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| Quantity: | |
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JSY-300/350/450
Automatic Flatbed Die Cutting Machine specifically designed for the packaging, labeling, and printing industries is a versatile piece of equipment capable of cutting various materials such as paper, cardboard, plastic, and metal sheets with high precision. These machines are essential for producing custom-shaped packaging, labels, and printed products, and are widely used for applications like folding cartons, labels, and other packaging components.
Available in a range of cutting sizes, such as 300mm, 350mm, 450mm, and even larger models, depending on the specific needs.
Max Cutting Area: Up to 450mm x 470mm for larger packaging jobs.
Paper: Thin to thick sheets used for labels, brochures, business cards, etc.
Cardboard: Ideal for packaging boxes and cartons.
Plastic Films: Used for adhesive labels, flexible packaging, or protective sheets.
Metal Sheets: Thin aluminum, steel, or other non-ferrous metals for durable labels or packaging components.
Material Thickness Range: Typically from -0.05mm to +0.05mm, depending on the machine and material type.
Cutting Speed: Ranges from 12000 to 18000 sheets per hour, depending on the material type, size, and complexity of the cut.
Die Cutting Precision: Generally, ±0.1mm, providing precise cuts for complex designs.
Power requirements range from 3 kW to 15 kW depending on the machine’s size and cutting pressure.
Equipped with servo motors for high-precision control, ensuring consistent operation and accuracy.
Cutting: Creates custom shapes out of flat materials.
Creasing: Adds fold lines for packaging, allowing easy folding.
Embossing: Raises parts of the material for logos, designs, or textures.
Perforating: Adds tear lines for tickets, coupons, or easy-open packaging.
Kiss Cutting: Cuts the top layer of a material, often used for adhesive labels.
Automatic Material Feeding: Continuous feed system that allows the machine to work uninterrupted, maximizing production speed.
Optical Registration System: Aligns pre-printed material accurately for die cutting, crucial for printed packaging and labels.
Automatic Waste Stripping: Integrated waste removal for clean die cuts, reducing manual labor.
Pressure Adjustment: Automatic pressure control based on material thickness, improving cutting precision and reducing wear on dies.
PLC (Programmable Logic Controller): A central system that controls all machine operations with a touchscreen interface for easy programming and operation.
Pre-set Job Memory: Stores multiple job settings for quick changeovers, reducing downtime between different production jobs.
Safety Sensors and Guards: Detect any irregularities or unsafe conditions and automatically stop the machine to prevent accidents.
Dust and Scrap Collection: Machines are equipped with vacuum systems or waste bins to collect scraps and dust, ensuring a clean working environment.
High Efficiency and Productivity:
The automatic feeding and waste removal systems make these machines capable of producing large quantities quickly. Ideal for large production runs in the packaging industry.
Versatile Material Handling:
These machines are designed to work with a variety of materials, such as paper, cardboard, plastic, and even metal sheets. This versatility is beneficial for manufacturers who need to produce a wide range of packaging and labeling products.
Precision and Consistency:
With advanced servo motor controls and optical registration systems, these machines ensure that every cut is precise and consistent, even for complex designs.
Reduced Labor Costs:
Automation significantly reduces manual intervention, allowing operators to oversee the process rather than handle the material. This reduces labor costs and increases output efficiency.
Cost-Effective for Large Batches:
The machine’s ability to handle high volumes makes it cost-effective for large production runs, especially in the packaging and labeling sectors where large quantities are often required.
Customization Capabilities:
From kiss cutting for labels to creasing and embossing for custom packaging, flatbed die-cutters allow for easy customization, providing a wide range of possibilities for designers.
Custom Packaging Boxes: Used for cutting, creasing, and embossing cardboard for packaging boxes.
Folding Cartons: Ideal for producing folding cartons used in various industries, from food to electronics.
Rigid Boxes: Cutting and forming parts for more rigid packaging boxes made from thicker materials like chipboard.
Adhesive Labels: Used to die-cut adhesive labels for various products such as bottles, cans, and boxes.
In-Mold Labels: High precision cutting for labels that will be used in the in-mold labeling process for plastic packaging.
Sticker Sheets: Kiss cutting ensures that only the top layer of a material is cut, perfect for sticker production.
Promotional Materials: Die cutting business cards, brochures, flyers, and other promotional materials to custom shapes and sizes.
Point-of-Sale Displays: Creating complex structures and displays for retail environments using cardboard or other materials.
Durable Labels: Die cutting of thin metal sheets to create durable labels for industrial or outdoor applications.
