MINGHUNG
Key Line Components
This production line is a complex system engineering project, divided into six core sections. The equipment in each section is specially designed and optimized for the characteristics of fast-growth pine (e.g., numerous knots, soft wood).
 | 1. Raw Material Handling Section |
This section prepares logs into sections suitable for peeling.
Log Handling Cart/Forklift: Used to transport logs from the yard to the beginning of the production line.
Debarker: Uses a toothed-roller or drum-type debarker to efficiently remove pine bark while handling sand and stones within the bark, reducing wear on subsequent cutting tools.
Centering & Bucking Saw: A key piece of equipment. A scanning system determines the optimal centering point for the log, which is then sawn into specific lengths (e.g., 2.6m / 8.5ft for producing 8-foot panels) to maximize the yield of high-quality veneer during peeling.
| 2. Peeling & Drying Section |
This section transforms log sections into dried veneer, core to veneer quality.
CNC Veneer Lathe: One of the hearts of the production line. Uses servo systems to automatically adjust based on the log's diameter and shape, peeling continuous veneer ribbons with extremely consistent thickness (common range: 1.5mm-3.6mm). Its precision directly determines the plywood grade and glue consumption.
Veneer Clipper: Located behind the lathe, it cuts the continuous veneer ribbon into rectangular sheets based on preset lengths.
Veneer Dryer: Two main types:
Roller Dryer: High capacity, fast drying speed, suitable for large-scale production, but can be less gentle on thin veneers.
Mesh Belt Dryer: Veneer is transported more smoothly on the mesh belt, reducing deformation and tearing of the soft, wet veneer—particularly suitable for processing soft fast-growth pine veneer. Heated air (via thermal oil or steam) uniformly reduces veneer moisture content from over 60% to 8%-12%.
| 3. Veneer Processing & Gluing Section |
This section involves sorting, repairing, and applying adhesive to the dried veneer.
Veneer Stacking & Sorting Table: Workers here grade dried veneer sheets into face, back, and core piles based on defects like knots and splits.
Veneer Patcher / Splicer: Repairs defective veneer sheets, e.g., using a patcher to fill holes or a splicer to join narrow veneer sheets to full width, improving material utilization.
Glue Spreader: A core equipment. Typically a Four-Roll Glue Spreader is used. It applies urea-formaldehyde (UF) or phenol-formaldehyde (PF) resin adhesive evenly and quantitatively to both sides of the core veneers by precisely adjusting roll gap pressure. Precise control of glue spread is key to reducing costs and ensuring bond strength.
| 4. Layup & Pre-pressing Section |
This section assembles the glued veneers into a mat and performs initial compaction.
Layup Line (Assembling Line): Manual or automatic assembly of glued core veneers and unglued face/back veneers in the required number of piles (e.g., 5-ply, 7-ply) with cross-grained orientation. Automatic layup machines use manipulators to pick and place different grade veneers, offering high efficiency and accuracy.
Pre-press: Applies initial cold pressure (approx. 1-1.5 MPa) to the assembled mat, creating preliminary bonds between veneers and initial strength. This allows the mat to be handled as a single unit, preventing misalignment in the hot press.
| 5. Hot Pressing Section |
This is the core section of the production line, where high temperature and pressure permanently cure the adhesive, bonding the mat into solid plywood.
Multi-Opening Hot Press: Typically configured with 10-20 or more press platens. Thermal oil is used as the heat transfer medium, providing stable and uniform heat (approx. 110-120°C for UF glue, 140-150°C for PF glue). A powerful hydraulic system applies immense pressure (often up to 20-30 MPa). The entire pressing process (temperature, pressure, time) is fully automated and controlled by a PLC computer.
Auto Loader/Unloader: Works in tandem with the hot press, automatically loading pre-pressed mats into each press platen and unloading finished panels after pressing, enabling automated continuous production, ensuring safety and high efficiency.
| 6. Finishing & Sanding/Cutting Section |
This section processes the pressed rough panels into sellable finished products.
