Nikko JY-106E Automatic Die-Cutting Machine

Nikko JY-106E Automatic Die-Cutting Machine

The Nikko JY-106E Automatic Die-Cutting Machine is a perfect combination of modern technology and sophisticated design, delivering maximum efficiency for businesses in the printing and packaging industry. With the ability to quickly and accurately die-cut various materials, the Nikko JY-106E ensures high-quality output, meeting diverse production needs and large volumes. Let’s explore the specifications and features of the JY-106E below:

Technical Specifications of Nikko JY-106E

Item	NIKKO JY-106E
Maximum paper size	1060x750mm
Minimum paper size	450x380mm
Maximum die-cutting size	1040x720mm
Maximum mold mounting size	1120x760mm
Maximum steel plate size	1080x736mm
Product thickness	Duplex paper from 80-2000g/m² Maximum corrugated cardboard ≤5mm (B-flute) Maximum cold cardboard ≤3mm
Minimum gripper margin	8mm
Minimum gripper edge margin	9mm
Maximum die-cutting speed	7500 sheets/hour
Die-cutting accuracy	±0.075mm (≤0.15mm)
Input paper stack height	1600mm
Finished product stack height	1350mm
Maximum noise level	≤85dB (A)
Maximum die-cutting pressure	300 tons
Total machine power	22kw
Power supply	Flow rate 0.36m³/min, pressure 0.7Mpa
Machine dimensions	L5910xW4262xH2300
Machine weight	18.5 tons

Standard Features of Nikko JY-106E

Feeder

• The feeder and paper feeding unit of the Nikko JY-106E die-cutting machine are designed in Germany and manufactured by Shanghai Mabeg Machinery Co., Ltd.
• Equipped with a paper alignment mechanism for square feeding.
• Features a 4-suction + 5-feed feeder with adjustable suction height and direction.

Feeding System

• The feeding system of the Nikko JY-106E automatic die-cutting machine features a mechanical and electronic double sheet detection sensor.
• The conveyor system is also manufactured by MMS.
• The front gauge is adjustable and includes a sensor to check if the paper has reached the correct position.
• The rubber and brush rollers are easily adjustable to accommodate thin, medium, and cardboard papers.

Die-Cutting Unit

• The frame sides of the Nikko JY-106E die-cutting unit are reinforced and cast as a single piece, then machined using heavy-duty CNC machines for high strength and stability.
• Maximum standard pressure of 300 tons, equipped with overload protection, pressure settings can be saved on the touch screen for quick setup in future runs.
• The die-cutting table is specially designed to ensure even pressure distribution across all four corners during high-pressure die-cutting.

Main Motor

• The Nikko JY-106E is powered by a SIEMENS main motor.
• The brake clutch is imported from Europe, meeting European safety standards.
• The clutch uses a Festo pneumatic system from Germany, reducing shock when the machine stops.

Edge and Inner Perforation System

• The Nikko JY-106E automatic die-cutting machine is equipped with a triple-action perforation system, ensuring precise and powerful perforation for various paper types.
• Features a central positioning system synchronized with the die-cutting station for quick and accurate mold changes.
• Perforation can be done using upper and lower pins or a male-female mold system, offering flexibility and convenience.
• The central mold is equipped with a positioning system.
• Includes perforation pins and a sensor to monitor the printed sheets.

Advantages of the Nikko JY-106E Die-Cutting Machine

High Efficiency

The Nikko JY-106E die-cutting machine can operate continuously, ensuring the ability to handle large orders, thereby maximizing production capacity and business competitiveness.

The production speed can be flexibly adjusted to meet specific business needs.

Quick Maintenance

To minimize downtime during repairs, Nikko has designed key components to be easily disassembled and replaced when necessary.

Easy Operation

The user interface of the Nikko die-cutting machine is simple, with the operation screen mounted on the machine, saving space and facilitating machine adjustments. Additionally, this helps operators quickly familiarize themselves with the machine’s functions.

The electronic system can display all machine errors on the touch screen, allowing operators to make timely adjustments and reduce downtime for troubleshooting.