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A veneer splicing machine is a specialized machine used in the woodworking industry to splice or join thin veneers together to create larger, more continuous veneers. The veneer is that the wood is peeled into a thin layer of wood, and the composer machine can cut and splice different lengths or widths into standard sizes. The splicing size of the splicer machine is generally 1300*2500mm, and the thickness can be less than 60mm or less than 150mm depending on the model. Often processed into furniture boards, construction boards, used in construction, furniture, cabinetry and other carpentry applications.
The high-frequency composer machine is composed of five parts: the main unit of the veneer composer machine, the high-frequency generator, the hydraulic station, the feeder, the discharge table, and the control system. Choosing to use PLC for control can meet the requirements of high degree of automation, simple and convenient operation, low labor intensity, short splicing cycle, and labor saving.
Veneer splicing machines include manual, semi-automatic and fully automatic models. Some machines are designed to handle large volumes of veneer and can cut several sheets at a time, while others are better suited for smaller projects.
The upper belt and the lower rollers of the automatic board collecting system are clamped and conveyed, and the positioning is opened to collect the middle boards evenly after splicing. The speed is fast, light and silent.
The cooling pressure line device can make the thread containing hot melt stick to the veneer flatly, and it is cooled rapidly by the cooling system, so that the spliced veneer will not stick up and down because the thread glued place is not cooled. The veneer splicer machine is started synchronously by the synchronous drive system. The small veneer splicer machine ensures that the veneer is spliced and bonded (to reduce overlap) and the seam can be adjusted by 0~1.5mm according to the thickness of the board and the actual needs. .The horizontal splicing and pressing force is sufficiently uniform, and the clamping force is moderate to effectively ensure the flatness and firmness of the panel and ensure the quality of the panel.
A veneer splicing machine works by cutting wood veneer into strips of a certain width, and then splicing them together using a variety of methods, such as overlapping, scarfing, or butt joining. The splicing process produces a strong, continuous veneer that can be used in a variety of carpentry projects and is ideal for splicing panels and composite wood edge banding.
Narrow wood inevitably appears in woodworking processing, and the wood is damaged. The veneer splicing machine can splice the narrow wood into a specified size or cut the defects of the wood. Greatly improve the comprehensive utilization rate of wood and reduce the waste of resources.
It can remove all natural defects such as knots, mildew and decay, improve the material selection rate, significantly improve the stability of material properties, good physical and mechanical properties, and ensure the quality of furniture to the greatest extent.
The middle board splicing machine is an automatic equipment that cuts different tree species (poplar, eucalyptus, birch, etc.) out of a certain thickness of the middle board (single board) by a rotary cutter, and splices them into a specified size. After continuous improvement and technological innovation, it has gradually developed from the initial horizontal splicing machine to a medium-panel splicing machine with three functions: horizontal splicing, vertical splicing, and tooth splicing.
The horizontal splicing machine is a splicing machine that splices the middle plates horizontally. Its operating process is: feeding, calibration, flattening, trimming, gluing, crimping, and automatic palletizing at one time. This product is a new and improved equipment developed on the basis of traditional jigsaw equipment, combined with the variety, size and flatness of existing domestic plywood raw materials. The pinch transmission and the guillotine are all controlled by servo motors, and the PLC coding program realizes the full automatic control of the machine, improves the phenomenon of stuck boards, overlaps, glue lines and wheels in the splicing process, and is operated by a single person. 3.2MM middle plate.
The vertical splicing machine is a splicing machine that splices the middle plates vertically. It adds a steering mechanism to the middle plate of a certain specification and size assembled by the horizontal splicing machine to realize vertical correction, flattening, gluing, crimping, and automatic palletizing at one time. The vertical pinch and guillotine are also driven by servo motors, the transmission is precise and stable, and the speed is fast. It is operated by one person and splices the middle plate with a thickness of 1.5-2.2MM.
The veneer splicing machine and the continuous splicing machine are splicing machines that cut out the teeth of the middle plate and then splice the teeth. It adds a steering mechanism to the middle plate of a certain specification and size assembled by the horizontal splicing machine to realize vertical correction, tooth punching, gluing, tooth alignment, pressing and cooling, and automatic palletizing at one time. The veneer splicing joining machine greatly reduces the phenomenon of overlapping splicing.
The tooth joint knife is made of high-strength mold steel, and the pinch guillotine is all driven by servo motors, which is stable and efficient, and can be operated by one person to splice the middle plate with a thickness of 1.5-2.2MM.
The veneer splicer machine is an important mechanical equipment for panel processing. Only the veneer splicer machine with the following functions can better meet the current needs of panel processing.
1. Finishing frame
The production of the veneer splicer machine adopts a refined frame structure to ensure its rigidity. This is one of the first conditions in the plate processing process, only in this way can the stability and service life of the equipment be guaranteed.
2. The longer the core board is stored inside the machine, the better the heating effect will be. When the small veneer splicer machine is pressed, the time will be shorter and the efficiency will be relatively high.
Only with the above requirements can the surface of the board processed by the veneer splicer machine be smoother, the effect of hiding the gap will be better, and the yield rate will be relatively higher.