Cooler & Turner: Cools and turns the high-temperature panels (approx. 90°C) coming out of the hot press to release internal stresses and prevent warping.
Calibrating Sander: Employs a Double-sided Calibrating Sander with coarse and fine sanding heads to forcibly sand both top and bottom surfaces of the panel. This ensures precise, consistent thickness across the entire panel and a smooth, flat surface, providing a perfect base for further processing.
Panel Saw / Cross-cut & Rip Saws: Rip saws first trim the two long rough edges, then cross-cut saws trim the ends to the required length (e.g., 2440mm), producing panels of standard specifications.
Stacking & Packaging: An automatic stacker neatly piles the finished panels, followed by manual or automatic strapping/packaging.
| 7. Auxiliary Systems |
These systems support the entire production line and are essential for stable operation.
Power System: Motors, hydraulic stations, and air compressors that power all equipment.
Thermal Energy System: Thermal Oil Heater or steam boiler providing heat for the dryer and hot press.
Dust Collection System: A Centralized Dust Collection System gathers wood chips and dust generated from various processes (especially peeling, cutting, sanding), maintaining workshop cleanliness and ensuring production safety.
Electrical Control System: The brain of the production line. Based on PLCs and industrial computers, it synchronizes and automates the entire line's equipment, monitors production parameters in real-time, and ensures process stability.
Advantages of the production line
Designed for Fast-Growth Pine: The process and equipment are specially optimized to perfectly adapt to the characteristics of fast-growth pine, effectively addressing challenges like softer wood and more knots, ensuring high yield and a superior first-grade rate.
8-Foot High-Efficiency Format: Core capability to produce standard 8-foot (2440mm) wide plywood, meeting the mainstream demands of global construction formwork and industrial applications with wide market acceptance.
High Level of Automation: Automation is implemented at key stages from log loading to finished product stacking, significantly reducing dependence on skilled labor, improving production efficiency, and lowering labor costs.
Energy-Efficient & Reliable: Utilizes high-efficiency dryers and hot presses to reduce steam consumption. Robust equipment structure and stable control systems ensure continuous and reliable operation with low failure rates.
High Return on Investment (ROI): Based on proven standardized design, offering a highly competitive price. Helps customers achieve rapid production startup, high-efficiency operation, and a short investment payback period.
Characteristics of Pine Wood
Pine is a common softwood (coniferous wood) whose characteristics make it highly favored in industrial processing, though it also has some aspects that require attention.
| Wood Properties |
Medium-Soft Texture: Its hardness falls between hardwood and very soft wood, making it easy to machine processes like sawing, peeling, and planing.
Moderate Strength: Has a good strength-to-weight ratio, meaning it provides good structural strength while being relatively lightweight.
Straight & Pronounced Grain: The wood grain is typically straight but often bold and pronounced, with numerous knots.
Moisture Content & Shrinkage: It has a moderate shrinkage rate during drying. Improper drying can lead to warping and cracking.
Resin Canals: Pine contains natural resin canals, and sometimes resin can exude, which may affect surface finishing.
| Appearance |
Color: The heartwood is usually light yellowish-brown to reddish-brown, while the sapwood is lighter, off-white to yellow. The color is warm and natural.
Knots: Being knotty is one of the most distinctive features of pine. Knots can be live (tight) or dead (loose). This is seen as a natural aesthetic but also affects the lumber grade.
| Major Global Origins |
Pine trees are highly adaptable and are widely planted in temperate and boreal regions of the Northern Hemisphere.
1. North America: One of the world's most important sources of high-quality pine.
USA: The Southern US (e.g., South Carolina, Georgia, Alabama) extensively cultivates Southern Yellow Pine, which grows fast and has high yield, making it crucial for industrial lumber. The Northwest has species like Douglas Fir (though not a true pine).
Canada: Various pine species are harvested from forests in eastern and western Canada, making it a major wood exporter.
