- Employs multiple imported servo paper feeding mechanisms for fast, stable, and accurate paper feeding.
- Suction-free pressure-free paper feeding technology effectively protects the cardboard's strength.
- Powerful suction dust removal device effectively removes paper debris from the cardboard surface.
- Pneumatic side flaps, with electrically adjustable front and left and right baffles.
Computerized Order Placement
Easy to Operate
High Efficiency
Labor Saving
Clear Printing
Full Vacuum Absorption Servo Pressure-free Automatic Printing Die-cutting Machine
Our independently developed servo-based pressure-free paper feeding system utilizes Taiwanese technology, with four-axis leading-edge paper feeding. This ensures accurate paper feeding without damaging the cardboard's strength. This system is more stable and durable, ensuring long-term machine operation and improving print quality.
Multi Functions, High Precision
Machine Features
The paper feed unit's leading-edge roller feeding system utilizes a complete set of Taiwanese technology, featuring four-axis leading-edge feeding for more accurate, stable, and durable paper feeding, ensuring the machine's long-term operation.
1
The paper feed unit utilizes an imported servo pressure-free structure, ensuring the strength of the paperboard.
2
A double row of brushes and a fan remove paper debris from the printed surface of the paperboard, improving print quality.
3
The leading-edge section utilizes multiple independent servo systems for paper feeding, ensuring stable and accurate paper feeding.
4
A suction bellows system replaces the rubber roller feeding system, preventing the paperboard from being crushed by the rubber mixture and damaging its strength.
5
The rear section of the paper feed utilizes a three-axis suction conveyor system with two-stage damper control to minimize damage to the paperboard's strength.
6
A dual synchronous belt vacuum suction conveyor system and linear guides ensure accurate color registration and superior print quality.
7
The flexible corner knife structure allows for easy operation, eliminating the need for adjustment for 3-5 layers of paperboard. 9. The power transmission of the pressure wheel adopts cam bearing transmission, which reduces wear and makes the transmission more stable.
8
Technical Parameters
| Parameters/Models | YBL-VA-0618 | YBL-VA-0920 | YBL-VA-1224 | YBL-VA-1628 |
|---|---|---|---|---|
| Maximum Design Speed(pcs/min) | 400 | Rotor Feed：350 | 250 | 200 |
| Servo Feed：430 | ||||
| Maximum Sheet Size(L x W)(mm) | 600*1800 | 850*2100 | 1150*2500 | 1550*2900 |
| Maximum Sheet Size(L x W)(mm) | 900*1900 | 1200*2100 | 1400*2500 | 1800*2900 |
| Minimum Sheet Size(L x W)(mm) | 210*600 | 300*600 | 350*600 | 400*600 |
| Maximum Printing Size(L x W)(mm) | 580*1800 | 880*200 | 1150*2400 | 1550*2800 |
| Standard Printing Plate Thickness(mm) | 7.2 | 7.2 | 7.2 | 7.2 |
| Maximum Slotting Depth(mm) | 200 | 450 | 300 | 400 |
| (Additional Blades Available) | (Additional Blades Available) | (Additional Blades Available) | (Additional Blades Available) | |
| Minimum Slotting Interval - Front Blade(mm) | 130*130*130*130 | 150*150*150*150 | 150*150*150*150 | 150*150*150*150 |
| Minimum Slotting Interval - Back Blade(mm) | 210*75*210*75 | 250*70*250*70 | 250*70*250*70 | 250*70*250*70 |
| Register Accuracy(mm) | ±0.3 | ±0.3 | ±0.3 | ±0.3 |
| Suitable Cardboard Thickness(mm) | 2-12 | 2-12 | 2-12 | 2-12 |
| Slotting and Die-cutting Accuracy(mm) | ±1.0 | ±1.0 | ±1.0 | ±1.0 |
| Die-cutting Blade Height(mm) | 25.4 | 25.4 | 25.4 | 25.4 |