The Firefly Series is a laser marking solution configured with CO₂ laser technology, delivering high quality on non-metal materials. It is designed to achieve clear, permanent, and aesthetic markings on surfaces such as plastic, wood, leather, glass, acrylic, and paper.

With its compact body, user-oriented interface, and fast processing capability, the Firefly Series makes production processes more practical; it also stands out with low energy consumption and an environmentally friendly operating principle. Offering a wide range of applications from promotional products to packaging and labeling, this series brings speed and quality together in one solution.

Features and Advantages:

1. Large Processing Area: Provides an optimized working area for large parts and high-volume production.
2. Fast and Clear Results: Delivers sharp, readable, and aesthetic markings even at high speeds.
3. Versatile Application: Enables use across various industries thanks to a structure compatible with different material types.
4. Compact and Adaptable Design: Easily adapts to your production environment with flexible placement options based on available workspace.
5. Energy Efficiency: Reduces operating costs in the long term thanks to low power consumption.

Application Areas:

• Industrial Manufacturing: Product identification, serial numbers, part codes, and traceability markings.
• Advertising and Design: Acrylic products, signage applications, and decorative designs.
• Furniture and Construction: Pattern, logo, and product information marking on wooden surfaces.
• Textile and Fashion: Branding/logos and personalization applications on leather and fabric products.
• Electronics and Automotive: Symbol, icon, code, and functional markings on plastic parts.

Developed with 100% domestic engineering capability, the Firefly Series is a CO₂ laser solution that combines efficiency, quality, and ease of use. Designed to meet modern production needs, this series accelerates your workflows and elevates your marking standards with stable performance and a user-friendly structure.