YUANFONG PRESS
HALLMARKORG
| No. | Item and description | Technical Parameters | ||
| 1 | Model | HM 3602 | HM 3202 | HM 3603 |
| 2 | Heating plate dimension | 3,600 mm x1,500 mm | 3,600 mm x1,500 mm | 3,600 mm x1,500 mm |
| 3 | lnstalled Power Supply | Approx. 50 kW | Approx. 65 kW | Approx. 80 kW |
| 4 | Working dimension |
3,380 mm x1,320 mm | 2,980 mm x1,320 mm | 3,380 mm x1,320 mm |
| 5 | Vacuum Pressure | ≥-0.095 Mpa | ≥-0.095 Mpa | ≥-0.095 Mpa |
| 6 | Pressure Chamber Height | 65 mm | 65 mm | ≥-0.095 Mpa |
| 7 | Operating voltage | 380V/50 Hz | 380V/50 Hz | 380V/50 Hz |
| 8 | Upper aluminium heating plate | oil-electric | oil-electric | oil-electric |
Perfect 3D Wrapping:Seamlessly conforms to intricate profiles, concave/convex shapes, Roman columns, embossed doors—no bubbles, no wrinkles, no visible seams.
Wide Material Compatibility:High-gloss/matte PVC films, PET, ABS, transfer foils, natural wood veneers (with silicone membrane), and heat-transfer foils.
High Productivity:Dual-table automatic models (single/dual/triple trays optional), cycle time 2–4 minutes—ideal for small to large-scale factories.
Energy-Efficient & Eco-Friendly:Membrane-less air pressure options reduce silicone membrane wear; uniform oil or electric heating systems with ±2°C precision.
User-Friendly Operation: PLC touchscreen control with recipe storage—quick setup, minimal training required, reduces labor dependency.
Built to Last: Premium imported vacuum pumps + heavy-duty frame for 24/7 reliable operation with low maintenance.
European/modern kitchen cabinet doors, bathroom vanity doors
Wardrobe doors, sliding doors, shoe cabinet doors (including soft-close or veneer options)
Carved/relief doors, Roman column doors, art doors, hotel project doors
Speaker boxes, TV background walls, decorative moldings, 3D wall panels
Office furniture, hotel fixtures, retail display cabinets with irregular curved surfaces
Solid wood veneer, MDF/PVC high-gloss boards, thermoformed door panels
1.What is the difference between a membrane press and a vacuum press?
A standard vacuum press relies solely on negative pressure (vacuum) from below to pull the foil/veneer onto the substrate, often with longer cycles and less detail on deep profiles. A membrane press (especially automatic 3D models) uses a flexible silicone/rubber membrane with positive air pressure from above for even pressure distribution, better edge wrapping, wrinkle reduction, and higher detail on intricate 3D shapes. Many modern auto machines are hybrid (membrane + vacuum, with or without membrane mode).
2.Is an automatic 3D membrane press only for cabinet doors?
No. It's versatile for kitchen/bathroom doors, drawers, countertops, TV units, wall panels, interior doors, sliding doors, store fixtures, and any profiled/curved surfaces needing a wrapped finish.
3.What causes common defects like bubbles, poor corner forming, wrinkles, or delamination?
Insufficient vacuum strength or leaks. Uneven heating (hot spots or insufficient preheat). Incorrect adhesive application (type, amount, or pot life expired). Poor substrate preparation (dust, uneven surfaces, or improper sealing). Wrong foil tension/membrane condition. Inadequate cycle time or pressure settings.
4.How do I reduce material (foil) waste?
Choose a worktable size matching common foil widths, optimize panel nesting/layout, plan proper edge return allowances, and use automatic pin systems (e.g., PSS or auto-pin) to support parts without custom jigs.
5.What is the role of the membrane (silicone sheet)?
