As the “perspective eye” of clinical diagnosis, the imaging accuracy and operational stability of medical imaging equipment are directly related to the accuracy of disease judgment. As the core component for internal circuit interconnection of equipment, connectors assume the key mission of stable transmission of signals and power. Different from ordinary industrial scenarios, medical imaging equipment (such as CT, ultrasound, nuclear magnetic resonance, etc.) has extremely strict requirements on the airtightness, miniaturization, and anti-interference ability of connectors. Ankeno’s independently developed J63A Series glass-sintered hermetic electrical connectors have become the preferred interconnection solution in the field of medical imaging equipment due to their precise performance matching.

Ankeno, deeply engaged in the field of high-end precision connectors, focuses on the core pain points of medical imaging equipment and has developed the J63A Series glass-sintered hermetic electrical connectors in a targeted manner, which perfectly meets the high-standard requirements for interconnection components in this field. This series of connectors adopts glass sintering technology to achieve hermetic isolation, which can effectively block the intrusion of gas, liquid and external pollutants into the equipment. The air leakage rate is as low as 1.0×10⁻³Pa·cm³/s, ensuring that the internal circuit will not be damaged due to seal failure during long-term operation of the equipment, and guaranteeing the continuous and stable operation of imaging equipment. This is also one of the core demands of medical imaging equipment for connectors.

In the compact internal space of medical imaging equipment, miniaturization and high density have become key considerations for connectors. The J63A Series connectors adopt a 0.635mm contact spacing design, which is small in size, and provides nine core specifications including 9, 15, and 21. They can be flexibly adapted according to the circuit layout of different imaging equipment. Whether it is a small probe of ultrasound equipment or a core control module of a CT machine, efficient space utilization can be achieved, avoiding the impact of excessive connector size on the overall design of the equipment. In addition, the overall gold-plating of the socket combined with gold wire bonding technology not only reduces the contact resistance (≤21mΩ) to ensure lossless transmission of imaging signals but also improves the corrosion resistance of the connector, adapting to the complex service environment of medical equipment.

Medical imaging equipment is often in complex working conditions such as vibration and temperature fluctuations, which puts high requirements on the environmental adaptability and mechanical reliability of connectors. The J63A Series connectors can work stably in a wide temperature range of -55℃ to 125℃, and can withstand vibration of 10-2000Hz, 196m/s² and impact of 980m/s², fully meeting the environmental tests of medical imaging equipment during transportation, installation and operation. Its design of 500 mechanical life cycles also adapts to the needs of daily equipment maintenance and component replacement, reducing equipment operation and maintenance costs.

At present, the J63A Series glass-sintered hermetic electrical connectors have been widely used in various medical imaging equipment, providing reliable interconnection guarantee for the precise imaging of equipment. This series of connectors strictly follows the implementation standard Q/HJ-002-2024, taking into account airtightness, miniaturization and high reliability. It not only solves the pain points of poor sealing and unstable signal transmission of traditional connectors in medical imaging scenarios but also demonstrates Ankeno’s technical strength in the field of high-end precision connectors.

In the future, Ankeno will continue to rely on technological innovation, combine the development trend of intelligence and miniaturization of medical imaging equipment, optimize the performance of the J63A Series products, provide more customized interconnection solutions, help the high-quality development of the medical imaging equipment industry, and provide more reliable technical support for clinical diagnosis.