360° Rotatable CO2 Laser System Supports PLT/BMP/DXF Files Industrial Motherboard
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Product Overview
The CO2 laser marking machine is a high-performance industrial marking device that utilizes carbon dioxide gas as the working medium. With its 10.2μm mid-infrared wavelength, this equipment is particularly suitable for precision marking on non-metallic materials. Featuring an all-aluminum structure, this laser system combines high accuracy, remarkable speed, and exceptional stability, making it ideal for various industries including packaging, electronics, and textiles.
Key Features and Advantages
Outstanding Technical Performance
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High-precision marking: 0.01mm repeat positioning accuracy and 0.03mm minimum line width ensure crisp, legible marks
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Rapid processing: Maximum marking speed of 10000mm/s meets high-speed production line requirements
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Large working area: Standard 90×90mm marking field, expandable up to 400×400mm
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360° flexible marking: Rotatable scanning head accommodates marking at various angles
User-Friendly Design
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Intuitive 10-inch touchscreen operation interface
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Supports online editing for real-time adjustments during production
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Industrial-grade highly integrated motherboard ensures system stability
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Ambient air cooling system eliminates maintenance of complex cooling devices
Eco-Friendly and Economical
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Low power consumption (700W total) significantly reduces energy costs
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Chemical-free marking process produces no pollutants
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IP54 protection rating suitable for diverse industrial environments
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Data protection function prevents information loss during power outages
Wide Application Range
This CO2 laser marking machine demonstrates excellent adaptability across multiple industries:
Packaging Industry: Permanent marking of dates, batch numbers, and barcodes on food, beverage, alcohol, and pharmaceutical packaging, especially effective on PET materials like water bottles, oil containers, and wine bottles.
Manufacturing: Product identification and traceability for electronic components, rubber products, leather goods, garment accessories, and nameplates.
Arts and Crafts: Fine engraving and personalized customization on glass, wood, and bamboo products.
Special Materials: Exceptional marking performance on laminated materials, creating clear, durable marks without damaging the substrate.
Detailed Technical Specifications
| Category |
Specifications |
| Laser Characteristics |
Wavelength 10.2μm, Power ≥30W |
| Marking Performance |
Speed ≤10000mm/s, Accuracy 0.01mm |
| Working Area |
Maximum 400×400mm (Standard 90×90mm) |
| Operating System |
Linux system, Industrial-grade motherboard |
| Physical Characteristics |
All-aluminum structure, 70kg, 650×520×1480mm |
| Environmental Requirements |
Operating temperature 5-40℃, Humidity 10-85% non-condensing |
| Power Requirements |
AC220V, 50-60Hz, Total power 700W |
Frequently Asked Questions (FAQ)
Q: What materials are suitable for CO2 laser marking?
A: Particularly suitable for non-metallic materials including PET, acrylic, glass, leather, plastic, fabric, cardboard, and rubber, with outstanding performance on laminated materials.
Q: Does the equipment require special cooling systems?
A: No, this machine uses ambient air cooling, requiring neither compressed air nor water cooling devices, making maintenance simple.
Q: Does production line speed affect marking quality?
A: The machine supports line speeds of 0-280m/min (depending on material and content), with high-speed marking capability ensuring clear marks even on fast-moving production lines.
Q: How is data protected during power outages?
A: The built-in data protection function automatically saves user data in case of unexpected power failure.
Q: What types of content can be marked?
A: Supports text (single/double line, dot matrix fonts), graphics (points, lines, arcs, rectangles, circles), variable text (serial numbers, dates, counters), and BMP/DXF/JPEG/PLT format files.
Q: How difficult is equipment maintenance?
A: The durable all-aluminum structure requires only regular cleaning with no special maintenance needs, significantly reducing operational costs.
Conclusion
This 30W CO2 laser marking machine, with its precise, efficient, and stable performance, has become an indispensable marking solution for modern industrial production lines. Whether for mass production or customized work, it delivers excellent marking results while offering operational convenience, economic efficiency, and environmental friendliness. It's the ideal choice for enterprises looking to enhance production efficiency and product added value.
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