Full Automatic Servo-driven Heavy-duty Foil Stamping Machine

High-end anti-counterfeit cigarette packaging

Precision cutting jigsaw puzzles

Luxury wine boxes

Lightweight hang tags

Heavy-duty protective corrugated boxes

High-end customized paper boxes

Product Introduction
Equipment structure
Technical Parameters
Optional

Product Introduction

Features

The entire machine utilizes Q235 carbon steel. The body wall panels undergo special processing for high strength, permanent dimensional stability, and structural safety.
Equipped with imported Taiwanese ball screws to ensure precise movement. The main servo includes overload protection, and the timing belt features fracture protection. Automatically halts upon external impact to minimize damage to the body/feeding accuracy and prevent malfunctions.
Main unit employs imported genuine bearings.
Critical components integrate imported electrical parts (e.g., Omron [Japan], Schneider [France]).
Foil stamping accuracy: ±0.1mm; Maximum speed: 1,600 sheets/hour.
Features Jiexiang’s automatic pressure adjustment system for swift and precise stamping pressure control.
Sino-English touchscreen control interface.
Taiwanese AirTAC pneumatic components ensure accuracy in every pneumatic motion.
Main PLC utilizes Xinjie Electric (Stock Code: 603416) for stable machine smooth operation.

Equipment structure

Working principle of feeder paper feeding unit

Paper Feeding Unit

Utilizes an advanced control system to regulate the paper feeding speed, ensuring smooth paper transportation.
The paper separation part is made of special aluminum alloy for smoother paper feeding.
Single-sheet feeding, ensuring stability and accuracy.
Servo micro-adjustment technology for the suction paper row, allowing adjustments without stopping the machine.

Paper Receiving Unit

Automatic Paper Aligning Device.
Photoelectric device ensures neat paper collection.
Automatic lifting and lowering control system for the Paper Receiving Table.

Electrical Unit

The human-machine interactive touch interface allows configuration of different long and short pulls.
An alarm is triggered if the foil length is less than 10 cm.
The computer-controlled foil monitoring system displays the remaining and consumed foil length.
Equipped with Schneider Electric components (France) and Xinjie PLC control system to ensure stable machine operation.
Uses photoelectric components from Japan's Omron and Germany's SICK.

Hot Stamping Section

The hot stamping plate uses 7075 high-grade aviation aluminum alloy and surface undergoes hard anodizing treatment, ensuring lightweight operation while maintaining high surface hardness and resistance to deformation.
Longitudinal Foil Feeding System: Reduces foil consumption and saves foil replacement time.

Hot Stamping Section

Dual Longitudinal Foil Feeding Mechanism: Equipped with Hangzhou Zhishan servo motors (China) and Xinje PLC control system for user-friendly operation. The mechanism is positioned behind the longitudinal foil feeding to ensure smooth and flat foil collection after stamping.
Independent Manual Control: The main unit can be operated manually when needed.

Hot Stamping Section

Parallel Pressure Adjustment Device: Features a flat upper platform for precise pressure regulation.
Vacuum negative pressure detection ensures machine operation ceases upon absence of paper.
L-Shaped Right-Angle Push Gauge: Accommodates different printing registration requirements for accurate alignment.

Technical Parameters

Name	Parameter
Max. feeding paper size	800×600mm
Min. feeding paper size	200×200mm
Max. foil stamping size	680×500mm
Paper specifications	128~3000g/m2 (cardboard) 3.0mm thick grey board
Foil stamping precision	≤±0.1mm
Max. working pressure	40T
Max. working speed	1600s/h
Max. feed pile height	600mm
Max. foil length	240m (length wise)
Electric heating system	5kw 2 temperature zones,adjustable from 40-200℃
Foil width	20-600mm
Main motor power	7.5kw
Overall dimensions	2100×1800×2150mm
Machine weight	2400kg
Full load power	13kw

Optional

Name	Brand	Origine	Name	Brand	Origine
Push Buttons	Eaton	Germany	Gripper Bars & Grippers	KUI	Japan
Circuit Breakers	Schneider	France	Photoelectric Sensors	SICK	Germany
Motor Protectors	Schneider	France	Proximity Sensors	Omron	Japan
AC Contactors	Schneider	France	Encoders	Omron	Japan
Air Circuit Breakers	Schneider	France	Sensors	Omron	Japan
Main Solenoid Valves	Airtac	Taiwan,China	Fiber Optics	Panasonic	Japan
Air Flow Regulator	Airtac	Taiwan,China	Counting Photoelectric Sensors	Omron	Japan
Cylindere	Airtac	Taiwan,China	Intermediate Relays	Omron	Japan

After-sales service

How is die-cutting machine precision ensured?

Product dimensions and cutting accuracy are maintained through regular machine calibration, use of high-quality dies, and adjustment of cutting pressure and speed.

How often do die-cutting machine blades need replacement?

Die life depends on material and usage frequency. Paper dies typically last tens of thousands of cuts, while harder materials may require more frequent replacement.

What materials are suitable for die-cutting machines?

Die-cutting machines can process materials such as paper, cardstock, thin plastics, and thin metal sheets. However, materials with excessive thickness or hardness may require specialized dies or higher-powered models.