Metal Packaging Components: Cutting out metal sheets for parts of packaging, such as lids or reinforced edges for containers.
Technical Specifications:
| Specifications | JSY-300 | JSY-350 | JSY-450 |
|---|---|---|---|
| Feed Width | 310 mm | 370 mm | 470 mm |
| Max. Die Cutting Area | 300 × 310 mm | 350 × 370 mm | 450 × 470 mm |
| Max. Operating Speed | 18000 punches/hour | 18000 punches/hour | 12000 punches/hour |
| Punching Stroke | 28 mm | 28 mm | 28 mm |
| Pressure Regulation | 30 mm | 30 mm | 30 mm |
| Voltage Regulation Accuracy | 0.005 mm | 0.005 mm | 0.005 mm |
| Drawing Accuracy | ±0.05 mm | ±0.05 mm | ±0.05 mm |
| Upper Form Size | 300 × 310 × 37 mm | 350 × 370 × 37 mm | 450 × 470 × 37 mm |
| Lower Template Size | 300 × 310 × 40.5 mm | 350 × 370 × 40.5 mm | 450 × 470 × 40.5 mm |
| Overall Dimensions | 2000mm × 1350mm × 1850mm | 2100mm × 1400mm × 1850mm | 2350mm × 1450mm × 1900mm |
| Machine Weight | 1200 kg | 1600 kg | 2100 kg |
| Air Source Specification | 0.5–0.7 MPa | 0.5–0.7 MPa | 0.5–0.7 MPa |
| Total Power | 7.5kW | 8.5 kW | 11.5 kW |
| Lubrication Mode | Intermittent fuel supply | Intermittent fuel supply | Intermittent fuel supply |
| Applicable Die Types | Plywood mold, wood mold | Plywood mold, wood mold | Plywood mold, wood mold |
Small hole positioning instant correction device.
Double servo drive for stable pressure, low noise, and precise drawing.
Electric digital display for quick and convenient voltage adjustment.
High punching force with stable die-cutting pressure.
QDC mold allows multiple high precision nesting die cutting to be achievable.
This machine is well-suited for industries that require precision die cutting for materials like plywood, wood, and other specialized molds. It is particularly useful in:
Packaging
Label cutting
Electronics manufacturing
Wood processing
Automatic Flatbed Die Cutting Machine specifically designed for the packaging, labeling, and printing industries is a versatile piece of equipment capable of cutting various materials such as paper, cardboard, plastic, and metal sheets with high precision. These machines are essential for producing custom-shaped packaging, labels, and printed products, and are widely used for applications like folding cartons, labels, and other packaging components.
Available in a range of cutting sizes, such as 300mm, 350mm, 450mm, and even larger models, depending on the specific needs.
Max Cutting Area: Up to 450mm x 470mm for larger packaging jobs.
Paper: Thin to thick sheets used for labels, brochures, business cards, etc.
Cardboard: Ideal for packaging boxes and cartons.
Plastic Films: Used for adhesive labels, flexible packaging, or protective sheets.
Metal Sheets: Thin aluminum, steel, or other non-ferrous metals for durable labels or packaging components.
Material Thickness Range: Typically from -0.05mm to +0.05mm, depending on the machine and material type.
Cutting Speed: Ranges from 12000 to 18000 sheets per hour, depending on the material type, size, and complexity of the cut.
Die Cutting Precision: Generally, ±0.1mm, providing precise cuts for complex designs.
Power requirements range from 3 kW to 15 kW depending on the machine’s size and cutting pressure.
Equipped with servo motors for high-precision control, ensuring consistent operation and accuracy.
Cutting: Creates custom shapes out of flat materials.
Creasing: Adds fold lines for packaging, allowing easy folding.
Embossing: Raises parts of the material for logos, designs, or textures.
Perforating: Adds tear lines for tickets, coupons, or easy-open packaging.
Kiss Cutting: Cuts the top layer of a material, often used for adhesive labels.
Automatic Material Feeding: Continuous feed system that allows the machine to work uninterrupted, maximizing production speed.
Optical Registration System: Aligns pre-printed material accurately for die cutting, crucial for printed packaging and labels.
Automatic Waste Stripping: Integrated waste removal for clean die cuts, reducing manual labor.
Pressure Adjustment: Automatic pressure control based on material thickness, improving cutting precision and reducing wear on dies.
PLC (Programmable Logic Controller): A central system that controls all machine operations with a touchscreen interface for easy programming and operation.