It distributes pressure evenly, transfers heat uniformly, prevents wrinkles/folds (especially on corners), and allows better forming on complex 3D profiles. Some auto machines offer membrane-less modes for high-gloss flat work or quick switches.
| No. | Item and description | Technical Parameters | ||
| 1 | Model | HM 3602 | HM 3202 | HM 3603 |
| 2 | Heating plate dimension | 3,600 mm x1,500 mm | 3,600 mm x1,500 mm | 3,600 mm x1,500 mm |
| 3 | lnstalled Power Supply | Approx. 50 kW | Approx. 65 kW | Approx. 80 kW |
| 4 | Working dimension |
3,380 mm x1,320 mm | 2,980 mm x1,320 mm | 3,380 mm x1,320 mm |
| 5 | Vacuum Pressure | ≥-0.095 Mpa | ≥-0.095 Mpa | ≥-0.095 Mpa |
| 6 | Pressure Chamber Height | 65 mm | 65 mm | ≥-0.095 Mpa |
| 7 | Operating voltage | 380V/50 Hz | 380V/50 Hz | 380V/50 Hz |
| 8 | Upper aluminium heating plate | oil-electric | oil-electric | oil-electric |
Perfect 3D Wrapping:Seamlessly conforms to intricate profiles, concave/convex shapes, Roman columns, embossed doors—no bubbles, no wrinkles, no visible seams.
Wide Material Compatibility:High-gloss/matte PVC films, PET, ABS, transfer foils, natural wood veneers (with silicone membrane), and heat-transfer foils.
High Productivity:Dual-table automatic models (single/dual/triple trays optional), cycle time 2–4 minutes—ideal for small to large-scale factories.
Energy-Efficient & Eco-Friendly:Membrane-less air pressure options reduce silicone membrane wear; uniform oil or electric heating systems with ±2°C precision.
User-Friendly Operation: PLC touchscreen control with recipe storage—quick setup, minimal training required, reduces labor dependency.
Built to Last: Premium imported vacuum pumps + heavy-duty frame for 24/7 reliable operation with low maintenance.
European/modern kitchen cabinet doors, bathroom vanity doors
Wardrobe doors, sliding doors, shoe cabinet doors (including soft-close or veneer options)
Carved/relief doors, Roman column doors, art doors, hotel project doors
Speaker boxes, TV background walls, decorative moldings, 3D wall panels
Office furniture, hotel fixtures, retail display cabinets with irregular curved surfaces
Solid wood veneer, MDF/PVC high-gloss boards, thermoformed door panels
1.What is the difference between a membrane press and a vacuum press?
A standard vacuum press relies solely on negative pressure (vacuum) from below to pull the foil/veneer onto the substrate, often with longer cycles and less detail on deep profiles. A membrane press (especially automatic 3D models) uses a flexible silicone/rubber membrane with positive air pressure from above for even pressure distribution, better edge wrapping, wrinkle reduction, and higher detail on intricate 3D shapes. Many modern auto machines are hybrid (membrane + vacuum, with or without membrane mode).
2.Is an automatic 3D membrane press only for cabinet doors?
No. It's versatile for kitchen/bathroom doors, drawers, countertops, TV units, wall panels, interior doors, sliding doors, store fixtures, and any profiled/curved surfaces needing a wrapped finish.
3.What causes common defects like bubbles, poor corner forming, wrinkles, or delamination?
Insufficient vacuum strength or leaks. Uneven heating (hot spots or insufficient preheat). Incorrect adhesive application (type, amount, or pot life expired). Poor substrate preparation (dust, uneven surfaces, or improper sealing). Wrong foil tension/membrane condition. Inadequate cycle time or pressure settings.
4.How do I reduce material (foil) waste?
Choose a worktable size matching common foil widths, optimize panel nesting/layout, plan proper edge return allowances, and use automatic pin systems (e.g., PSS or auto-pin) to support parts without custom jigs.
5.What is the role of the membrane (silicone sheet)?
It distributes pressure evenly, transfers heat uniformly, prevents wrinkles/folds (especially on corners), and allows better forming on complex 3D profiles. Some auto machines offer membrane-less modes for high-gloss flat work or quick switches.
