Precision, cleanliness and reliability are essential in medical device manufacturing. Laser technology enables high-speed, non-contact processes with exceptional accuracy and repeatability.

Applications include coding and marking, micro-drilling and surface texturing for:

• Dental aligners, implants and retainers

• Polymer and stainless-steel tubing

• Medical and dental tools

• Catheters and wires

• Eyeglass lenses

Permanent, high-contrast markings are essential for medical device compliance and traceability. Laser marking provides durable marks that withstand sterilization and cleaning processes. Applications include:

• Dental aligners and medical tools for traceability and branding

• Titanium implants for identification and compatibility

• Catheters for measurement scales and branding

• Uncoated lenses for visibility and positioning

• Tyvek 2FS packaging for high-speed text and barcode marking

Laser texturing prepares catheter surfaces for bonding by creating a controlled micro-scale pattern that increases surface area and enhances adhesive performance.

By selectively modifying the surface without damaging the surrounding material, laser texturing promotes stronger mechanical interlocking between the catheter and bonded components. This precise, non-contact process improves bond strength and consistency while reducing variability associated with traditional surface preparation methods.

Laser texturing creates precise micro-scale patterns on medical components to improve adhesion, wear resistance, and performance.

Applications include:

• Titanium implants for enhanced osseointegration

• Catheter tubing and guidewires for customized flexibility

• Dental retainers for improved bonding and wear resistance

• Polycarbonate lenses for enhanced light diffusion and optical performance

Medical devices such as catheters and guidewires require microscopic openings to optimize fluid control and functionality.  

Laser drilling provides the accuracy and repeatability needed for creating small, uniform holes without damaging the surrounding material.  

This process is ideal for:  

• Catheters to ensure controlled perforations to enable proper airflow and liquid flow.

• Polymer tubing for precise hole diameters (200 µm or smaller) to enable fluid management. .

Fast Processing

Our laser technology operates at high speeds, making it ideal for maintaining high throughput without sacrificing quality and durability.

Eco-Friendly Solution

Laser technology is a clean process that eliminates the need for inks, chemicals or abrasives. This reduces waste, lowers operational costs, and supports greener practices.