The VIS Series YVO4 compact laser represents advanced marking technology engineered for industrial precision and reliability. Utilizing YVO4 crystal technology operating at 1064 nm wavelength, these lasers deliver superior beam quality and exceptional marking accuracy on diverse materials including alloys, metals, plastics, ceramics, polycarbonate, silicon, and painted or anodized surfaces. With power options ranging from 5W to 20W and efficient air-cooled operation, they provide consistent performance without requiring complex cooling systems. The compact design facilitates easy integration into production lines, while the standard 24 VDC power supply ensures compatibility with industrial environments. Built for durability and long service life, these lasers offer businesses a reliable solution for high-quality marking applications including part identification, branding, and compliance requirements.

These precision lasers serve multiple manufacturing and processing industries that d...

The VIS Series YVO4 compact laser represents advanced marking technology engineered for industrial precision and reliability. Utilizing YVO4 crystal technology operating at 1064 nm wavelength, these lasers deliver superior beam quality and exceptional marking accuracy on diverse materials including alloys, metals, plastics, ceramics, polycarbonate, silicon, and painted or anodized surfaces. With power options ranging from 5W to 20W and efficient air-cooled operation, they provide consistent performance without requiring complex cooling systems. The compact design facilitates easy integration into production lines, while the standard 24 VDC power supply ensures compatibility with industrial environments. Built for durability and long service life, these lasers offer businesses a reliable solution for high-quality marking applications including part identification, branding, and compliance requirements.

These precision lasers serve multiple manufacturing and processing industries that demand permanent, high-contrast markings on various materials. Automotive manufacturers rely on them for marking serial numbers, QR codes, and identification marks on metal and plastic components. Electronics producers utilize them for precise engraving on silicon wafers, ceramic parts, and plastic housings where minute details matter. The aerospace sector depends on these lasers for labeling anodized and alloy components with exceptional clarity. Consumer goods manufacturers apply them for branding on materials like polycarbonate and painted surfaces, while medical device makers use them for clean, safe marking on instruments and tools manufactured from metals and plastics, ensuring compliance with stringent industry regulations and standards.

The VIS Series lasers deliver substantial business value through enhanced operational efficiency and proven reliability. Their robust construction minimizes downtime and reduces maintenance costs, providing a dependable solution for continuous production environments. The laser's precision enables companies to meet strict traceability requirements, reduce identification errors, and enhance product authenticity throughout the supply chain. Easy integration capabilities and low operational costs make them a cost-effective choice for businesses seeking to upgrade their marking capabilities without investing in bulky or expensive systems. The combination of reliability, precision, and operational efficiency translates to improved productivity and return on investment for manufacturing operations of all scales.

Key Features:
- YVO4 crystal technology at 1064 nm wavelength for high precision marking
- Compact design optimized for easy integration into production lines
- Air-cooled operation eliminates need for external water chilling systems
- Power options from 5W to 20W suit different marking depths and speeds
- Standard 24 VDC power supply ensures industrial compatibility

Benefits:
- Superior beam quality delivers crisp, permanent markings on diverse materials
- Robust construction ensures reliable performance in demanding environments
- Easy integration reduces installation time and production disruption
- Low maintenance design minimizes operational costs and downtime
- Versatile material compatibility supports multiple application requirements