2. Europe:
Nordic Countries: Sweden, Finland, and Russia (especially its European part and Siberia) possess vast pine forests. The main species are Scots Pine and Scots Pine (Pinus sylvestris), known for their good wood quality.
3. Oceania:
New Zealand: Radiata Pine is the overwhelmingly dominant species. It grows extremely fast (maturing in 20-25 years) and has stable wood properties. It is one of New Zealand's most important timber exports, widely used for plywood, pulp, etc.
4. China:
Southern provinces (e.g., Guangxi, Guangdong, Fujian, Jiangxi) extensively plant fast-growing eucalyptus and Slash Pine/Masson Pine, which are primary raw materials for the domestic panel industry.
| Advantages of Using Pine as Raw Material for Plywood |
1. Sustainable Resource: Pines, especially Radiata Pine and Southern Yellow Pine, are fast-growing species with short rotation cycles (typically 20-30 years), ensuring a stable and sustainable wood supply aligned with environmental principles.
2. Cost-Effective: Due to fast growth and high yield, pine raw material is relatively abundant and typically more competitively priced than hardwoods like oak or walnut, helping to reduce production costs.
3. Easy to Process: The relatively soft nature of pine causes less wear on peeling knives and allows for easy peeling into high-quality, large-format veneers with high yield.
4. Good Gluing Properties: The porous structure of pine allows for excellent adhesive absorption (e.g., UF, PF resin), resulting in high bond strength and stable plywood construction.
5. High Versatility: Pine veneer can be used for core piles, back piles, and, after sorting, even for face piles, meeting the production needs of various plywood grades.
| Characteristics of Plywood Made from Pine |
1. High Structural Strength: Pine plywood inherits the good strength properties of pine. Its cross-laminated structure gives it high bending strength, impact resistance, and excellent screw-holding capacity, making it ideal for structural applications.
2. Relatively Lightweight: Compared to hardwood plywood (e.g., poplar plywood), pine plywood has a lower density and is lighter, facilitating transportation and construction.
3. Natural Appearance: Retains the natural color variations, grain, and knots of pine, presenting a rustic and natural style. The presence of knots is a testament to its natural identity but also dictates its use in applications where appearance is not a primary concern.
4. Wide Range of Applications:
Concrete Formwork: One of the primary uses of pine plywood, valued for its high strength, reusability, and cost-effectiveness.
Packaging Industry: Used for making export crates, pallets, etc., due to its sturdiness and durability.
Furniture Interiors: Used for internal frames of furniture, drawer sides, cabinet backs, etc.
Flooring Underlayment: Used as a substrate for engineered flooring.
Interior Construction: Used for roof sheathing, wall partitions, scaffold boards, etc.
5. Requires Preservative Treatment: If intended for outdoor or humid environments, pine plywood usually requires preservative treatment (e.g., CCA, ACQ treatment or using PF glue) to enhance its decay resistance and durability.
pine wood
plywood
1. The Core Dimension: 4 Feet x 8 Feet
Most commonly, "8-foot" refers to the length of a plywood sheet, with its standard paired width being 4 feet.
The full dimensions of a standard plywood sheet are: Width 4 feet x Length 8 feet，it refers to the standard-size sheet measuring 1220mm wide and 2440mm long. It is the gold standard in construction, furniture manufacturing, and logistics.
2. Why is the "8-Foot (2440mm)" Dimension So Important?
This size has become the absolute mainstream globally (especially in North American and Chinese markets) for several reasons:
Alignment with Building Modules: Modern construction elements like ceiling heights and stud spacing are often designed based on a 2-foot (approx. 610mm) or 4-foot (1220mm) module. The 8-foot (2440mm) length perfectly matches 2.4m / 2.44m ceiling heights and multiples of the 4-foot width, greatly facilitating construction and minimizing cutting waste.
Transport & Logistics Efficiency: The internal width of a standard shipping container (e.g., a 40-foot dry container) is about 2.35 meters. Sheets that are 2440mm wide can be loaded transversely, tightly filling the container's width and maximizing the use of space, which significantly reduces unit transportation costs.
