Laser marking is used to permanently mark the serial number and lot number of each product in medical devices. This ensures product traceability and safety.

✅ Traceability and Recall Efficiency: Serial and lot number markings make it easy to track every stage of the production process. In the event of a recall, the relevant products can be quickly identified.
✅ Permanent and High Durability: Laser markings are resistant to wear, chemicals, sterilization processes, and high temperatures.
✅ Biocompatible and Contactless Marking: Laser marking can be performed without using chemicals, without damaging the surface, and in compliance with medical safety standards.
✅ High Precision and Clear Readability: Sharp, readable, and high-contrast markings can be made even on small surfaces. Markings compatible with systems such as barcodes, QR codes, and UDI (Unique Device Identification) are possible.
✅ FDA and MDR Compliance: Ensures compliance with mandatory FDA (Food and Drug Administration) and MDR (Medical Device Regulation) requirements for medical devices.

Example: Serial numbers and production dates are laser-engraved on medical devices and implants. These markings facilitate the tracking of product quality control processes and enable quick intervention in recall situations.

Laser markings on medical devices provide clear and permanent instructions on how to use the device. These markings enhance safety and minimize user errors.

✅ Precise and Clear Marking: Even on small device surfaces, sharp, legible, and high-contrast markings are possible.
✅ Permanent and Durable Marking: Laser markings are resistant to chemicals, sterilization processes, and high temperatures, ensuring long-lasting durability.
✅ Sterilization-Compatible: Fully resistant to medical sterilization methods such as autoclaving, gamma radiation, and chemical cleaners.
✅ Chemical-Free, Contactless Process: Provides biocompatible markings without using ink or solvents, ensuring no surface damage.
✅ Compliance with Regulations: Offers marking solutions in compliance with international health and safety standards such as FDA, MDR, and CE.

Example: Usage instructions, safety warnings, and icons are laser-marked on medical devices like infusion pumps or patient monitoring devices. These labels promote correct use of the device and prevent misuse.

Laser marking is used to add permanent labels to thin, long, and small medical components such as tubes and cannulas. These labels typically contain information such as production date, batch number, and sterilization status.

✅ Clear and Precise Marking: High-resolution, legible, and permanent markings can be made on thin plastic or metal surfaces.
✅ Sterilization-Compatible Permanent Marking: Fully resistant to medical sterilization methods such as autoclaving, UV sterilization, chemical cleaners, and gamma rays.
✅ Chemical-Free and Biocompatible Marking: Laser marking provides biocompatible and safe markings without the use of solvents or inks.
✅ High Contrast and Readability: Even on transparent, colored, or matte surfaces, barcode, QR code, batch number, and scale markings can be clearly marked.
✅ FDA, MDR, and CE Compliance: Provides laser marking solutions compliant with the required international regulations for medical devices.

Example: Sterilization dates and manufacturer information are laser-marked on cannulas or IV tubes. This ensures product safety and facilitates the tracking of usage history.

Laser marking is used for data storage on medical cards or identification cards. QR codes or data matrix codes allow users to quickly access health information.

✅ Fast and Easy Data Access: QR codes and barcodes provide quick and accurate access to medical data, making patient history, treatment details, and insurance information easily readable.
✅ Wear-Resistant and Permanent Marking: Laser markings are resistant to friction, chemical cleaners, and deformation over time.
✅ High Readability: Even small-sized QR codes, serial numbers, and text can be processed with high precision, clarity, and contrast.
✅ Contactless and Fast Production: Laser marking offers a fast, contactless marking process on medical cards made from plastic, metal, and composite materials.
✅ Security and Data Protection: Personalized information is marked in a way that ensures it cannot be erased or manipulated, securing the data.

Example: QR codes are laser-marked on patient tracking cards or medical ID cards. These codes make health data quickly accessible.