Heavy Duty Veneer Peeling Machine with Full Servo Motors

Heavy Duty Veneer Peeling Machine with Full Servo Motors Main Specifications:

• Double-Roller System

  • Roller Diameter: 156 mm (Cross Arrangement)

  • Gearbox: K87 Hard-tooth Surface Reducer

  • Motor: 11 KW Servo Motor × 2

• Single-Roller System

  • Roller Diameter: 125 mm

  • Gearbox: K87 Hard-tooth Surface Reducer

  • Motor: 11 KW Servo Motor × 2

• Feeding System

  • Gearbox: K87 Hard-tooth Surface Reducer

  • Motor: 15KW Servo Motor × 1

• Clipping Knife System (Rotary Chopper)

  • Gearbox: RV90 Reducer

  • Motor: 4 kW Servo Motor × 1

• Glue Roller System

  • Roller Diameter: 150 mm

  • Gearbox: RV90 Reducer

  • Motor: 4 KW Servo Motor × 1

• Guiding System

  • Oil-immersed slide bar + Ball screw (diameter: 116 mm) – 1 set each

• Knife Holders

  • Hydraulic Knife Clamping

  • Rotary Knife Size: 1500 × 180 × 16 mm

  • Vertical Knife Size: 889 / 965.2 / 1270 mm

• Core Support System:

  • Double Base Plate: 50#

  • Manual Veneer Receiving Rack: 5 m + 2 m

• Monitoring System: 1 Set (Camera & Display Screen)

Electrical Control Cabinet Configuration:

• 15 kW Servo for Feeding × 1

• 11 kW Servo for Double Roller × 2

• 11 kW Servo for Single Roller × 2

• 4 kW Servo for Glue Roller × 1

• 4 kW Servo for Clipping Knife × 1

• 3 kW Standard Motor for Hydraulic Knife Clamp × 1

• Electric Lubrication Pump × 1

• Pneumatic Striker System × 1

• Monitoring Screen × 1

Automatic Knife Gap Adjustment Function

The automatic knife gap adjustment function allows the veneer peeling lathe to automatically adjust the spacing between knives during operation, ensuring consistent veneer thickness and stable cutting quality. Using sensors and a control system, the machine can fine-tune the knife gap in real time according to the required veneer thickness, eliminating the need for frequent manual adjustments and improving accuracy.

Key Benefits:

• Uniform Thickness: Ensures each veneer sheet has consistent thickness, reducing waste.
• Smooth Surface: Stable knife gaps reduce edge defects and cracks.
• Labor Saving: No manual adjustment needed, making operation easier.
• Higher Productivity: Minimizes downtime for adjustments, improving continuous production efficiency.

This feature is especially suitable for clients who work with a wide range of veneer thicknesses—for example, 1.2–3.0 mm—where frequent gap adjustments are required.

Why the Monitoring Display is Helpful in the Veneer Peeling Lathe?

• Comprehensive Monitoring: Cameras cover all critical areas of the lathe, including the knife head, feeding, and output. Real-time footage helps detect surface defects or processing issues immediately, allowing quick adjustments to maintain consistent veneer quality and stability.
• Enhanced Safety: Operators can monitor the entire production process via the display without approaching high-speed rotating blades, reducing accident risks while improving workflow efficiency.
• Fast Fault Diagnosis: Multi-angle views make it easy to identify problem areas quickly, minimizing downtime and reducing production losses.

Why We Produce This Model Peeling Machine at 9T Weight?

The weight of a veneer peeling lathe is an important factor that directly affects cutting stability, product quality, and machine durability.The weight of our heavy duty veneer peeling machine is at least 9T,which is suitbale for hardwood log.

Key Reasons:

• Stable Operation: Heavier machines are less prone to vibration during high-speed rotation. Reduced vibration helps maintain consistent veneer thickness and smooth surface finish.
• Improved Peeling Precision: A solid, heavy frame ensures that the knife head remains steady, resulting in more accurate peeling and higher-quality plywood.
• Durability and Longevity: The extra weight usually comes from a robust frame and structural reinforcement, which extends the machine’s service life and reduces maintenance needs.
• Better Handling of Large Logs: Heavier lathes can handle bigger, harder logs without wobbling, ensuring safe and efficient operation.