Production Efficiency & Raw Material Utilization: Plywood production lines (e.g., lathes, hot presses) are generally designed around this size. Simultaneously, the peeling and cutting of logs aim for maximum yield, making the production of veneers for this size the most economical.
Market Convention: Through long-term development, the 4x8 foot size has become a universally recognized trading standard among global suppliers and buyers. Inventory, pricing, and design are all based on it.
We are Shandong MINGHUNG Wood Based Panel Machinery Co.,Ltd China factory and manufacturer of full sets of Plywood machinery and Veneer machinery. With many years production experience, advanced production technology,experienced workers and professional engineers, we can offer you the suitable, good and strong machinery for you.
Machines include:Veneer production line(Log debaker,Veneer peeling machine, Log loader,Automatic stacker)，Blade sharpener,Veneer patching machine,Veneer dryer machine(Veneer roller dryer, Veneer mesh dryer, Veneer press dryer), Veneer gluing machine,Plywood lay-up machine, Veneer jointing machine, Plywood cold press, Hot press machine,Plywood edge trimming cutting machine, Sanding and calibrating machine, Plywood overturn machine, Lift table, and so on.
Q:How long the production time?
A:If one set machine,3-4 months;If the full production line 6-8 months.
Q:What services can we provide?
A:Accepted delivery terms: FOB, CFR, CIF:
Accepted payment currencies: USD, EUR, RMB;
Accepted payment methods: T/T, L/C, D/P, D/A, PayPal, Western Union, Escrow;
Languages used: English, Chinese, Spanish, Russian
Q:What are your advantages?
A:We have rich experience in the market, with the same cost, we do better because we have strict control of the production process. We have an independent inspection department to check the quality.
We provide comprehensive support from factory planning, equipment installation & commissioning, operator training, to after-sales maintenance, ensuring a smooth project startup and mastery of core operational skills.
Whatsapp: +8618769900191 +8615589105786 +8618954906501
Email: osbmdfmachinery@gmail.com
Key Line Components
This production line is a complex system engineering project, divided into six core sections. The equipment in each section is specially designed and optimized for the characteristics of fast-growth pine (e.g., numerous knots, soft wood).
| 1. Raw Material Handling Section |
This section prepares logs into sections suitable for peeling.
Log Handling Cart/Forklift: Used to transport logs from the yard to the beginning of the production line.
Debarker: Uses a toothed-roller or drum-type debarker to efficiently remove pine bark while handling sand and stones within the bark, reducing wear on subsequent cutting tools.
Centering & Bucking Saw: A key piece of equipment. A scanning system determines the optimal centering point for the log, which is then sawn into specific lengths (e.g., 2.6m / 8.5ft for producing 8-foot panels) to maximize the yield of high-quality veneer during peeling.
| 2. Peeling & Drying Section |
This section transforms log sections into dried veneer, core to veneer quality.
CNC Veneer Lathe: One of the hearts of the production line. Uses servo systems to automatically adjust based on the log's diameter and shape, peeling continuous veneer ribbons with extremely consistent thickness (common range: 1.5mm-3.6mm). Its precision directly determines the plywood grade and glue consumption.
Veneer Clipper: Located behind the lathe, it cuts the continuous veneer ribbon into rectangular sheets based on preset lengths.
Veneer Dryer: Two main types:
Roller Dryer: High capacity, fast drying speed, suitable for large-scale production, but can be less gentle on thin veneers.
Mesh Belt Dryer: Veneer is transported more smoothly on the mesh belt, reducing deformation and tearing of the soft, wet veneer—particularly suitable for processing soft fast-growth pine veneer. Heated air (via thermal oil or steam) uniformly reduces veneer moisture content from over 60% to 8%-12%.
| 3. Veneer Processing & Gluing Section |
This section involves sorting, repairing, and applying adhesive to the dried veneer.
Veneer Stacking & Sorting Table: Workers here grade dried veneer sheets into face, back, and core piles based on defects like knots and splits.
