With the installation of telemedicine and telerehabilitation via the internet, there is a need for faster communication speed and more advanced communication accuracy in the medical field.
KEL connectors and micro coaxial cables support high-speed transmission characteristics and boast the industry’s highest noise suppression and strength, contributing significantly to the miniaturization and high performance of devices.
Ultrasonography
Ultrasound systems are divided into screens (LCD), control units (main bodies), and probes. KEL produces the best connectors for all three sections.
KEL’s connectors for micro coaxial cables, which provide both high connection stability and ease of maintenance, enable the development of ultrasonography that ensure smooth operations in the field.
CT Scanners
To create a complete 3D image, the CT scanner needs to quickly transmit a large number of images from the scanner to the processing unit.
KEL’s micro coaxial cable connectors help generate 3D images at maximum speed without compromising the performance of high-speed cables with excellent transmission characteristics.
Endoscopes
KEL’s micro coaxial cable connectors are used for endoscope probes. We can flexibly customize the connector according to your specifications.
Our floating connector supports high-speed image data transmission and can withstand the high temperatures of autoclave sterilization processes.
Standard Products
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DY Series
Compact and Versatile
The DY series has a narrow pitch of 0.5 mm and floating amount of ±0.5 mm which can be applied for various devices.
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USLS Series
Low Profile Stack Mating Type
Our USLS series is 0.4 mm pitch, stack mating type micro coaxial cable connector.
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8825E Series
1.27mm pitch connector / 0.635mm pitch flat cable compatible
The 8825E series is a 1.27mm pitch printed circuit board-to-cable connector. Compatible with AWG#30 flat cable.
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DU Series
Industry’s Top-Class Narrow Pitch
Our DU series has achieved the industry’s top-class narrow pitch of 0.4 mm, making them ideal for small devices such as high-performance cameras. It minimizes occupied board space and allows freedom of design.
