TOM Series.
3D Film Lamination — Licensed from FVF Japan
The Three-dimensional Overlay Method (TOM) bonds decorative film directly onto 3D products inside a dual-chamber vacuum/pressure system — seamless adhesion around compound curves, undercuts, and edges. Zero wrinkles, no secondary processing.
Exploring 3D surface decoration? Rajesh can explain how TOM film lamination technology works for your products.
What Are the TOM Machine Applications?
How Does the TOM 3D Film Lamination Process Work?
The TOM machine uses a dual-chamber system — an upper chamber and a lower chamber sealed around the decorative film and base product. The upper chamber heats the film using an infrared heater array, while the lower chamber raises the product table to the highest position. Vacuum is then applied in the lower chamber as compressed air pressurises the upper chamber, forcing the softened film to conform perfectly to every contour of the 3D substrate.
A compressed air tank and vacuum tank work in tandem to create the pressure differential — the result is zero-wrinkle adhesion around compound curves, undercuts, and sharp edges in a single cycle.
What Are the 8 Steps of the TOM 3D Film Lamination Process?
Load Base Product
Place 3D product on jig in lower chamber.
Close Chamber
Upper chamber descends, film divides space into two sealed chambers.
Vacuum & Heat
Both chambers evacuated. Carbon heater softens film uniformly.
Table Rises
Hydraulic table lifts product into contact with softened film.
Pressure Forming
Atmospheric pressure pushes film tightly around product surface.
Air Assist
Optional compressed air for tighter adhesion on deep geometries.
Remove
Decorated product removed from chamber.
Trim
Excess film trimmed at edges.
NGF-0812-GY
Single model — manufactured under exclusive licence from FVF Japan. Add to your inquiry cart to request a quotation.
| Add | Model | Forming Area | Max Height | Power | Application |
|---|---|---|---|---|---|
| NGF-0812-GY | 850 × 1250 mm | 180 mm | ~45.5 kW | Fan blades, automotive trim, motorbike panels |
What Are the TOM NGF-0812-GY Key Specifications?
| Parameter | NGF-0812-GY |
|---|---|
| Max Forming Area | 850 × 1250 mm |
| Max Product Height | 180 mm |
| Film Thickness Range | 100 μm – 1 mm (roll) |
| Heater | Carbon, 28 kW, 18-zone control |
| Drive System | Hydraulic — dual cylinders (φ125 mm) |
| Upper Box Stroke | 700 mm |
| Table Stroke | 250 mm |
| Clamping Force | 120 kN |
| Total Power | ~45.5 kW |
| Machine Dimensions | 2,200 × 2,100 × 3,100 mm |
| Machine Weight | ~4,000 kg |
| Safety | Light curtains (×2), E-stop (×2), pressure circuit |
Vacuum pump, receiver tank, and hydraulic unit are customer scope.
What Materials Are Compatible with the TOM Machine?
Decorative Films
Substrate Materials
Need automotive interior graining?
The IMG (In-Mold Graining) machine transfers leather, wood, or custom grain textures directly onto thermoformed parts during the forming cycle — specialized for automotive dashboards, door panels, and interior trim.
View IMG MachineCompatible Materials for This Machine
3D film lamination over pre-formed substrates. ABS and PC are the most common base materials.
Forming temps, thickness ranges & machine compatibility →
Frequently Asked Questions About the TOM Machine
Ready to explore TOM technology?
From fan blade lamination to automotive trim — our engineers will help you evaluate TOM for your applications.
Full Machine Lineup