LUZ105 UV LASER MARKING SYSTEM – LUGSICHER

Origin: Germany

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The Lugsicher LUZ Series UV Laser Marking System is engineered to replace conventional Thermal Transfer Overprinting (TTO) technology on flexible packaging lines, delivering a more efficient, reliable, and sustainable coding solution.

Designed for seamless integration with existing TTO installation structures, the LUZ Series enables a smooth upgrade with minimal modifications to your production line. By leveraging 355 nm UV laser technology, the system produces permanent, high-contrast markings without the need for ink ribbons or other consumables.

Whether marking PET, BOPP, or laminated films, the LUZ Series ensures exceptional marking clarity and consistency while significantly reducing maintenance requirements and long-term operating costs.

No Consumables Lower Long-Term Cost

No ribbon required, no consumable inventory, and no frequent machine downtime for replacement.

Compact Design for Seamless Integration with TTO Lines

Compact structural design with dimensions similar to TTO printers, allowing direct installation inside flexible packaging machines.

Permanent Non-Erasable Marking

UV laser cold processing creates micro-engraved permanent markings on the material surface, which are resistant to scratching and solvent wiping.

Full-Function Touchscreen Interface

Equipped with a 10.1-inch touchscreen supporting multilingual interface and real-time system monitoring.

Specifications

Machine Material CNC Machined Aluminum Alloy + Anodizing
Laser UV-355-W
Output Power 5W
Laser Wavelength 355nm
Printing Method High-Precision Two-Dimensional Scanning
Marking Speed ≤12000mm/s
Main Control 10.1-inch touch screen
Operating System Lugtec SYSTEM
Cooling System Water Cooling
Marking Type Dot Matrix & Vector Integrated (Supports both dot matrix and vector marking)
Marking Area Standard: 110 mm × 110 mm, Optional Maximum Area: 600 mm × 600 mm
Positioning Method Red Light Positioning / Infrared Focusing / Red Light Preview
Number of Character Lines Multiple lines can be marked within the marking area
Production Line Speed 0‒250 m/min (Actual speed depends on product material and marking content)
Font Library Standard font library including Simplified Chinese, Traditional Chinese, English, Korean, Russian, Arabic numerals, etc.
File Format BMP / DXF / HPGL / JPEG / PLT
Barcode / QR Code CODE39、CODE128、CODE126、QRCode、Z-Code、Data Matrix,Vision Codes,etc.
Power Supply AC 50~60Hz / 220V ±15% (50~60Hz / 110V ±10%)
Maximum Power Consumption ≤750W
Interface USB 2.0 / Photoelectric Trigger / Encoder / Expansion Output
Function Expansion Marking Status Output / Marking Completion Output / Meter Counting Output / Fault Output / Serial Number Completion Output
Protection Rating IP54 (Laser Galvanometer & Optical Path Section)
Pollution Degree 2
Overvoltage Category II
Operating Temperature 0‒45°C (Recommended operating temperature: 25°C. Startup time may be extended if ambient temperature is too high or too low.)
Included Components 5W Laser ×1, 10 mm Galvo Head ×1, Field Lens ×1, Touchscreen ×1, Power Supply ×1, Water Chiller (400W / 500W) ×1

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System Introduction The LUG Series Industrial Fume Purification System is specifically designed to efficiently capture and purify harmful fumes and dust generated by laser welding, marking, and cutting at the source. Equipped with intelligent sensing and closed-loop control technology, the system monitors filter status and system negative pressure in real-time, automatically adjusting airflow to achieve optimal capture efficiency without manual intervention. Through HEPA high-efficiency and chemical-grade multi-stage filtration, it achieves a purification efficiency of up to 99.997% for 0.3μm particles and effectively removes toxic and hazardous gases, ensuring clean emissions. Built to German precision engineering standards, the product features a robust structure and supports continuous, stable operation 24/7, meeting stringent demands for production safety, equipment protection, and environmental compliance in high requirement industries such as electronics manufacturing, automotive engineering, and medical device production.

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