Aluminium Foil Plate Making Machine 80ton Mitsubishi PLC & Servo Feeding 35-70 Strokes/Min High Speed

The LK-T80 is an 80-ton automatic aluminium foil container making machine that transforms aluminium foil roll stock into finished containers, trays, and lunch boxes through continuous stamping. The complete process—from decoiling and feeding to stamping, forming, counting, and stacking—runs automatically with one operator.

Designed for foil container factories requiring stable, high-volume output, this machine features an H-frame for rigid support. With a working speed of 35-70 strokes per minute and 4-6 cavity tooling, a single machine produces approximately 9,000-12,000 pieces per hour. Built for 24/7 continuous operation, it is ideal for batch order production.

Production stability depends on precise stroke timing and accurate material feeding. The T80 addresses both with the following setup:

Control System: Mitsubishi PLC + Touch Screen + Inverter. The Mitsubishi PLC manages stamping timing, safety interlocks, and feed synchronization. Operators set stroke count, cavity mode, and feed parameters via the Mitsubishi touch screen, available in multiple languages including Chinese, English, and French. The Mitsubishi inverter ensures smooth motor speed control. The system stores parameters for up to 60 mould sets—switching products is as simple as recalling stored settings. In case of faults, the machine stops automatically and displays specific error messages.

Feeding System: Servo Feeding System. Step length and pitch are digitally set on the touch screen, ensuring repeatable accuracy. Changing material thickness or container size requires only parameter adjustments, not mechanical part changes. This precise feeding reduces scrap, maintaining a defect rate of approximately 1/1000.

• Automatic feeding — Servo driven with digitally set step length; switch specifications by changing parameters
• Auto counting — Real-time production count display for output tracking
• Fault diagnosis — Automatic stop on abnormality with fault messages shown on touch screen
• Safety door — Immediate machine stop if safety door opens during operation
• Quick mould change — Hydraulic mould lift + adjustable worktable; one worker completes changeover in ~15 minutes
• Parameter memory — 60 sets stored for direct recall when switching products
• 24/7 operation — Built for continuous production, suitable for large batch orders

It is an aluminium foil container making machine that feeds foil roll stock, stamps it through a mould, and outputs finished containers/trays/boxes automatically. One operator runs the entire production line.

Mitsubishi. The PLC handles logic and timing, the touch screen is for setting parameters and displaying faults, and the inverter is also Mitsubishi. This combination is widely available globally, making after-sales support straightforward.

Servo feeding controls how the foil is advanced into the press. Step length and pitch are set digitally on the screen—every feed is identical. When switching material thickness or container size, you change numbers instead of swapping mechanical parts, reducing scrap and maintaining consistent product dimensions.

The press makes 35 to 70 stamping strokes per minute. Actual output depends on container size and cavity count. At 4 cavities and ~50 strokes/min, expect approximately 9,000-12,000 pieces per hour.

60 sets. When switching to a different container, simply select the stored parameter set—no need to readjust from scratch.

Through the Mitsubishi inverter and touch screen. Change the parameter value—no mechanical belt changes required.

Yes. The applicable range is 0.025-0.2mm. A single mould can tolerate some thickness variation: roughly ±10 micron for small/medium containers, ±15-30 micron for large ones.

The machine stops automatically and displays the specific fault on the touch screen. Common issues like material run-out, low air pressure, or safety door open all have corresponding prompts.

Standard is 380V / 50Hz / 3-phase, 26 KW. If your local grid differs, a transformer is needed.

Yes. It can work with auxiliary machines like stackers or balers. One baler can serve 2-3 production lines.