+8615853160596 
sales@jnweihua.com
+8615853160596
sales@jnweihua.com
Laser marking is a physical removal processing method, making product markings resistant to damage and unalterable. It has strong anti-counterfeiting properties and uniqueness, easily enabling each medical device to have a unique code. Laser marking perfectly integrates with the medical device product traceability system, maximizing product safety and controllability, and strongly ensuring the precision of medical devices.
1. Surgical Instrument Marking Surgical instruments such as scalpels, forceps, and scissors require clear markings to allow medical staff to quickly identify and use them during procedures. Laser marking technology can mark these instruments with model numbers, batch numbers, production dates, and other information. Due to the permanence of laser markings, they do not fade or disappear during sterilization and cleaning processes, ensuring long-term readability and reliability.
2. Medical Implant Marking Medical implants such as pacemakers, artificial joints, and dental implants need to be used in the body for long periods, thus requiring high standards for markings. Laser marking can provide permanent markings on these implants, ensuring they remain unchanged in the internal environment over time. These markings include product numbers, production dates, manufacturer information, etc., which are helpful for future reference and traceability.
3. Medical Packaging Marking Medical product packaging also requires marking to indicate production dates, expiration dates, batch numbers, and other important information. Laser marking technology can produce high-quality markings on various packaging materials such as paper boxes, plastic bags, and glass bottles. Laser markings are clear, durable, and do not damage the packaging materials.
4. Medical Equipment Panel Marking Many medical devices, such as monitors, ultrasound machines, and X-ray machines, require markings on their panels to indicate operating instructions and button functions. Laser marking can provide precise markings on these panels, ensuring the information is clear and durable. Additionally, laser marking can be used on the metal casings of devices to provide model numbers, serial numbers, and other information.
5. Disposable Medical Supplies Marking Disposable medical supplies such as syringes, infusion tubes, and surgical gloves also need markings to ensure safety and traceability. Laser marking can quickly and clearly mark these supplies, meeting the demands of mass production.
Laser marking technology has the following significant advantages in the application of medical devices:
1. Permanence: Laser markings do not fade or disappear during sterilization and cleaning processes, ensuring long-term readability of the information.
2. High Precision: Laser marking can perform fine markings on very small surfaces, suitable for tiny instruments and complex-shaped items.
3. Biocompatibility: Laser markings do not affect the biocompatibility of materials, ensuring safety for use inside the body.
4. Anti-counterfeiting: Laser markings are difficult to alter, helping to prevent counterfeit products and ensuring the authenticity and reliability of medical devices.
5. Environmental Friendliness: Laser marking is a non-contact processing method that does not require chemical reagents, making it environmentally friendly.
In conclusion, the application of laser marking machines in medical devices not only enhances the traceability and safety of medical devices but also improves production efficiency and marking quality. As laser technology continues to advance, its application prospects in the medical field will become even broader.
High Precision and Reliability: In the production process of medical devices, there are extremely high requirements for the cutting accuracy and error of materials. Weihua Laser's fiber laser cutting machine is strictly controlled in every aspect, including high-performance motors, well-known domestic lasers, thick tube wall machine tools, precise control systems, and complete auxiliary gas and nozzle supporting facilities. These measures ensure the quality of the laser beam and the stability of the worktable, thereby ensuring the overall high performance and cutting accuracy of the laser cutting machine.
Quality and Consistency: Weihua's fiber laser cutting machine has stable performance and can cut medical device materials in large quantities for a long time, achieving unified cutting results, maintaining high quality standards, and reducing variability. At the same time, stable machine performance reduces cargo damage caused by instability, greatly improving production efficiency.
Widely Applicable: Fiber laser cutters can handle various metals. Weihua laser cutters can be used for many medical equipment and instruments made from different materials, such as walkers, commode chairs, frames of dental chairs, surgical trolleys, medical laboratory equipment, and others. Fiber laser cutters are good at cutting brackets, enclosures, and other metal structures of these medical devices.
With Attestatıon of Conformity: Weihua's Fiber Laser cutter have obtained European CE certification, meaning it meets the EU's safety, health, and environmental protection requirements, ensuring the product's safety and quality. Our CE number is CE-2140-01-030924 issued by the CSG organization, Date of Issue: 03.09.2024 and Expiration Date to 03.09.2024. It can be verified according the CE number on CGS Test service company website.