Veneer Patcher / Splicer: Repairs defective veneer sheets, e.g., using a patcher to fill holes or a splicer to join narrow veneer sheets to full width, improving material utilization.
Glue Spreader: A core equipment. Typically a Four-Roll Glue Spreader is used. It applies urea-formaldehyde (UF) or phenol-formaldehyde (PF) resin adhesive evenly and quantitatively to both sides of the core veneers by precisely adjusting roll gap pressure. Precise control of glue spread is key to reducing costs and ensuring bond strength.
| 4. Layup & Pre-pressing Section |
This section assembles the glued veneers into a mat and performs initial compaction.
Layup Line (Assembling Line): Manual or automatic assembly of glued core veneers and unglued face/back veneers in the required number of piles (e.g., 5-ply, 7-ply) with cross-grained orientation. Automatic layup machines use manipulators to pick and place different grade veneers, offering high efficiency and accuracy.
Pre-press: Applies initial cold pressure (approx. 1-1.5 MPa) to the assembled mat, creating preliminary bonds between veneers and initial strength. This allows the mat to be handled as a single unit, preventing misalignment in the hot press.
| 5. Hot Pressing Section |
This is the core section of the production line, where high temperature and pressure permanently cure the adhesive, bonding the mat into solid plywood.
Multi-Opening Hot Press: Typically configured with 10-20 or more press platens. Thermal oil is used as the heat transfer medium, providing stable and uniform heat (approx. 110-120°C for UF glue, 140-150°C for PF glue). A powerful hydraulic system applies immense pressure (often up to 20-30 MPa). The entire pressing process (temperature, pressure, time) is fully automated and controlled by a PLC computer.
Auto Loader/Unloader: Works in tandem with the hot press, automatically loading pre-pressed mats into each press platen and unloading finished panels after pressing, enabling automated continuous production, ensuring safety and high efficiency.
| 6. Finishing & Sanding/Cutting Section |
This section processes the pressed rough panels into sellable finished products.
Cooler & Turner: Cools and turns the high-temperature panels (approx. 90°C) coming out of the hot press to release internal stresses and prevent warping.
Calibrating Sander: Employs a Double-sided Calibrating Sander with coarse and fine sanding heads to forcibly sand both top and bottom surfaces of the panel. This ensures precise, consistent thickness across the entire panel and a smooth, flat surface, providing a perfect base for further processing.
Panel Saw / Cross-cut & Rip Saws: Rip saws first trim the two long rough edges, then cross-cut saws trim the ends to the required length (e.g., 2440mm), producing panels of standard specifications.
Stacking & Packaging: An automatic stacker neatly piles the finished panels, followed by manual or automatic strapping/packaging.
| 7. Auxiliary Systems |
These systems support the entire production line and are essential for stable operation.
Power System: Motors, hydraulic stations, and air compressors that power all equipment.
Thermal Energy System: Thermal Oil Heater or steam boiler providing heat for the dryer and hot press.
Dust Collection System: A Centralized Dust Collection System gathers wood chips and dust generated from various processes (especially peeling, cutting, sanding), maintaining workshop cleanliness and ensuring production safety.
Electrical Control System: The brain of the production line. Based on PLCs and industrial computers, it synchronizes and automates the entire line's equipment, monitors production parameters in real-time, and ensures process stability.
Advantages of the production line
Designed for Fast-Growth Pine: The process and equipment are specially optimized to perfectly adapt to the characteristics of fast-growth pine, effectively addressing challenges like softer wood and more knots, ensuring high yield and a superior first-grade rate.
8-Foot High-Efficiency Format: Core capability to produce standard 8-foot (2440mm) wide plywood, meeting the mainstream demands of global construction formwork and industrial applications with wide market acceptance.
High Level of Automation: Automation is implemented at key stages from log loading to finished product stacking, significantly reducing dependence on skilled labor, improving production efficiency, and lowering labor costs.
