In the wave of global medical technology innovation, precision transmission systems are becoming the core element of the breakthrough development of high-end diagnostic and treatment equipment. According to the latest report of Global Market Insights, the global medical equipment precision transmission component market size will exceed 18 billion US dollars in 2023. Among them, the high-integration fiber optic rotary joint is the core transmission medium, and its technical parameters directly determine the clinical effectiveness of medical imaging systems, interventional surgical equipment and life support devices.
The development of medical care depends to a large extent on the development of instruments, and even in the development of the medical industry, its breakthrough of bottlenecks has played a decisive role. The signal and power transmission in medical equipment requires short delay time, low error rate, low loss, multiple types and good stability, and the high-end fiber optic + electric high speed low noise integrated slip ring provides guarantee for the transmission of high-quality signals and power of medical equipment.
After unremitting efforts, the JINPAT R&D team has successfully developed a high-end fiber optic + electric high speed low noise integrated slip ring after 5 years. The working wavelength of the optical fiber slip ring in the slip ring reaches 1200~1400nm, insertion loss: <2dB, insertion loss variation: <0.5dB, return loss: ≥40dB, optical power: 23dBm. The slip ring speed can reach 6000 rpm, life span>100 million rpm, and noise <50dB.
After careful design and strict multi-faceted review, the company's R&D team uses precision equipment to process parts, and technicians carefully polish and assemble high-end optical fiber slip rings and conductive slip rings. Special lubricating grease is used for lubrication, so that the dimensional accuracy error of the integrated slip ring is less than 0.005mm and the mechanical noise is less than 45dB. Customers have successfully used it in cardiovascular and cerebrovascular, myocardial infarction and other medical equipment many times.