Industrial Laser System – Laser Marking Machine
CO2 Laser Marking System
In the evolving world of industrial manufacturing, CO₂ Laser Marking Machines have become a key technology for efficient, high-quality, and versatile marking.
Harnessing the power of carbon dioxide lasers, these machines offer manufacturers across sectors the ability to engrave, etch, and mark a broad range of non-metallic materials with speed, accuracy, and durability.
As demand grows for flexible and cost-effective marking solutions, CO₂ laser technology proves itself an indispensable tool for modern production environments.
As industries drive deeper into miniaturisation and material innovation, UV laser marking becomes indispensable for achieving unmatched detail, traceability, and product integrity.
Understanding CO₂ Laser Marking Technology
CO₂ lasers produce a 10.6-micrometer wavelength infrared beam by electrically exciting a carbon dioxide gas mixture.
The relatively long wavelength enables superior absorption by organic materials and many composites, making CO₂ lasers highly effective for engraving and marking:
- Plastics
- Wood
- Fabrics
- Glass
- Ceramics
- Laminates
Technical Specifications
- Laser Source: Fiber Laser 20W / 30W / 50W
- Marking Area: ø140 with FFL160 / ø220 with FFL254
- Marking Height: 200 mm (FFL160) / 95 mm (FFL254)
- Power Supply: 110 – 230 Vac, 50Hz
Laser Marking Software: FlyCAD
Our proprietary FlyCAD software provides an intuitive Windows-based environment offering:
- User-Friendly: Windows-based WYSIWYG design.
- All-in-One File Management: Handles power, frequency, and design files (LMF/XML).
- Versatile Marking: Supports TrueType text, serial numbers, barcodes, and logos.
- Motion Control: Manages up to 9 axes.
- Lifetime Free Upgrades: Always stay updated.
- MES-ERP Integration: Easy system-wide integration.
- Custom Software Development: Tailored marking solutions.
- Robotic Synchronisation: Compatible with PROFIBUS, PROFINET, RS232.
Key Features and Advantages
Engineered for Reliable Performance
• CO₂ Laser Tube: Generates a powerful, stable laser beam.
• Precision Optics and Mirrors: Accurately guide and shape the beam.
• Galvanometer Scanning System: Enables rapid, precise beam movement.
• Focusing Lens: Concentrates the beam for detailed and high-quality marks.
• Control Software: Handles design input, marking paths, and system parameters.
• Optional Automation: Integrates conveyors, rotary attachments, or robotic systems for high throughput.
Exceptional Versatility in Material Processing
• Organic materials such as wood, leather, textiles, and paper.
• Plastics and polymers including acrylics, ABS, PE, and PVC.
• Ceramics and glass with high-contrast detailed markings.
• Coated metals by engraving through anodised or painted layers.
High-Speed Marking
• Fast processing ideal for large-volume production.
• Supports both raster and vector marking for diverse applications.
• Large-area coverage ensures efficiency across wide workspaces.
Non-Contact Process
• Eliminates tool wear since there is no physical contact.
• Protects delicate surfaces from distortion or stress.
• Capable of marking complex or uneven shapes with precision.
Cost-Effective Operation
• Long CO₂ tube life ensures low maintenance and minimal downtime.
• Energy-efficient designs reduce operating costs.
• Ink-free and chemical-free marking eliminates consumables.
Applications Across Industries
Packaging and Consumer Goods
- Batch Coding and Serialisation: Marking food and pharmaceutical packaging.
- Branding and Product Information: Permanent logos, QR codes, and product specs.
- Direct-on-Pack Marking: Without labels or additional consumables.
Textile and Apparel
- Fabric Engraving and Cutting: Create customised designs and patterns.
- Label and Tag Marking: Non-fading branding and compliance labels.
- Decorative Leather Marking: High-detail personalisation on wallets, shoes, and accessories.
Wood and Furniture
- Artistic Engravings: Intricate patterns and personalisation.
- Inlay Material Removal: Prepare surfaces for decorative inlays.
- Custom Furniture Marking: Branding and serialising handcrafted pieces.
Signage and Awards
- Acrylic and Plastic Signs: Create sharp-edged, professional signage.
- Trophies and Awards: Custom plaques with detailed text and graphics.
- Braille and Tactile Signs: Accessibility products through laser etching.
Why Choose United Spectrum Instruments?
- Advanced Technology: Latest laser marking innovations combined with reliable rotary mechanisms.
- Precision and Reliability: Consistently uniform and permanent markings across curved surfaces.
- Expert Support: Comprehensive service including installation, operator training, and technical consultation.
By investing in a CO₂ Laser Marking Machine from United Spectrum Instruments, you gain a reliable, versatile, and efficient solution to meet your evolving manufacturing needs.
Enhance product quality, production speed, and operational flexibility —
Empower your marking capabilities with CO₂ laser technology today!
FAQs
What materials can be marked with CO₂ lasers?
CO₂ lasers are ideal for non-metallic materials such as plastics, wood, leather, paper, glass, and coated metals.
How long does a CO₂ laser tube typically last?
Most CO₂ laser tubes have a lifespan of 8,000 to 20,000 hours, depending on usage and maintenance practices.
Is CO₂ laser marking eco-friendly?
Yes. It eliminates consumable waste like ink and solvent, reduces energy consumption, and extends equipment life.
Can CO₂ lasers mark metal surfaces?
CO₂ lasers can mark coated metals (like anodised aluminium) effectively, but for bare metals, fiber lasers are usually recommended.
Can a CO₂ laser be integrated into an automated production line?
Absolutely. Modern CO₂ laser systems offer automation-ready features, including I/O ports, PLC compatibility, and robotic system integration.
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FAQs
What materials can be marked with CO₂ lasers?
CO₂ lasers are ideal for non-metallic materials such as plastics, wood, leather, paper, glass, and coated metals.
How long does a CO₂ laser tube typically last?
Most CO₂ laser tubes have a lifespan of 8,000 to 20,000 hours, depending on usage and maintenance practices.
Is CO₂ laser marking eco-friendly?
Yes. It eliminates consumable waste like ink and solvent, reduces energy consumption, and extends equipment life.
Can CO₂ lasers mark metal surfaces?
CO₂ lasers can mark coated metals (like anodised aluminium) effectively, but for bare metals, fiber lasers are usually recommended.
Can a CO₂ laser be integrated into an automated production line?
Absolutely. Modern CO₂ laser systems offer automation-ready features, including I/O ports, PLC compatibility, and robotic system integration.
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