The identification and traceability of medical devices is the core link to ensure patient safety. With its high precision, non-contact, and permanent marking characteristics, UV laser marking machines have become the preferred process for surgical instruments, implants, and consumables identification, promoting the medical industry to upgrade to high compliance and traceability.

 

UV laser marking machines directly change the molecular structure of the material surface through photon energy to form a permanent mark, without the need for ink or chemical additives, meeting the FDA and ISO 13485 requirements for biocompatibility of medical devices. Whether it is titanium alloy orthopedic screws, stainless steel surgical forceps, or polymer material catheters, clear and corrosion-resistant markings can be achieved, with a character accuracy of 0.05mm, and it remains completely readable after high temperature and high pressure sterilization.

 

Implant traceability: Marking unique serial numbers and production batch numbers on the surface of artificial joints and heart stents to support full life cycle tracking.

Anti-counterfeiting of surgical instruments: Through micron-level secret code technology, anti-counterfeiting marks are engraved in the hidden area of ​​the instrument blade to eliminate the risk of refurbishment.

Management of high-value consumables: Disposable endoscopic biopsy forceps, ultrasonic blades, etc. are marked with specifications and expiration dates to avoid clinical misuse.

 

Traditional mechanical engraving or ink jet coding has the risk of falling off and contamination, and is inefficient. The UV laser marking machine is integrated through an automated assembly line to achieve high-speed marking of "one object, one code" for instruments, and it only takes 1-3 seconds for a single piece, which is more than 10 times more efficient than traditional methods.

 

As a professional laser equipment manufacturer, BlueBird mainly sells laser cutting machines, laser marking machines, and laser welding machines, which are widely used in semiconductor, electronic 3C, medical equipment and other industries. The equipment has stable performance, advanced design, and simple operation.