Syscode’s Professional 355 nm UV Laser Marking Solution Sets New Standard for High-Quality, Low-Heat Impact Marking

Shanghai, China — Syscode Printing Technology proudly announces the launch of its Professional 355 nm UV Laser Marking Solution — a state-of-the-art industrial laser marking system engineered for ultra-fine, low-heat impact coding, with applications ranging from food packaging to medical devices and electronics manufacturing. This advanced solution delivers unparalleled precision, reliability, and versatility, positioning it as a top choice for manufacturers worldwide.

The Syscode UV Laser Marking Series (models UV-03F, UV-05F, UV-10F) harnesses cutting-edge 355 nm ultraviolet laser technology, enabling cold marking with minimal heat effect and exceptional accuracy. Unlike traditional infrared or CO₂ laser systems that rely on heat to engrave or burn marks, the 355 nm UV wavelength interacts with materials at a molecular level, producing crisp, permanent markings without damaging the substrate. This cold process is ideal for delicate, heat-sensitive surfaces like plastics, films, and thin coatings often used in food and beverage packaging.

Syscode’s UV laser solution stands out with its:

• Micron-level marking precision — capable of rendering high-resolution barcodes, QR codes, and fine graphics with exceptional clarity.
• Minimal thermal impact — the cold marking process dramatically reduces heat-affected zones compared with traditional laser or thermal printing methods, preserving material integrity.
• Wide material support — effective on plastics (PE, PET), glass, ceramics, silicon wafers, LCD screens, and polymer films, making it perfect for industries where substrate sensitivity and surface quality are critical.

These strengths are particularly valuable in sectors like food packaging, where traditional printing methods (e.g., thermal transfer or inkjet) struggle with adherence on wet, curved, or reflective surfaces. UV laser marking eliminates consumables such as inks or ribbons — reducing waste and operational costs while maintaining clean, permanent marks that withstand harsh environments and regulatory scrutiny.

Compared to other laser types — such as CO₂ and fiber lasers — UV laser marking offers distinct advantages:

• Cold vs. heat marking: UV lasers operate through a photochemical “cold marking” process, resulting in zero warping or heat damage — a significant benefit for materials that deform under high temperatures.
• Higher precision: UV wavelengths (355 nm) allow finer detail and higher contrast marks than longer-wavelength systems, ideal for compliance codes and branding on premium packaging.
• Material versatility: UV lasers are more effective on heat-sensitive or reflective materials that challenge other systems, expanding application possibilities.

Syscode’s UV Laser Marking Solution is designed for modern production environments. Its Linux-based intelligent control system supports multiple file formats (PLT, AI, etc.), enabling seamless integration into existing automated lines. With marking speeds up to ≤8000 mm/s and robust water-cooling systems, the solution boosts throughput without compromising quality.

Manufacturers seeking competitive advantage choose Syscode for several reasons:

• Reliable global support — with a worldwide service and distribution network providing installation, training, and maintenance.
• Flexible configuration options — from 3 W to 10 W laser power to meet diverse application needs.
• Eco-friendly, cost-effective marking — because UV marking requires no inks, solvents, or consumables, reducing operational costs and environmental footprint.

Whether you’re coding expiration dates on food packaging, applying traceability identifiers to medical components, or laser-marking high-precision electronics, the Syscode 355 nm UV Laser Marking Solution sets a new benchmark in industrial marking performance.