Home > News > Application of medical laser cutting machine: from "conventional consumables" to "innovative equipment"
News
Application of medical laser cutting machine: from "conventional consumables" to "innovative equipment"
In the field of medical manufacturing, laser cutting technology has become the core technology for the production of surgical instruments, implants and high-value consumables due to its non-contact, high-precision and pollution-free characteristics, promoting the iterative upgrade of medical equipment in a safer and smarter direction.
Disposable high-value consumables
Heart valve cutting ring: Laser slotting of cobalt-chromium alloy ring body, uniformity of ring body stress distribution> 98%, extending service life;
Anstaller stapler: cutting preformed nail holes on degradable materials to avoid the million-level development cost of traditional molds.
Surgical blades and minimally invasive instruments
Ultrasonic blades: cutting 0.05mm wide micro-serrations on 0.3mm thick titanium alloy, reducing high-frequency vibration energy loss by 15%;
Endoscopic grasping forceps: laser processing of multi-tooth occlusal structure, occlusal force error ≤5%, improving tissue sampling integrity.
Orthopedic and dental implants
3D printing substrate finishing: laser cutting removes the support structure of metal 3D printed parts, with a surface finish of Ra 0.8μm, reducing the risk of postoperative infection;
Invisible orthodontic brackets: etching 0.1mm deep bonding microgrooves on the back of ceramic brackets, increasing bonding strength by 40%.
Laser technology breaks through the limitations of traditional processes on materials and achieves cross-material precision processing: High-reflective metals can use green light lasers (532nm) for efficient cutting of pure titanium and cobalt-chromium alloys, reducing reflection losses by 80%; biodegradable materials can use picosecond lasers to engrave drug-loaded micropores on polylactic acid (PLA) scaffolds, with an aperture accuracy of ±2μm, to control the drug release rate; biocomposite materials can use ultraviolet lasers (355nm) to process PEEK-titanium composite bone plates to avoid stratification or carbonization and improve biocompatibility.
As a professional laser cutting machine manufacturer, BlueBird is engaged in the research and development, production, marketing and service of laser cutting machines, laser welding machines, laser marking machines and other precision equipment laser cutting machines and other laser equipment, which are widely used in 3C, medical, hardware, home appliances, etc. Companies interested in laser equipment are welcome to contact us.
