From：TALENT
Date：2025-08-07
When a patient with osteoarthritis gets a new type of artificial joint, they can walk and run like a normal person. When patients with cardiovascular diseases regain their health through interventional devices, the support of high-quality materials is indispensable behind these medical miracles. The high-precision titanium rods produced by Baoji Tailaikang High-tech Metal Materials Co., Ltd. are becoming the core driving force for medical enterprises to develop new implantable devices, injecting strong impetus into breakthroughs in the medical field. Looking at material requirements from the perspective of clinical pain points
In the field of medical implants, there are many pain points that need to be urgently addressed in clinical applications. In orthopedic surgeries, traditional implants often experience problems such as loosening and wear due to insufficient precision after the operation. Many patients have to face the trouble of a second operation several years after the surgery. According to clinical data, the revision rate of traditional artificial joints can reach over 15% within 10 years after surgery. This not only subjects patients to both physical and mental torture but also significantly increases the consumption of medical resources. In cardiovascular interventional therapy, the compatibility of implanted devices with human tissues is crucial. Some devices made of traditional materials are prone to causing inflammatory responses, which can affect the treatment outcome and patient recovery. Meanwhile, for some high-precision interventional devices, even minor dimensional deviations can lead to surgical failure, which places extremely high demands on the precision of the materials.
The three core supporting forces of Tielaikang titanium rods, with micron-level precision, lay a reliable foundation for implantation. Baoji Tielaikang, relying on the introduction of high-precision centerless grinding machines from Japan and other equipment, has elevated the precision control of titanium rods to a new height. The diameter tolerance of the produced titanium rods is strictly controlled within the h6 grade standard, with an extremely small error in the true roundness of the rods and a consistent diameter size. This high precision is of significant value in practical applications. In the research and development of artificial joints, the high precision of titanium rods ensures the perfect fit between joint components, reduces frictional wear, and extends the theoretical service life of artificial joints to over 20 years. In the field of dental implants, the control of the size to the micrometer level enables the implant to closely adhere to the alveolar bone, reducing the postoperative healing time by 30% and increasing the success rate of implants to over 98%. Biocompatibility safeguards patient safety.
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