Energy-Efficient & Reliable: Utilizes high-efficiency dryers and hot presses to reduce steam consumption. Robust equipment structure and stable control systems ensure continuous and reliable operation with low failure rates.
High Return on Investment (ROI): Based on proven standardized design, offering a highly competitive price. Helps customers achieve rapid production startup, high-efficiency operation, and a short investment payback period.
Characteristics of Pine Wood
Pine is a common softwood (coniferous wood) whose characteristics make it highly favored in industrial processing, though it also has some aspects that require attention.
| Wood Properties |
Medium-Soft Texture: Its hardness falls between hardwood and very soft wood, making it easy to machine processes like sawing, peeling, and planing.
Moderate Strength: Has a good strength-to-weight ratio, meaning it provides good structural strength while being relatively lightweight.
Straight & Pronounced Grain: The wood grain is typically straight but often bold and pronounced, with numerous knots.
Moisture Content & Shrinkage: It has a moderate shrinkage rate during drying. Improper drying can lead to warping and cracking.
Resin Canals: Pine contains natural resin canals, and sometimes resin can exude, which may affect surface finishing.
| Appearance |
Color: The heartwood is usually light yellowish-brown to reddish-brown, while the sapwood is lighter, off-white to yellow. The color is warm and natural.
Knots: Being knotty is one of the most distinctive features of pine. Knots can be live (tight) or dead (loose). This is seen as a natural aesthetic but also affects the lumber grade.
| Major Global Origins |
Pine trees are highly adaptable and are widely planted in temperate and boreal regions of the Northern Hemisphere.
1. North America: One of the world's most important sources of high-quality pine.
USA: The Southern US (e.g., South Carolina, Georgia, Alabama) extensively cultivates Southern Yellow Pine, which grows fast and has high yield, making it crucial for industrial lumber. The Northwest has species like Douglas Fir (though not a true pine).
Canada: Various pine species are harvested from forests in eastern and western Canada, making it a major wood exporter.
2. Europe:
Nordic Countries: Sweden, Finland, and Russia (especially its European part and Siberia) possess vast pine forests. The main species are Scots Pine and Scots Pine (Pinus sylvestris), known for their good wood quality.
3. Oceania:
New Zealand: Radiata Pine is the overwhelmingly dominant species. It grows extremely fast (maturing in 20-25 years) and has stable wood properties. It is one of New Zealand's most important timber exports, widely used for plywood, pulp, etc.
4. China:
Southern provinces (e.g., Guangxi, Guangdong, Fujian, Jiangxi) extensively plant fast-growing eucalyptus and Slash Pine/Masson Pine, which are primary raw materials for the domestic panel industry.
| Advantages of Using Pine as Raw Material for Plywood |
1. Sustainable Resource: Pines, especially Radiata Pine and Southern Yellow Pine, are fast-growing species with short rotation cycles (typically 20-30 years), ensuring a stable and sustainable wood supply aligned with environmental principles.
2. Cost-Effective: Due to fast growth and high yield, pine raw material is relatively abundant and typically more competitively priced than hardwoods like oak or walnut, helping to reduce production costs.
3. Easy to Process: The relatively soft nature of pine causes less wear on peeling knives and allows for easy peeling into high-quality, large-format veneers with high yield.
4. Good Gluing Properties: The porous structure of pine allows for excellent adhesive absorption (e.g., UF, PF resin), resulting in high bond strength and stable plywood construction.
5. High Versatility: Pine veneer can be used for core piles, back piles, and, after sorting, even for face piles, meeting the production needs of various plywood grades.
| Characteristics of Plywood Made from Pine |
1. High Structural Strength: Pine plywood inherits the good strength properties of pine. Its cross-laminated structure gives it high bending strength, impact resistance, and excellent screw-holding capacity, making it ideal for structural applications.
2. Relatively Lightweight: Compared to hardwood plywood (e.g., poplar plywood), pine plywood has a lower density and is lighter, facilitating transportation and construction.
