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Application of laser processing technology in the field of medical device manufacturing Ⅲ

In the field of medical devices, laser cutting is most commonly used to manufacture tubular products such as implantable stents, endoscopic and arthroscopic tools, flexible shafts, needles, catheters and tubes, as well as flat appliances such as clamps, frames and screen structures. These devices ar......

Application of laser processing technology in the field of medical device manufacturing Ⅱ

Medical devices are usually hand-held tools or small parts that are often used during surgery or implanted into the body. The welds that hold these parts together are essential to the patient's health.

Application of laser processing technology in the field of medical device manufacturing

Laser marking is a great way to permanently mark company logos and product information on equipment to ensure product traceability. Laser marking is a direct part marking (DPM) process

What are the factors that affect the laser marking effect?

The quality of the laser directly determines the performance and stability of the equipment. Good laser spot small, high energy, good beam quality, long life, high stability. Poor quality laser will may appear light leakage or even no light phenomenon.

The principle of crystal interior engraving

The principle of crystal interior engraving is a technology that uses a laser interior engraving machine to drive a certain wavelength of laser into the glass or crystal interior, so that a specific part of the interior has a slight crack to form a bubble

What is the Laser Engraving

In laser engraving, effective laser beams vaporize a element of the cloth to expose a sizeable cavity below its surface. The resulting cavity varieties the mark. To accomplish this, the laser engraver have to generate adequate warmth to vaporize the cloth in milliseconds.

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