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| Max. Paper Size (mm) | 1080(W) x 780(L) |
| Min. Paper Size (mm) | 400(W) x 360(L) |
| Max. Die Cutting Size (mm) | 1070(W) x 770(L) |
| Paper Thickness (mm) |
0.1-1.5 cardboard; ≤4 corrugated board 0.1-2.5 cardboard; ≤4 corrugated board (Depends on actual product blade line) |
| Max. Working Speed (pcs/hr) | 7000 |
| Die Cutting Precision (mm) | ±0.1 |
| Pressure Range (mm) | 2 |
| Max. Working Pressure (T) | 600 |
| Total Power (kw) | 16 |
| Blade Line Height (mm) | 23.8 |
| Paper Pile Height (m) | 1.6 |
| Machine Weight (T) | 15 |
| Machine Size (mm) | 6300(L) x 3705(W) x 2350(H) |
| Rating | 380V, 50Hz |
It can adjust itself according to different products’ sizes without scratching paper!
With European technology, this feeder is available for conveying cardboard and corrugated paper. Stable & precise!
The electrical part adopts PLC programmable control system, it makes the paper feeding, transporting and then die-cutting with full automatic control and testing. And it is equipped with a variety of security switch which can be automatically shut down in case of any unexpected situation.
The main driver system adopts worm wheel, worm gear pair and crankshaft structure, to ensure the machine running stable and with high precision. The material of the worm wheel is special alloys of copper.
The unique technology of belt pressure transporting style, can avoid bending the paper round of the collision, and realize the full pressure of the paper feed type forward pressure on the traditional way.
A: The HMC-1080HD die-cutting machine achieves a maximum working speed of up to 7,000 pcs/hr.
A: It supports a maximum paper size of 1080(W) x 780(L) mm and a minimum of 400(W) x 360(L) mm. It handles 0.1-2.5mm cardboard and ≤4mm corrugated board depending on the blade line.
A: As a heavy-duty model, the HMC-1080HD delivers a maximum working pressure of 600 Tons.
A: It features a PLC programmable control system for automated feeding and die-cutting, equipped with security switches that automatically shut down the machine in case of unexpected situations.
A: The worm wheel in the main driver system is made of special copper alloys to ensure high precision and stable long-term running.
A: It utilizes self-adjusting mechanisms and a unique belt pressure transporting technology to prevent paper bending and collisions without scratching the paper.
