S106DHDHQ Dual‑unit Heavy‑duty Die‑cutting & Waste Stripping Machine (Heavy‑duty Die‑cutting + Heavy‑duty Waste Stripping)

Paper feeding section

Feeder Head: High-quality feeder with 4 suction cups for paper suction and 4 suction cups for paper feeding, ensuring stable and fast paper feeding.

Pre-stacking Device, Non-stop Paper Feeding: Pre-stacking device ensures the feeder does not stop; maximum stacking height 1600mm (including tray).

Front Guide Position Detection: Detects whether the paper has accurately reached the front guide position via a photoelectric switch.

Side Guide Position Detection: Triggers a sensor switch through precise mechanical action to determine whether the paper is in position (applicable to all printing colors).

Vacuum Pump: High-quality German-imported Beck pump with a longer service life.

Push/Pull Integrated Side Guide: Flexible switching for different paper weights.

Feeder Control Panel: Convenient paper feeder operation.

First unit die-cutting section

Pneumatic locking of the upper and lower die-cutting frames and bottom liner: A quick-locking cylinder device prevents human error caused by improper locking of the upper and lower frames.

Centerline alignment system: The die-cutting frame uses a centerline-based quick-positioning mounting method, eliminating the need for operators to consider positional deviations during installation.

High-quality gripper plates: Utilizing high-quality gripper plates imported from Japan, ensuring stable clamping force and a long service life.

Pre-stretched high-quality chain: The chain undergoes 72 hours of high-speed simulated operation, resulting in more stable chain accuracy.

Pneumatic clutch system: Faster braking and more stable equipment operation.

Torque limiter: In case of machine malfunction, the torque limiter disengages to protect the machine from further damage.

Indexing gearbox transmission: An optimized indexing gearbox extends the equipment's service life and improves gear positioning accuracy.

Pneumatic lifting of the bottom liner: The bottom liner is lifted by a cylinder, disengaging it from the moving platform for easier and less strenuous loading and unloading. Main drive automatic lubrication and cooling system: Immersion and drip lubrication ensure the main drive mechanism is always lubricated, resulting in more stable die-cutting pressure and extending equipment lifespan.

Chain automatic lubrication system: Automatic lubrication with settable lubrication time (amount), extending chain life and ensuring smoother equipment operation.

Cam automatic lubrication system: Automatic lubrication with settable lubrication time (amount), extending cam life and ensuring smoother equipment operation.

Servo pressure control system: Employs a servo system for precise pressure control via computer, with an adjustment accuracy of 0.01mm.

Ductile iron honeycomb panel: Ductile iron material offers greater stability, higher strength, and better corrosion resistance.

Paper drop detection: Photoelectric sensor detects whether paper has fallen into the main unit, preventing damage to the die-cutting plate.

Two-way quick-locking function: Utilizes a cylinder-driven two-way quick-locking device to avoid human error caused by incomplete plate locking. Safety door for die-cutting section: Uses a transparent acrylic door, allowing real-time observation of the platform's operating status.

Pressure stabilization function: Computer-controlled high-precision pressure stabilization function ensures consistently stable pressure, effectively extending the lifespan of the die-cutting plates.

Independent temperature control zones: Employs 16 independently controllable temperature zones with a control accuracy of ±2℃.

Main motor: High-quality German Inmonda motor for more stable performance.

Automatic pressure reduction without paper (first unit hot stamping): When the system detects no paper entering the main unit, the machine automatically reduces pressure to prevent electroplated aluminum from transferring onto the die.

Automatic pressure reduction without paper (second unit hot die-cutting): When the system detects no paper entering the main unit, the machine automatically reduces pressure to prevent electroplated aluminum from transferring onto the die.

The second unit's die-cutting and waste removal section

Three-way waste removal structure: Employs an upper, middle, and lower waste removal frame structure to achieve waste removal functionality.

Centerline alignment system: Both the upper and middle waste removal frames utilize a center positioning system, improving plate mounting efficiency.

Waste removal preparation table: Enables pre-calibration of the upper and lower waste removal frames, improving production efficiency.

Paper collection section

Non-stop paper collection: Equipped with an auxiliary paper collection structure, enabling paper collection without stopping the machine.

Electric paper collection brush: Enables quick adjustment of the paper collection brush, reducing operation time.

Electric auxiliary paper collection: The electric roller shutter-type auxiliary paper collection structure allows for fast paper feeding, reducing labor intensity.