3. Natural Appearance: Retains the natural color variations, grain, and knots of pine, presenting a rustic and natural style. The presence of knots is a testament to its natural identity but also dictates its use in applications where appearance is not a primary concern.
4. Wide Range of Applications:
Concrete Formwork: One of the primary uses of pine plywood, valued for its high strength, reusability, and cost-effectiveness.
Packaging Industry: Used for making export crates, pallets, etc., due to its sturdiness and durability.
Furniture Interiors: Used for internal frames of furniture, drawer sides, cabinet backs, etc.
Flooring Underlayment: Used as a substrate for engineered flooring.
Interior Construction: Used for roof sheathing, wall partitions, scaffold boards, etc.
5. Requires Preservative Treatment: If intended for outdoor or humid environments, pine plywood usually requires preservative treatment (e.g., CCA, ACQ treatment or using PF glue) to enhance its decay resistance and durability.
pine wood
plywood
1. The Core Dimension: 4 Feet x 8 Feet
Most commonly, "8-foot" refers to the length of a plywood sheet, with its standard paired width being 4 feet.
The full dimensions of a standard plywood sheet are: Width 4 feet x Length 8 feet，it refers to the standard-size sheet measuring 1220mm wide and 2440mm long. It is the gold standard in construction, furniture manufacturing, and logistics.
2. Why is the "8-Foot (2440mm)" Dimension So Important?
This size has become the absolute mainstream globally (especially in North American and Chinese markets) for several reasons:
Alignment with Building Modules: Modern construction elements like ceiling heights and stud spacing are often designed based on a 2-foot (approx. 610mm) or 4-foot (1220mm) module. The 8-foot (2440mm) length perfectly matches 2.4m / 2.44m ceiling heights and multiples of the 4-foot width, greatly facilitating construction and minimizing cutting waste.
Transport & Logistics Efficiency: The internal width of a standard shipping container (e.g., a 40-foot dry container) is about 2.35 meters. Sheets that are 2440mm wide can be loaded transversely, tightly filling the container's width and maximizing the use of space, which significantly reduces unit transportation costs.
Production Efficiency & Raw Material Utilization: Plywood production lines (e.g., lathes, hot presses) are generally designed around this size. Simultaneously, the peeling and cutting of logs aim for maximum yield, making the production of veneers for this size the most economical.
Market Convention: Through long-term development, the 4x8 foot size has become a universally recognized trading standard among global suppliers and buyers. Inventory, pricing, and design are all based on it.
We are Shandong MINGHUNG Wood Based Panel Machinery Co.,Ltd China factory and manufacturer of full sets of Plywood machinery and Veneer machinery. With many years production experience, advanced production technology,experienced workers and professional engineers, we can offer you the suitable, good and strong machinery for you.
Machines include:Veneer production line(Log debaker,Veneer peeling machine, Log loader,Automatic stacker)，Blade sharpener,Veneer patching machine,Veneer dryer machine(Veneer roller dryer, Veneer mesh dryer, Veneer press dryer), Veneer gluing machine,Plywood lay-up machine, Veneer jointing machine, Plywood cold press, Hot press machine,Plywood edge trimming cutting machine, Sanding and calibrating machine, Plywood overturn machine, Lift table, and so on.
Q:How long the production time?
A:If one set machine,3-4 months;If the full production line 6-8 months.
Q:What services can we provide?
A:Accepted delivery terms: FOB, CFR, CIF:
Accepted payment currencies: USD, EUR, RMB;
Accepted payment methods: T/T, L/C, D/P, D/A, PayPal, Western Union, Escrow;
Languages used: English, Chinese, Spanish, Russian
Q:What are your advantages?
A:We have rich experience in the market, with the same cost, we do better because we have strict control of the production process. We have an independent inspection department to check the quality.
We provide comprehensive support from factory planning, equipment installation & commissioning, operator training, to after-sales maintenance, ensuring a smooth project startup and mastery of core operational skills.
Whatsapp: +8618769900191 +8615589105786 +8618954906501
Email: osbmdfmachinery@gmail.com
