JINPAT New Product Launch: Hollow Shaft + Fiber Optic Integrated Slip Ring for Medical Applications

In the booming medical technology and high-end industrial sectors of the Asian, the demand for high-precision, high-reliability core components is increasing. To address this, JINPAT has launched its latest integrated slip ring—the LPT000 hollow shaft + fiber optic integrated slip ring. This product is not merely a simple combination of two components, but a systemic innovation addressing the needs of deep tissue imaging, high-speed signal processing, and complex system integration.

Fiber Optic Transmission: Deeper Imaging, Stronger Penetration

1. 1700nm Operating Wavelength: Compared to conventional communication wavelengths, the 1700nm band exhibits less scattering and stronger penetration in biological tissues, significantly improving the depth and speed of deep tissue imaging. It is suitable for high-end biomedical imaging systems such as multiphoton microscopy.

2. Large Core 200/220 Fiber: Supports higher optical power carrying capacity, meeting the stringent requirements of high-brightness and high-stability light sources in medical imaging.

3. Low Loss and High Performance: Fiber loss ≤1dB, with variations controlled within 0.5dB, ensuring clear and stable signal transmission and reliable imaging results.

Hollow Shaft Design: Compact and Flexible, Powerful Power

1. Compact size saves internal space and adapts to various integration scenarios.

2. High Speed Support: Stable operation from 0 to 3000 rpm, meeting the needs of high-speed scanning and real-time imaging.

3. Multi-signal compatibility: Simultaneously transmits two sets of DC signals (70MHz), supporting collaborative operation of multiple modules within the device.

The LPT000 slip ring is suitable for medical imaging equipment such as multiphoton fluorescence microscopy, endoscopy systems, and optical coherence tomography (OCT), helping medical institutions and research units in the Middle East achieve faster and clearer deep tissue observation and diagnosis.

JINPAT continues to drive the advancement of medical devices with innovative technologies, contributing technological power to the health of the Asian and the world.