A coronary stent is a critical medical device used to treat coronary artery disease and ensure that a patient’s heart receives an adequate blood supply. These tiny and delicate devices require highly precise processing to ensure their performance and biocompatibility. Laser cutting technology is becoming increasingly important in the manufacturing process of coronary stents.
1. Challenges in coronary stent processing
Manufacturing coronary stents is a highly complex task as it must meet several key requirements:
Precision: Coronary stents must be extremely precise to ensure they can accurately position and support the coronary arteries. Any slight manufacturing deviation can cause a medical device to fail.
Biocompatibility: These stent laser cutting will be implanted into the patient’s body and must have excellent biocompatibility to avoid rejection or other adverse effects.
Surface quality: The smoothness and quality of the surface are critical to the performance of the stent, affecting not only blood flow but also the durability of the stent.
2. Advantages of laser cutting in coronary stent processing
In the manufacturing of coronary stents, laser cutting technology has shown great advantages. Here are some of its key benefits:
High precision: Laser cutting can achieve micron-level precision, ensuring that the size and shape of the bracket fully meet the design requirements.
No thermal effects: Laser cutting generally does not induce thermal effects, which means that the cut edges of the stent are not damaged by heat, helping to maintain biocompatibility.
High efficiency: Laser cutting is a fast and efficient manufacturing method suitable for mass production and helps meet market demand.
Suitable for a variety of materials: Laser cutting can be used for a variety of bracket materials such as stainless steel and cobalt-chromium alloy, and has strong versatility.
Be-Cu Seiko’s medical stent laser cutting machine SLC300, ultra-fast femtosecond stent laser cutting machine FSLC500 and other models specially developed for interventional medical devices can well meet the high requirements of coronary stent processing and achieve high precision and efficiency. processing. The autonomy rate reaches more than 90%. Please leave a message for more details!
3. Development of laser cutting of coronary stents
Coronary stent laser cutting technology represents the future of medical device processing. As this technology continues to develop and improve, we can expect more innovations and improvements. This will not only help improve the quality and performance of the stent, but will also promote the development of the entire medical device industry, such as its application in the precision processing of various medical devices such as endoscopic cobra bones and surgical instruments.
4.TOP Stent Laser Cutting Manufacturer In China – Be-Cu.com
CNC laser cutting machines for medical device manufacturing are rapidly emerging as the preferred tool for many cutting or machining applications, particularly when superior edge quality, tight dimensional tolerances and/or high volume production is required. Medical device laser cutting is used extensively in the design and manufacture of medical devices and implants such as stents, heart valves and other medical devices as well as medical tools and components and improves the fit, form and function.
Tight-tolerance surface structures and textures are readily created with BE-CU laser micromachining service, with material removal depths as precise as ±1 µm in metals and ±2.5 µm in polymers. Surface structures are critical for creating adhesion surfaces between layers of polymer medical balloons and for textured surfaces on surgical tools.
The high degree of process control provided by BE-CU lasers allows them to selectively ablate or strip materials from underlying surfaces. This is a useful capability for multilayer medical catheters, which often require specific area removal of a polymer coating down to the interface with the underlying metal layer, without causing any damage to the metal itself.
Be-Cu provides the highest standard of nitinol laser cutting service for all your needs. Contact us today to know more about what we offer!
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- web:be-cu.com
- Phone: +86 151 1280 7161
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- Affiliated: Be-cu Prototype
- Address: Dongguan,China
