Economic Spindleless Veneer Peeling Machine for Poplar & Eucalyptus Veneer Production

• Customization: Available
• After-sales Service: 1 Year
• Automatic Grade: Full-Automatic
• Model NO.: MH-VPM
• Warranty: 1 Year
• Knife: 1400mm/2600mm
• Knife Size: 1500*180*16
• Thickness Veneer: 1-3mm Automatic
• Speed: 30-120m/Min
• Motor: Servo
• Knife Holding: Hydraulic
• Single Roller: 7.5kw*2PCS/15kw*2PCS
• Double Roller: 7.5kw*2PCS/15kw*2PCS
• Cutting Knife: 4kw
• Infeeder Motor: 11kw /15kw Servo
• Veneer Width: Auto Change
• Weight: 8.5tons/14tons
• Specification: 400
• Trademark: MINGHUNG
• Origin: China
• HS Code: 846599
• Package Size: 600.00cm * 230.00cm * 260.00cm
• Package Gross Weight: 10000.000kg

Product Description

Economic Spindleless Veneer Peeling Machine for Poplar & Eucalyptus Veneer Production  

This product is an economical shaftless veneer lathe designed specifically for the entry-level market and small-scale wood processing workshops. Featuring simple structure, easy operation, and low investment cost, it is the ideal starter equipment for peeling fast-growing softwoods like poplar and eucalyptus. It is suitable for small-batch production of construction formwork, plywood core veneers, and packaging boards, helping users start their veneer production business with minimal initial investment.

Core Components

1.  Main Frame: A rigid framework welded from channel steel or thick steel plates, serving as the base for all components.

2.  Friction Drive System:

       Main Driving Roller(s): Steel roller(s) with anti-slip patterns or coatings on the surface, serving as the primary power output component.

       Pressure Rollers: Located above and on both sides of the driving roller(s), providing downward force to increase frictional grip. Typically controlled by hydraulic cylinders or screw mechanisms.

3.  Tool Carriage & Feeding System:

       Tool Carriage: The component that holds the peeling knife.

       Peeling Knife: A long, specially made steel knife, a key consumable.

       Feeding Mechanism: Economical models often use a manually adjusted leadscrew-nut mechanism or a simple variable-frequency motor driving a rack-and-pinion/leadscrew. It controls the feed rate of the tool carriage towards the log center, which directly determines the veneer thickness.

4.  Power & Transmission System:

       Main Motor: Drives the rotation of the main driving roller(s).

       Gear Reducer: Reduces motor speed and increases output torque.

       Hydraulic Power Unit (if hydraulic pressure rollers are used): A small hydraulic station supplying pressurized oil to the pressure rollers. Economical models may use simpler mechanical spring or screw pressure.

5.  Control System: Very simple, typically consisting of an electrical control cabinet containing circuit breakers, contactors, push buttons, etc., for basic operations like starting/stopping the main motor and raising/lowering pressure rollers. No complex CNC system exists; thickness adjustment relies on manual scales or operator experience.

6.  Auxiliary Parts: Infeed cradle, veneer discharge table, core chute, etc.

 

Working Principle

The economical shaftless veneer lathe abandons the traditional method of clamping logs by penetrating spindles from both ends. Its core working principle is "Friction Drive and Pressure Peeling".

 

   Loading & Positioning: Cut-to-length poplar or eucalyptus logs are placed horizontally on the infeed table and manually or with simple assistance pushed to the machine center.

   Friction Clamping & Driving: When the machine starts, the Main Driving Roller(s) (usually one or two) located beneath the log rotate and rise, lifting the log off the ground. Simultaneously, the Pressure Rollers (or nosebars) located above and on both sides of the log apply downward force via hydraulic or mechanical mechanisms. The combined action of the rotational friction from the driving roller(s) and the downward pressure from the pressure rollers creates a powerful "friction clamping force field," securely gripping and rotating the log around its own axis.

   Peeling: The Peeling Knife is mounted on a fixed or coarsely manually adjustable Tool Carriage. As the log rotates at a constant speed driven by friction, the entire tool carriage or a feed screw is manually or simply electrically adjusted, causing the knife edge to feed horizontally towards the center of the rotating log at a set, very slow, constant rate. The sharp knife edge continuously "peels" a continuous ribbon of veneer from the log's periphery.

   Veneer Ejection & Core Drop: The peeled veneer ribbon slides out over the knife and is guided by rollers to a subsequent work area or collection point. When the log is peeled down to a very small core (often as low as ~Φ50mm), the clamping force becomes insufficient to continue driving, and the core drops out automatically, completing one peeling cycle.

Veneer Characteristics

Poplar and Eucalyptus are primary species from fast-growing plantations. Both are low to medium-density woods, relatively soft (especially poplar), making them easy to peel, dry, and process.Eucalyptus is generally slightly denser and harder than poplar, offering somewhat better strength.

   Peeling Performance:

       Due to their uniform texture and moderate hardness, they are ideally suited for shaftless veneer lathes. Peeling resistance is low, energy consumption is reduced, tool wear is slow, and very thin veneer can be produced.

       The veneer backside is prone to fine checks (lathe checks), a result of both the peeling process and wood characteristics, but this is manageable for intended applications.

   Drying & Gluing: They dry relatively quickly with acceptable shrinkage uniformity. They exhibit good bonding performance with common adhesives (e.g., UF, PF resins).

Application

   Supporting veneer production for small plywood mills or construction formwork production lines.

   Poplar/Eucalyptus veneer processing by individual wood processors or cooperatives.

   Production of packaging boards, pallet boards, and other products not requiring high surface finish veneer.

   Serving as a backup or supplementary production unit for larger production lines.

Company Profile

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.
 
The machinery we produce includes peeling machines, chipping machines, rotary cutting machines, drying machines, gluing mixers, laying machines, pre-pressing machines, hot pressing machines, cooling machines, longitudinal and transverse sawing machines, sanding machines, as well as auxiliary machinery such as automatic feeding and discharging systems and lifting platforms.

Our Service:

We provide detailed operation manuals, video guides, and supply guarantees for key components. Basic installation guidance can be offered based on customer needs.