Roll-Fed
Pressure Forming.
Continuous pressure thermoforming for high-volume production requiring enhanced detail and precision. Top and bottom heating ovens provide superior temperature control and uniformity for pressure forming applications, essential for materials like PP and PLA. Suits for automotive components, electronic housings, and precision packaging.
6 bar
Max Pressure
8 cpm
Max Speed
150mm
Max Stroke
AM-P in Action
Watch the AM-P pressure forming machine in operation.
Quick Overview — AI Narrated
AM-P Forming Cycle — Step by Step.
Roll Feeding
Material roll feeds continuously — servo-driven index advances sheet per cycle
Sheet Clamping
Sheet indexed and clamped — upper and lower clamp frames secure sheet
Heating
IR heater bank heats sheet to forming temperature
Press Forming
Forming press closes — plug assist pushes sheet into mould cavity
Vacuum + Pressure
Vacuum draws sheet to mould — pressure assist (AM-P) sharpens detail
Trim & Stack
Parts trimmed from web — stacked automatically or collected by operator
What Are the Key Features of the AM-P?
Pressure Forming Technology
Enhanced forming capability with positive air pressure provides superior detail reproduction and dimensional accuracy compared to vacuum-only forming.
Roll Feeding System
Continuous roll-fed operation with servo-driven spike chain indexing for high-volume production efficiency.
Double Heating System
Top and bottom heating ovens provide superior temperature control and uniformity for pressure forming applications, essential for materials like PP and PLA.
What Is the Difference Between Vacuum and Pressure Forming?
Pressure forming uses compressed air on the top surface of the heated plastic sheet, forcing it against the mould with far greater force than vacuum alone. The result is sharper edges, crisper surface texture, and finer detail — comparable to injection moulding at a fraction of the tooling cost. Drag the slider to compare the surface quality difference.
With up to 6 bar of forming pressure, the AM-P can replicate fine grain textures, undercuts, and tight radii that vacuum forming simply cannot achieve. This makes it the preferred choice for medical device trays, precision electronic packaging, and branded consumer products where surface quality matters.
What Are the AM-P Technical Specifications?
AM-P models with pressure forming capability. No additional configuration options — machines are supplied as standard.
| Model | Forming Area | Press Drive | Stroke (Above / Below) | Cycles/Min | |
|---|---|---|---|---|---|
| AM-P 5060 | 500 × 600 mm | Air cylinder driven press | 100 mm above / 120 mm below | 8 | |
| AM-P 6070 | 600 × 700 mm | Servo driven press | 150 mm above / 150 mm below | 6 |
What Materials Are Compatible with the AM-P?
What Products Can You Make with the AM-P?
The AM-P delivers sharper detail and deeper draws than vacuum-only forming — ideal for precision trays, packaging, and industrial components in PS, PET, HIPS, and ABS.
Material Handling Trays
Stackable compartmented trays for organising and transporting industrial parts and sub-assemblies.
Stationary Trays
Desk organiser trays in clear PET or white PS for pens, clips, and office accessories.
ESD Trays
Electrostatic-safe black conductive PS trays for PCBs, ICs, and sensitive electronic components.
Industrial Trays
Heavy-duty HIPS or ABS trays with custom cavities for fasteners, gears, and mechanical parts.
Ampoule Trays
Pharmaceutical-grade clear PET trays with precision cavities for glass ampoules and vials.
Looking for vacuum-only forming?
The AM-V uses only vacuum to produce parts — ideal for sub-contractors and OEMs producing simple vacuum formed parts from roll stock at a lower cost.
View AM-V MachineFrequently Asked Questions About the AM-P
Ready to discuss your AM-P project?
Our engineers will help you configure the right AM-P setup for your production requirements.
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AM-P Application Guides.
Explore detailed technical articles about products manufactured on the AM-P — materials, processes, and real-world applications.