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The veneer splicer machine is a kind of machine used to process small diameter wood or other various wood core materials to make various board materials, and then go through various board gluing, extrusion, heating and other processes to finally form a solid board. Core board equipment, so it greatly improves the overall work efficiency and is one of the important woodworking machinery for wood processing. It is generally composed of a transmission system, a docking mechanism, a hot melt adhesive coating system, a pressing system, a cutting system and a control system.
The veneer splicing machine can splice multiple small-sized wood or plates into one large plate with high precision. It can not only achieve high-efficiency production, improve production efficiency and product quality, save materials, but also the surface of the spliced plates is smooth,and high strength.
The veneer splicing machine mainly realizes automated operation by the conveying system, cutting system, splicing system, and control system. The automatic control system of the woodworking machinery veneer splicer machine realizes fully automated operation and reduces the need for manual operation.
Among them, the transmission system is a key part of the veneer splicer, used to transmit power and control the movement of moving parts. It usually consists of motor, reducer, belt, chain, etc. It is responsible for the transportation during veneer processing; the cutting system is used to cut the boards into specified sizes as required; the panel assembly system includes: docking mechanism, hot melt adhesive coating system, and pressing system. Multiple boards are spliced into large-sized boards by gluing and high-temperature lamination. The compression device includes pressure plates, pneumatic cylinders, hydraulic cylinders and other components, which are used to fix and compress the veneers to ensure the stability and accuracy of the veneers during the splicing process; the control system is used to control the operation and operation of the veneer splicing machine. Operation, which usually consists of electrical components, buttons, touch screens, etc., controls and monitors the entire production line, realizes automated operations and adjusts splicing parameters.
The horizontal splicing machine is a piece of woodworking machinery specially used for horizontal splicing of two or more boards. It can flatten and bond the short sides of the boards to form long boards. The horizontal veneer splicer machine can complete the splicing work of panels in a short time, improve production efficiency, and achieve perfect docking of panels, with smooth and strong joints and good bonding quality.
Because when producing plywood, multi-layer boards, floor substrates, craft furniture boards, building cladding boards, container boards, and blockboards, some raw material boards have a small area, and multiple boards need to be spliced longitudinally. The traditional wood splicing process is based on manual laying and gluing. The two wood panels are superimposed and then glued together. This kind of planking and gluing process has an obvious shortcoming. The spliced planks are uneven, the quality of the planks is unstable, the splicing efficiency is low, and it requires a lot of labor. In order to improve efficiency and product quality, vertical veneer splicing machines and tooth splicing machines appeared.
The veneer vertical splicing machine is a veneer splicer woodworking machinery that joins the middle boards vertically. It adds a steering mechanism to the middle plate of a certain size that is assembled by a horizontal assembly machine. The veneer vertical assembly machine realizes vertical correction, flattening, gluing, and automatic palletizing in one go.
Single board tooth splicing machine, because there is a zigzag interface between the vertical boards, like two hands crossing each other. It uses a tooth cutter with an arc-shaped tooth tip to cut arc-shaped teeth at the joint of the veneers, and realizes automatic gluing of the wood board teeth through the gluing teeth. It includes a main frame, a tooth splicer machine, a transmission device, a gluing device and a tooth connecting device. It is characterized in that: the main frame is provided with tooth cutting machines on both sides, and a tooth connecting device is provided in the middle. The tooth cutting machine and the tooth connecting device are There is a gluing device between the devices.
The veneer tooth splicing machine is equipped with a glue stick. The cooling rod and the glue tank are equipped with electric heating tubes to ensure that the hot melt glue is liquid, making it easier to glue the teeth of the boards and speeding up the solidification of the glue between the boards. Through the movement connection between machines, the tooth connection of the two middle plates is realized. The veneer tooth splicing machine improves the quality and efficiency of the splicing of wooden planks, improves the strength and appearance quality of the wood, and reduces the workload of workers. It is often used for high-quality materials such as furniture, cabinets, and wardrobes.
The veneer after tooth splicing
The veneer tooth splicer uses tooth-shaped seams, hot melt adhesive bonding, and performs veneer tooth splicing through random staggered seams between the middle plates.
It can realize vertical docking and insertion of mid-boards of 1.7-3mm. PLC microcomputer precise gap control plus 0.5 second extreme cooling technology ensures that after splicing, the spliced veneers have no overlap, no seams, no bending, and are smooth and tidy. It ensures that the seams of each layer of the finished board do not appear at the same position, so that the strength of the finished board is well guaranteed.
