If you need precise surface functionalization for a microfluidic device or require micron-scale holes expertly micro-machined into metal, we’ve got you covered. Our Turner nano-pulse UV laser delivers unmatched precision, ensuring clean, high-quality results with minimal heat impact.

But that’s just the beginning — here are some of the many ways UV lasers are revolutionizing manufacturing and research:

1. Micromachining

• Precision Cutting & Drilling – Ideal for PCB manufacturing, medical devices, and semiconductor fabrication, enabling ultra-fine cuts and micro-holes with minimal thermal damage.
• Glass & Sapphire Processing – Effectively cuts, engraves, and drills delicate materials without inducing stress fractures.

2. Semiconductor & Electronics

• Wafer Dicing & Scribing – Essential for silicon wafer dicing, MEMS structuring, and microelectronics packaging with extreme accuracy.
• PCB Depaneling – Creates clean, precise cuts without burning edges, reducing material stress and improving production quality.
• Thin-Film Removal – Enables selective ablation of conductive or insulating layers without damaging underlying materials.

3. Medical & Biotech Applications

• Medical Device Manufacturing – Used for marking and processing catheters, stents, and microfluidic components with high precision.
• Bio-imaging & Fluorescence Excitation – A key tool for DNA sequencing, fluorescence microscopy, and flow cytometry.

4. Marking & Engraving

• Plastic & Glass Marking – Creates permanent, high-contrast marks on medical instruments, pharmaceuticals, and electronics.
• QR Codes & Serial Numbers – Delivers high-resolution engraving on plastics, silicon, and glass without surface damage.

5. Additive & Subtractive Manufacturing

• Laser Ablation – Enables precise material removal for shaping, patterning, and microstructuring.

6. Surface Functionalization (Hydrophobic & Hydrophilic Modifications)

• Biomedical Devices – Enhances implant surfaces for better biocompatibility and reduced bacterial adhesion.
• Microfluidics & Lab-on-a-Chip Devices – Customizes surfaces to control liquid movement, creating hydrophilic pathways and hydrophobic barriers.

Our UV nano-pulse laser opens up endless possibilities for precision manufacturing, medical innovations, and advanced materials processing. Take a look at our other equipment and facilities.

Got Questions? Let’s Talk!

If you’d like to learn more about how UV laser technology can enhance your project, schedule a meeting with our engineering team — we’re here to help!