Lääketieteellinen titaanilevyn käyttö
1. Surgical instruments: Due to its good biocompatibility and mechanical properties,titanium.html> titanium and its alloys are widely used in the manufacture of surgical instruments, such as vascular suture needles, sternal sutures, etc.
2. Cardiac surgery: In cardiac surgery, titanium instruments such as oxygen filter filters are also used.
3. Diagnostic equipment: In electrocardiographs, titanium is used as electrode material because of its good corrosion resistance and biocompatibility.
4. Ophthalmic surgery: Titanium instruments are also used in ophthalmic surgery, such as for the manufacture of eye implants.
5. Biomedical materials: As part of biomedical metal materials, titanium and its alloys occupy an important position in the medical device industry due to their excellent comprehensive properties. It is expected that this field will continue to grow in the future and become one of the important industries supporting the world economy.
6. Trauma repair and orthopedic treatment: Titanium alloys are widely used in the fields of trauma repair and orthopedic treatment, thanks to their high strength, resistance to physiological corrosion, good fatigue resistance, and good biomechanics and processing properties.
7. Surface modified and porous titanium alloys: In order to improve the performance of titanium alloys, researchers are also developing new titanium alloys, including surface modified titanium alloys and porous titanium alloys. These materials are also being researched and applied in the biomedical field. progress.
To sum up, the applications of titanium plates in the medical field are diverse and extensive, ranging from surgeries to diagnostic equipment to trauma repair. With the development of science and technology, the application prospects of titanium and its alloys in the medical field appear to be very broad.
The types of medical titanium plates mainly include the following:
1. α-type titanium alloy: This type of titanium alloy is mainly composed of pure titanium and has good biocompatibility and corrosion resistance. Their specific gravity is small, their specific strength is high, and their elastic modulus is low, making them suitable for use in the manufacture of medical implants.
2. α+β titanium alloy: This type of titanium alloy includes Ti6Al4V, etc. Their mechanical properties and corrosion resistance are better than α-type titanium alloy. It is one of the most commonly used titanium alloy types in the medical field.
3. β-type titanium alloy: This type of titanium alloy includes Ti12Mo6Zr2Fe, etc., which has better mechanical properties and corrosion resistance, but has a higher cost. It is generally used to manufacture high-end medical devices.
4. TiNi shape memory titanium alloy: This type of titanium alloy has a shape memory function and can automatically restore its shape at human body temperature. It is suitable for medical applications that require precise control of the position of implants.
To sum up, there are many types of medical titanium plates, each with its own unique characteristics and uses. When choosing a suitable medical titanium plate, specific application scenarios and requirements need to be considered to ensure the final treatment effect and patient safety.
Medical titanium plates include the following:
1. Biocompatibility: Medical titanium plates need to have good biocompatibility to ensure that they do not cause adverse reactions or allergies in the human body.
2. Corrosion resistance: Medical titanium plates need to have excellent corrosion resistance to maintain their long-term mechanical properties and stability.
3. Mechanical properties: The mechanical properties of medical titanium plates need to be similar to human bones to ensure that they can effectively bear the load of the human body.
4. Manufacturing process: The manufacturing process of medical titanium plates has an important impact on its performance, including casting, forging, heat treatment and other processes.
5. Application fields: Medical titanium plates have a wide range of applications, including surgery, dentistry, cardiovascular implants, etc.
6. Safety: The safety of medical titanium plates is crucial, and they need to undergo strict quality control and testing to ensure patient safety.
7. Cost-Effectiveness: Although the cost of medical titanium plates is relatively high, their long-term effectiveness and ability to reduce patient pain make them highly cost-effective.
To sum up, the keywords of medical titanium plates cover many aspects such as its performance, application, manufacturing process and safety. Understanding these keywords will help you better understand the characteristics and uses of medical titanium plates.