The veneer tooth splicing machine only needs one person to operate, with 4 sheets/minute in continuous mode, 5 sheets/minute in docking mode, and more than 2,300 sheets per shift in a single shift, which greatly increases production efficiency and reduces production costs.
The veneer horizontal splicing machine uses monolithic materials for the length of the board and splices the boards from the width direction to process them into standardized boards. It is usually described as a veneer horizontal splicer. The advantage of its processing board is that the wood grain is consistent, without interruption, the visual effect is good, and the overall appearance of the finished product is more beautiful; its shortcomings are also obvious, firstly, the yield rate is low; secondly, the stability is proportional to the length, the longer the board The longer it is, the easier it is to warp and deform, and the finished product has higher requirements on the use environment.
The veneer vertical splicing machine can join multiple boards vertically. It adds a steering mechanism to the middle plate of a certain size that is assembled by a horizontal assembly machine. The stability of the board after processing by vertical veneer splicer machine is higher, making full use of small-sized veneers.
The veneer tooth splicing machine is a woodworking machinery that only appeared at a certain stage in the development of industrial machinery. The veneer tooth splicing machine mills the teeth of the cut wood, and then glues them together. You can see the tooth-like bite marks at the splicing point, which is also a process of length splicing. Finger-jointed splicer wood is also called tooth-jointed wood or laminated lumber. One of the advantages of tooth-jointed wood is that it improves the comprehensive utilization rate of wood and reduces resource waste. It can also remove all natural defects such as knots, mildew, and decay, improving the material selection rate. . The veneer tooth jointing machine significantly improves the stability of the wood. The strength of the tooth joint board is 1 to 1.5 times that of natural solid wood, ensuring the quality of the furniture to the greatest extent.
The biggest difference between the horizontal veneer splicing machine, the vertical splicing machine and the tooth splicing machine is the different splicing methods. The horizontal veneer splicing machine processes the veneers horizontally, while the vertical veneer splicing machine and the tine splicing machine process the veneers. For vertical processing, the veneer tooth splicing machine mills teeth through the wood, and the veneer processed by it is more stable. Different types of veneer joining machines produce different effects on the boards. The veneer composer machines should be selected according to different board specifications and processing techniques.
Can be customizable
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 | 4ft,5ft | Out-feeding size | 4*6ft,4*8ft,5*6ft,5*8ft |
Air consumption | 1300L/min | ||
The veneer splicer machine is a kind of machine used to process small diameter wood or other various wood core materials to make various board materials, and then go through various board gluing, extrusion, heating and other processes to finally form a solid board. Core board equipment, so it greatly improves the overall work efficiency and is one of the important woodworking machinery for wood processing. It is generally composed of a transmission system, a docking mechanism, a hot melt adhesive coating system, a pressing system, a cutting system and a control system.
The veneer splicing machine can splice multiple small-sized wood or plates into one large plate with high precision. It can not only achieve high-efficiency production, improve production efficiency and product quality, save materials, but also the surface of the spliced plates is smooth,and high strength.
The veneer splicing machine mainly realizes automated operation by the conveying system, cutting system, splicing system, and control system. The automatic control system of the woodworking machinery veneer splicer machine realizes fully automated operation and reduces the need for manual operation.
Among them, the transmission system is a key part of the veneer splicer, used to transmit power and control the movement of moving parts. It usually consists of motor, reducer, belt, chain, etc. It is responsible for the transportation during veneer processing; the cutting system is used to cut the boards into specified sizes as required; the panel assembly system includes: docking mechanism, hot melt adhesive coating system, and pressing system. Multiple boards are spliced into large-sized boards by gluing and high-temperature lamination. The compression device includes pressure plates, pneumatic cylinders, hydraulic cylinders and other components, which are used to fix and compress the veneers to ensure the stability and accuracy of the veneers during the splicing process; the control system is used to control the operation and operation of the veneer splicing machine. Operation, which usually consists of electrical components, buttons, touch screens, etc., controls and monitors the entire production line, realizes automated operations and adjusts splicing parameters.
The horizontal splicing machine is a piece of woodworking machinery specially used for horizontal splicing of two or more boards. It can flatten and bond the short sides of the boards to form long boards. The horizontal veneer splicer machine can complete the splicing work of panels in a short time, improve production efficiency, and achieve perfect docking of panels, with smooth and strong joints and good bonding quality.
Because when producing plywood, multi-layer boards, floor substrates, craft furniture boards, building cladding boards, container boards, and blockboards, some raw material boards have a small area, and multiple boards need to be spliced longitudinally. The traditional wood splicing process is based on manual laying and gluing. The two wood panels are superimposed and then glued together. This kind of planking and gluing process has an obvious shortcoming. The spliced planks are uneven, the quality of the planks is unstable, the splicing efficiency is low, and it requires a lot of labor. In order to improve efficiency and product quality, vertical veneer splicing machines and tooth splicing machines appeared.
