Collection: UV Laser Engravers - Precision Marking Machines for Glass, Wood & Metal

Fiber lasers work best on metals, producing durable, deep engravings, thanks to their 1064 nm wavelength. UV lasers have a shorter wavelength (355 nm), allowing precise, low-heat marking on sensitive materials like plastics, glass, and thin films.

A UV laser engraver delivers precise, high-detail markings on materials like plastics, glass, ceramics, and even metals. It’s perfect for logos, barcodes, QR codes, and serial numbers, especially on delicate surfaces, thanks to its low-heat process.

It produces precise, permanent marks on metals and non-metals without touching the surface. Common applications include medical devices, electronics, and security labels. The low-heat process ensures clean, detailed markings without damage.

UV lasers can mark and engrave plastics, glass, ceramics, metals, leather, and coated surfaces. Their low-heat process keeps markings sharp and prevents material damage.

A quality UV laser typically runs 10,000–20,000 hours, depending on power, cooling, and upkeep. Proper maintenance, like cleaning optics and ensuring good ventilation, keeps performance stable for many years, making it a durable, low-maintenance solution for precise marking.

A 10W UV laser works faster, with deeper and higher-contrast markings, making it ideal for production and industrial applications. A 6W UV laser is more compact and affordable, perfect for fine-detail work like jewelry or microelectronics. Choose 10W for speed and output, 6W for precision and cost-efficiency.

Yes, but it’s best for fine, high-contrast surface markings rather than cutting or deep engraving. Its 355 nm wavelength allows precise, low-heat detailing with minimal charring. For cutting or deeper work, a CO₂ laser is more suitable.

No. UV lasers are designed for precise marking and engraving, not cutting. They can etch serial numbers, barcodes, or logos on metals, but for cutting aluminum or stainless steel, a fiber laser or CO₂ laser with assist gas is needed.

UV lasers can mark and lightly engrave acrylic with high precision, creating smooth, frosted details without yellowing or burning. For cutting thicker sheets (3 mm+), a CO₂ laser is needed. UV lasers are best for fine surface patterns, text, or logos.