-feeding size | 4*4ft,4*8ft |
Air consumption | 320l/min |
This machine is mainly used to produce plywood, multi-layer board, LVL, floor substrate, craft furniture board, building film-coated board, container board, melamine ecological board, block board, etc. Change the traditional manual laying process, and realize the wholeness and automation of plywood laying.
After rotary cutting and drying, the length and thickness of the regular or irregular 1.0-4.0mm thick medium board (also known as core board, sandwich board) are completed through the fully automatic operation of this machine. , Thickness sorting, hole detection, trimming cutting, paint splicing, cutting to length, stacking and palletizing and other complete procedures, splicing into a whole medium plate with the required specifications and sizes.
Check the width of the veneers of different lengths after rotary cutting and drying. The staff puts the veneer into the board rack, and the automatic board input rack will send the veneer into the assembling machine, and the program will automatically detect the veneer specifications for subsequent processing.
The veneers of different lengths after rotary cutting and drying are sorted by thickness. The staff puts the veneer into the board rack, and the automatic board input rack will send the veneer into the panel machine. The program will carry out thickness sorting, and the areas that are too thick or too thin will be cut.
The growth process of logs is random, rarely close to a perfect circle shape, and many logs have defects such as nodules and wormholes. Therefore, the veneer after peeling will inevitably have holes. After the board enters the device, the system will also perform hole detection, and the area with too many holes will be cut off.
After completing the width detection, thickness sorting, and hole detection, the veneer is first cut to the edge. Trim all sides of the veneer for subsequent splicing.
The veneer after trimming is delivered to the glue line, and the glue line connects the veneer together. It is recommended to use high-quality glue line. High-quality glue line can ensure that the veneer is firmly spliced, the surface is flat, and it is not easy to fall off. In the case of customer needs, we can generally help with matching glue lines.
To make the veneer of the required size, it also needs to be cut to length. The 4-foot panel machine can produce 4*4-foot and 4*8-foot boards.
Stacking and palletizing can be adjusted according to customer requirements, 4 feet can store 2 pallets.
PLC microcomputer precise gap control and 0.5-second ultra-fast cooling technology ensure that the veneer after splicing has no overlap and no seam at the splicing, no bending, smooth and neat.
This design only needs one person to operate, and can produce 6 pieces of 4*8 feet whole board per minute, more than 3500 pieces per shift, which greatly improves the production efficiency and reduces the production cost. The plate production process is integrated, and the strength and overall quality of the plate are increased.
Dimension | 12.3m*4.3m*2.3m | ||
Total land area | 14.3m*6.3m | ||
Total power | 380v/24kw | Efficiency | 6-8 sheets/min |
Working thickness | 1-4.00mm | Out-feeding size | 4*4ft,4*8ft |
Air consumption | 320l/min |