Pre-set Job Memory: Stores multiple job settings for quick changeovers, reducing downtime between different production jobs.
Safety Sensors and Guards: Detect any irregularities or unsafe conditions and automatically stop the machine to prevent accidents.
Dust and Scrap Collection: Machines are equipped with vacuum systems or waste bins to collect scraps and dust, ensuring a clean working environment.
High Efficiency and Productivity:
The automatic feeding and waste removal systems make these machines capable of producing large quantities quickly. Ideal for large production runs in the packaging industry.
Versatile Material Handling:
These machines are designed to work with a variety of materials, such as paper, cardboard, plastic, and even metal sheets. This versatility is beneficial for manufacturers who need to produce a wide range of packaging and labeling products.
Precision and Consistency:
With advanced servo motor controls and optical registration systems, these machines ensure that every cut is precise and consistent, even for complex designs.
Reduced Labor Costs:
Automation significantly reduces manual intervention, allowing operators to oversee the process rather than handle the material. This reduces labor costs and increases output efficiency.
Cost-Effective for Large Batches:
The machine’s ability to handle high volumes makes it cost-effective for large production runs, especially in the packaging and labeling sectors where large quantities are often required.
Customization Capabilities:
From kiss cutting for labels to creasing and embossing for custom packaging, flatbed die-cutters allow for easy customization, providing a wide range of possibilities for designers.
Custom Packaging Boxes: Used for cutting, creasing, and embossing cardboard for packaging boxes.
Folding Cartons: Ideal for producing folding cartons used in various industries, from food to electronics.
Rigid Boxes: Cutting and forming parts for more rigid packaging boxes made from thicker materials like chipboard.
Adhesive Labels: Used to die-cut adhesive labels for various products such as bottles, cans, and boxes.
In-Mold Labels: High precision cutting for labels that will be used in the in-mold labeling process for plastic packaging.
Sticker Sheets: Kiss cutting ensures that only the top layer of a material is cut, perfect for sticker production.
Promotional Materials: Die cutting business cards, brochures, flyers, and other promotional materials to custom shapes and sizes.
Point-of-Sale Displays: Creating complex structures and displays for retail environments using cardboard or other materials.
Durable Labels: Die cutting of thin metal sheets to create durable labels for industrial or outdoor applications.
Metal Packaging Components: Cutting out metal sheets for parts of packaging, such as lids or reinforced edges for containers.
Technical Specifications:
| Specifications | JSY-300 | JSY-350 | JSY-450 |
|---|---|---|---|
| Feed Width | 310 mm | 370 mm | 470 mm |
| Max. Die Cutting Area | 300 × 310 mm | 350 × 370 mm | 450 × 470 mm |
| Max. Operating Speed | 18000 punches/hour | 18000 punches/hour | 12000 punches/hour |
| Punching Stroke | 28 mm | 28 mm | 28 mm |
| Pressure Regulation | 30 mm | 30 mm | 30 mm |
| Voltage Regulation Accuracy | 0.005 mm | 0.005 mm | 0.005 mm |
| Drawing Accuracy | ±0.05 mm | ±0.05 mm | ±0.05 mm |
| Upper Form Size | 300 × 310 × 37 mm | 350 × 370 × 37 mm | 450 × 470 × 37 mm |
| Lower Template Size | 300 × 310 × 40.5 mm | 350 × 370 × 40.5 mm | 450 × 470 × 40.5 mm |
| Overall Dimensions | 2000mm × 1350mm × 1850mm | 2100mm × 1400mm × 1850mm | 2350mm × 1450mm × 1900mm |
| Machine Weight | 1200 kg | 1600 kg | 2100 kg |
| Air Source Specification | 0.5–0.7 MPa | 0.5–0.7 MPa | 0.5–0.7 MPa |
| Total Power | 7.5kW | 8.5 kW | 11.5 kW |
| Lubrication Mode | Intermittent fuel supply | Intermittent fuel supply | Intermittent fuel supply |
| Applicable Die Types | Plywood mold, wood mold | Plywood mold, wood mold | Plywood mold, wood mold |
Small hole positioning instant correction device.
Double servo drive for stable pressure, low noise, and precise drawing.
Electric digital display for quick and convenient voltage adjustment.
High punching force with stable die-cutting pressure.
QDC mold allows multiple high precision nesting die cutting to be achievable.
This machine is well-suited for industries that require precision die cutting for materials like plywood, wood, and other specialized molds. It is particularly useful in:
Packaging
Label cutting
Electronics manufacturing
Wood processing
