Huawei CNC fully automatic positive and negative pressure laminating machine is used to apply film to panel furniture, sliding doors, background walls, bedside tables, cabinets, process doors, anti-theft doors, molded doors, panel door frames, decorative wall skirts, etc.

Applicable materials: medium and high-density fiberboard, plywood, solid wood board, metal board, gypsum board, magnesite board, etc. Equipped with two workbenches, it has high efficiency, fast molding, firm suction, smooth and flat surface, and a reasonable structure that is easy to learn and maintain. This machine can perform three-dimensional lamination of PVC, Boeing soft sheet, and plastic (with our customized silicone board, wood veneer and heat transfer printing) on the surface roughness of materials such as wood, artificial board, straw door, aluminum alloy, steel plate, gypsum board, etc. It is an ideal auxiliary processing equipment for furniture, doors, cabinets, decorative materials, artworks, and advertising speakers industries. Application range of substrates: medium and high-density fiberboard, plywood, straw door, solid wood board, metal board, gypsum board, magnesite board, etc

Technical Parameter：

Characteristics of fully automatic positive and negative pressure laminating machine：

1. The use of automatic digital display technology results in a high degree of automation, simple operation, and low failure rate for the entire machine.

2. The workbench is made of special steel, high temperature resistant, and corrosion-resistant.

3. Using far-infrared radiation heating system for heating and imported insulation materials for uniform heating, energy-saving and power-saving.

4. Adopting a vacuum pump, with stable performance and fast pumping.

5. One machine with multiple uses of PVC wood veneer and high compatibility with transfer printing.

6. The hydraulic system host adopts the Taiwan system, which is a plate type plug-in device with an internationally advanced structure, low failure rate, high flow rate, and rapid pressurization (pressurization time is about 5 seconds, while the traditional stacking valve pressurization time is about 15-20 seconds). Effectively improve production efficiency.