In the fields of industrial automation, robotics technology, and high-end medical equipment, the stability and reliability of signal transmission in high-speed rotating scenarios directly determine the performance of the equipment. The LPT012B-0302-U2 slip ring launched by JINPAT has become a core component in precision applications such as medical ophthalmic equipment, thanks to its precise design, multi signal compatibility, and excellent durability, helping the industry overcome technological bottlenecks.
Medical ophthalmic equipment requires extremely high precision and real-time signal transmission, especially in high-speed rotating imaging systems or surgical instruments, where weak signal interference or loss may affect diagnostic results or operational safety. LPT012B-0302-U2 slip ring adopts high-precision manufacturing technology, which optimizes the contact point structure and conductive materials to ensure nearly zero loss signal transmission even under thousands of revolutions per minute. The rotor end is firmly connected to the rotating shaft provided by the customer through 4 screws, further improving the mechanical stability during high-speed rotation, providing jitter free and low-noise signal transmission guarantee for ophthalmic equipment such as OCT optical coherence tomography scanners and laser therapy devices.
Modern medical equipment typically requires synchronous transmission of power, high-definition video, digital control signals, and analog feedback data. LPT012B-0302-U2 slip ring breaks through the limitation of a single signal type and supports mixed transmission of power, video, data, analog, and digital signals. It can be adapted to complex systems such as ophthalmic robots and automated detection platforms. This feature significantly simplifies the internal wiring design of devices, reduces signal relay links, lowers system latency, and provides more possibilities for the miniaturization and modular upgrading of medical equipment.
In medical scenarios, equipment shutdown not only affects diagnosis and treatment efficiency, but may also endanger patient safety. The LPT012B-0302-U2 slip ring effectively resists the erosion of dust, moisture, and weakly corrosive environments by using gold alloy composite contact materials and multi-layer sealing protection technology, ensuring signal stability during continuous operation. In addition, its compact modular design with a diameter of only 30mm perfectly adapts to the high-density space requirements of medical equipment, freeing up more layout space for key components such as optical lenses and rotation sensors, and helping to optimize the overall performance of the equipment.
JINPAT has significantly reduced the wear rate of slip rings during long-term operation through innovative contact interface lubrication technology and self-cleaning structural design. Combined with dust-proof sealing rings and high-temperature resistant insulation materials, the maintenance cycle of LPT012B-0302-U2 has been extended to more than twice that of conventional products. For medical equipment manufacturers, this not only means lower maintenance costs, but also reduces the risk of customer service interruption caused by downtime for maintenance, further enhancing their competitiveness in the high-end market. For more technical details or customized services, please contact the JINPAT for professional support.