With the rising prevalence of chronic diseases and the aging of the population, the global demand for implanted medical devices continues to rise. According to the report injection Business Research INSIGHTS, the global market size is expected to reach 183.0.3 billion US dollars by 2026. Facing such a huge market, innovation has become the main theme of industry development. Minimally invasive, accurate and intelligent are gradually becoming a new trend in the design of implanted medical devices. To achieve these cutting-edge goals, the selection and breakthrough of high-performance materials have become the core of promoting innovation and ensuring reliability.

However, why is the road to innovation struggling?

In the actual development and production process, implant medical device manufacturers are facing many challenges:

Limited material selection:

There are only a few high-performance materials in the market that can meet the needs of long-term implantation, which directly limits the realization space of differentiated design and breakthrough innovation of products.

Performance is difficult to take into account:

In addition to excellent biological compatibility, in many application scenarios, devices need flexible materials to simulate the mechanical properties of human tissues and improve the comfort and adaptability of patients. However, the existing materials rarely achieve an ideal balance among the three core indicators of flexibility, biological stability and mechanical properties at the same time.

Processing challenges:

Some materials have strict requirements on processing and molding processes. Narrow processing windows bring great challenges to the development of miniaturization and complex structural instruments, limiting the flexibility of design.

As a pioneer in the field of medical TPU, lubriurun has continuously promoted technological innovation since the 1960 s, accumulated profound technical details, and is committed to providing high-performance material solutions for medical device manufacturers. On February this year, lubriun officially launched a new medical grade thermoplastic polyurethane material-Tolerathane™TPU, developed to meet the ever-increasing performance requirements of implanted medical devices, has achieved important breakthroughs in biological stability, softness and design flexibility. The performance advantages of this material highly meet the technical requirements of a variety of implanted applications, including neural control wires, Cardiac Pacing wires and stimulation devices, structural cardiac devices, implanted and percutaneous catheter and cable, and artificial blood vessels.

So, how will the new generation of TPU for implanted medical devices change your product design? On March 31, 2026, 14:00-15:00, luborun medical polymer business application development and technician service engineer Dr. Zhang Tianqi will be a guest in rongge's online class, which will help you learn from the significance of TPU biological stability to the safety of implanted devices, test and Evaluation methods of polymer biological stability, lubriurun new Tolerathane™The performance and application advantages of TPU are deeply analyzed.

Q & A sessions will also be set up on site to interact with experts in real time. Sign up now to gain cutting-edge insight into breakthrough materials and inject innovative momentum into your next generation of implanted medical devices!