Total land area(conventional) | 13m*11m*3.5m | ||
Total motor power | Tooth splicer 30.7kw+cross splicer/receiver 25kw | Efficiency | 4.5/min,5.5/min |
Cooling system | 2p | Working thickness | 1.7-3m |
Feeding board size | 3ft,4ft | Out-feeding size | 3*6ft,4*8ft |
Air consumption | 1300L/min | ||
A veneer splicing machine is a specialized machine used in the woodworking industry to splice or join thin veneers together to create larger, more continuous veneers. The veneer is that the wood is peeled into a thin layer of wood, and the composer machine can cut and splice different lengths or widths into standard sizes. The splicing size of the splicer machine is generally 1300*2500mm, and the thickness can be less than 60mm or less than 150mm depending on the model. Often processed into furniture boards, construction boards, used in construction, furniture, cabinetry and other carpentry applications.
The high-frequency composer machine is composed of five parts: the main unit of the veneer composer machine, the high-frequency generator, the hydraulic station, the feeder, the discharge table, and the control system. Choosing to use PLC for control can meet the requirements of high degree of automation, simple and convenient operation, low labor intensity, short splicing cycle, and labor saving.
Veneer splicing machines include manual, semi-automatic and fully automatic models. Some machines are designed to handle large volumes of veneer and can cut several sheets at a time, while others are better suited for smaller projects.
The upper belt and the lower rollers of the automatic board collecting system are clamped and conveyed, and the positioning is opened to collect the middle boards evenly after splicing. The speed is fast, light and silent.
The cooling pressure line device can make the thread containing hot melt stick to the veneer flatly, and it is cooled rapidly by the cooling system, so that the spliced veneer will not stick up and down because the thread glued place is not cooled. The veneer splicer machine is started synchronously by the synchronous drive system. The small veneer splicer machine ensures that the veneer is spliced and bonded (to reduce overlap) and the seam can be adjusted by 0~1.5mm according to the thickness of the board and the actual needs. .The horizontal splicing and pressing force is sufficiently uniform, and the clamping force is moderate to effectively ensure the flatness and firmness of the panel and ensure the quality of the panel.
A veneer splicing machine works by cutting wood veneer into strips of a certain width, and then splicing them together using a variety of methods, such as overlapping, scarfing, or butt joining. The splicing process produces a strong, continuous veneer that can be used in a variety of carpentry projects and is ideal for splicing panels and composite wood edge banding.
Narrow wood inevitably appears in woodworking processing, and the wood is damaged. The veneer splicing machine can splice the narrow wood into a specified size or cut the defects of the wood. Greatly improve the comprehensive utilization rate of wood and reduce the waste of resources.
It can remove all natural defects such as knots, mildew and decay, improve the material selection rate, significantly improve the stability of material properties, good physical and mechanical properties, and ensure the quality of furniture to the greatest extent.
The middle board splicing machine is an automatic equipment that cuts different tree species (poplar, eucalyptus, birch, etc.) out of a certain thickness of the middle board (single board) by a rotary cutter, and splices them into a specified size. After continuous improvement and technological innovation, it has gradually developed from the initial horizontal splicing machine to a medium-panel splicing machine with three functions: horizontal splicing, vertical splicing, and tooth splicing.
The horizontal splicing machine is a splicing machine that splices the middle plates horizontally. Its operating process is: feeding, calibration, flattening, trimming, gluing, crimping, and automatic palletizing at one time. This product is a new and improved equipment developed on the basis of traditional jigsaw equipment, combined with the variety, size and flatness of existing domestic plywood raw materials. The pinch transmission and the guillotine are all controlled by servo motors, and the PLC coding program realizes the full automatic control of the machine, improves the phenomenon of stuck boards, overlaps, glue lines and wheels in the splicing process, and is operated by a single person. 3.2MM middle plate.
The vertical splicing machine is a splicing machine that splices the middle plates vertically. It adds a steering mechanism to the middle plate of a certain specification and size assembled by the horizontal splicing machine to realize vertical correction, flattening, gluing, crimping, and automatic palletizing at one time. The vertical pinch and guillotine are also driven by servo motors, the transmission is precise and stable, and the speed is fast. It is operated by one person and splices the middle plate with a thickness of 1.5-2.2MM.
The veneer splicing machine and the continuous splicing machine are splicing machines that cut out the teeth of the middle plate and then splice the teeth. It adds a steering mechanism to the middle plate of a certain specification and size assembled by the horizontal splicing machine to realize vertical correction, tooth punching, gluing, tooth alignment, pressing and cooling, and automatic palletizing at one time. The veneer splicing joining machine greatly reduces the phenomenon of overlapping splicing.
The tooth joint knife is made of high-strength mold steel, and the pinch guillotine is all driven by servo motors, which is stable and efficient, and can be operated by one person to splice the middle plate with a thickness of 1.5-2.2MM.
The veneer splicer machine is an important mechanical equipment for panel processing. Only the veneer splicer machine with the following functions can better meet the current needs of panel processing.
1. Finishing frame
The production of the veneer splicer machine adopts a refined frame structure to ensure its rigidity. This is one of the first conditions in the plate processing process, only in this way can the stability and service life of the equipment be guaranteed.
2. The longer the core board is stored inside the machine, the better the heating effect will be. When the small veneer splicer machine is pressed, the time will be shorter and the efficiency will be relatively high.
Only with the above requirements can the surface of the board processed by the veneer splicer machine be smoother, the effect of hiding the gap will be better, and the yield rate will be relatively higher.
Total land area(conventional) | 13m*11m*3.5m | ||
Total motor power | Tooth splicer 30.7kw+cross splicer/receiver 25kw | Efficiency | 4.5/min,5.5/min |
Cooling system | 2p | Working thickness | 1.7-3m |
Feeding board size | 3ft,4ft | Out-feeding size | 3*6ft,4*8ft |
Air consumption | 1300L/min | ||