The veneer vertical splicing machine is a veneer splicer woodworking machinery that joins the middle boards vertically. It adds a steering mechanism to the middle plate of a certain size that is assembled by a horizontal assembly machine. The veneer vertical assembly machine realizes vertical correction, flattening, gluing, and automatic palletizing in one go.
Single board tooth splicing machine, because there is a zigzag interface between the vertical boards, like two hands crossing each other. It uses a tooth cutter with an arc-shaped tooth tip to cut arc-shaped teeth at the joint of the veneers, and realizes automatic gluing of the wood board teeth through the gluing teeth. It includes a main frame, a tooth splicer machine, a transmission device, a gluing device and a tooth connecting device. It is characterized in that: the main frame is provided with tooth cutting machines on both sides, and a tooth connecting device is provided in the middle. The tooth cutting machine and the tooth connecting device are There is a gluing device between the devices.
The veneer tooth splicing machine is equipped with a glue stick. The cooling rod and the glue tank are equipped with electric heating tubes to ensure that the hot melt glue is liquid, making it easier to glue the teeth of the boards and speeding up the solidification of the glue between the boards. Through the movement connection between machines, the tooth connection of the two middle plates is realized. The veneer tooth splicing machine improves the quality and efficiency of the splicing of wooden planks, improves the strength and appearance quality of the wood, and reduces the workload of workers. It is often used for high-quality materials such as furniture, cabinets, and wardrobes.
The veneer after tooth splicing
The veneer tooth splicer uses tooth-shaped seams, hot melt adhesive bonding, and performs veneer tooth splicing through random staggered seams between the middle plates.
It can realize vertical docking and insertion of mid-boards of 1.7-3mm. PLC microcomputer precise gap control plus 0.5 second extreme cooling technology ensures that after splicing, the spliced veneers have no overlap, no seams, no bending, and are smooth and tidy. It ensures that the seams of each layer of the finished board do not appear at the same position, so that the strength of the finished board is well guaranteed.
The veneer tooth splicing machine only needs one person to operate, with 4 sheets/minute in continuous mode, 5 sheets/minute in docking mode, and more than 2,300 sheets per shift in a single shift, which greatly increases production efficiency and reduces production costs.
The veneer horizontal splicing machine uses monolithic materials for the length of the board and splices the boards from the width direction to process them into standardized boards. It is usually described as a veneer horizontal splicer. The advantage of its processing board is that the wood grain is consistent, without interruption, the visual effect is good, and the overall appearance of the finished product is more beautiful; its shortcomings are also obvious, firstly, the yield rate is low; secondly, the stability is proportional to the length, the longer the board The longer it is, the easier it is to warp and deform, and the finished product has higher requirements on the use environment.
The veneer vertical splicing machine can join multiple boards vertically. It adds a steering mechanism to the middle plate of a certain size that is assembled by a horizontal assembly machine. The stability of the board after processing by vertical veneer splicer machine is higher, making full use of small-sized veneers.
The veneer tooth splicing machine is a woodworking machinery that only appeared at a certain stage in the development of industrial machinery. The veneer tooth splicing machine mills the teeth of the cut wood, and then glues them together. You can see the tooth-like bite marks at the splicing point, which is also a process of length splicing. Finger-jointed splicer wood is also called tooth-jointed wood or laminated lumber. One of the advantages of tooth-jointed wood is that it improves the comprehensive utilization rate of wood and reduces resource waste. It can also remove all natural defects such as knots, mildew, and decay, improving the material selection rate. . The veneer tooth jointing machine significantly improves the stability of the wood. The strength of the tooth joint board is 1 to 1.5 times that of natural solid wood, ensuring the quality of the furniture to the greatest extent.
The biggest difference between the horizontal veneer splicing machine, the vertical splicing machine and the tooth splicing machine is the different splicing methods. The horizontal veneer splicing machine processes the veneers horizontally, while the vertical veneer splicing machine and the tine splicing machine process the veneers. For vertical processing, the veneer tooth splicing machine mills teeth through the wood, and the veneer processed by it is more stable. Different types of veneer joining machines produce different effects on the boards. The veneer composer machines should be selected according to different board specifications and processing techniques.
Can be customizable
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 | 4ft,5ft | Out-feeding size | 4*6ft,4*8ft,5*6ft,5*8ft |
Air consumption | 1300L/min | ||
