Five Key Points to Consider When Selecting a Medical Laser Marking Machine

When choosing a laser marking machine for medical applications, users should focus on the material compatibility, equipment precision, and certification.Core parameters such as wavelength and power directly affect the results of the engraving. The safety certification for medical use also serves as a hard threshold.The response time for after-sale service and the cost of consumables are often overlooked, but they directly affect the user experience.It is recommended that you combine the results of sample testing with the selection of a solution that satisfies medical regulatory requirements and offers local technical support.

It clearly identified the concrete needs of the medical industry.

When choosing a medical laser marking machine, you can't just decide on a whim. First of all, you need to ask yourself: What will the machine be used to mark? For example, surgical instruments are made of stainless steel, consumables are mostly plastic, and implants are titanium. Materials require different wavelengths and powers of laser light.In addition, does the content of the marking need to be permanent? The medical industry has high requirements for clarity and durability, and in this case a fiber laser marking machine may be a more reliable choice.

The key is the core parameters of the equipment.

Matching of laser wavelength and power.

For example, 1064nm wavelength fiber lasers are suitable for metal, while ultraviolet lasers are better for plastic or glass.In terms of power, 20-50 watts should be enough to cover most medical uses, but for high-reflectivity materials, a higher power setting may be needed.

Balancing precision with speed.

Don't just look at the "maximum speed" figure on the parameter list. Medical equipment often requires micron-level precision.I suggest that you actually test a sample to see if the equipment can produce a line width of less than 0.1 millimeters. After all, the markings on medical instruments can't afford to be even slightly fuzzy.

We must never compromise on safety.

The production environment for medical equipment is no laughing matter. The equipment must be certified to ISO 13485 standards, and the shielding must be interlocked, and the exhaust system must be up to standard.I'll tell you a secret: Many manufacturers will pass off industrial equipment as medical equipment. Be sure to ask the salesperson for a paper copy of the CE medical certification.

Hidden barriers to after-sales service.

Buying equipment is just the beginning. After that, it's all about maintenance.When choosing a supplier, we give preference to those with local technical service offices. If a machine breaks down, the difference between an engineer arriving in two hours and arriving in two days is huge when it comes to the impact on production.Hospitals often require a specific format for UDI codes, so it's important to confirm that the software supports customization.

The cost-benefit ratio must be calculated over the long haul.

Don't get carried away by low prices: Medical equipment requires annual maintenance and calibration, and you should also find out in advance what the cost of consumables will be.For example, one brand of equipment is 30,000 NT less in cost, but the specialized lenses for that machine cost NT $ 8,000 each.