CENO have many product list including medical slip ring often with compatible structure. Medical equipment requires specialized slip rings, including medical-grade conductive slip rings, fiber optic slip rings, sterile slip rings, and explosion-proof slip rings. Specific sub-categories include slip rings for CT scanners, MRI-compatible slip rings, surgical robots, medical gimbals, and rehabilitation robots—all of which must strictly adhere to medical-grade safety standards.
Application
1. Medical Imaging Equipment CT scanner slip rings (a core application) facilitate the transmission of high-voltage, X-ray control signals, and data during the 360° rotation of the CT tube and detector, they serve as a critical component in CT imaging systems. Slip rings for DR (Digital Radiography) and digital gastrointestinal systems transmit image data and control signals. MRI-compatible slip rings are designed to operate within strong magnetic field environments without generating magnetic interference.
2. Surgical Equipment Slip rings for minimally invasive surgical robots, transmit power for surgical instruments, high-definition video signals, and force feedback signals, they support the robot's 360° rotational operation, enabling surgical procedures with micron-level precision. Medical gimbal slip rings are designed to facilitate the rotational scanning capabilities of surgical endoscopes and ultrasound equipment within the operating room.
3. Rehabilitation and Diagnostic Equipment Slip rings for rehabilitation robots transmit motor control signals and sensor data to support physical rehabilitation training for patients. Slip rings for diagnostic equipment rotation platforms are utilized in fully automated biochemical analyzers and blood analyzers, ensuring continuous rotational operation during sample analysis.
Medical slip rings are designed with a core focus on safety, low noise, absence of magnetic interference, differential signaling, high stability, and medical certification, thereby meeting the critical requirements of medical equipment regarding precision, safety, and hygiene.
Medical-Grade Sterility and Safety Design The housing is constructed from sterile materials—such as 316L medical-grade stainless steel and (PTFE)—featuring a smooth. Furthermore, it releases no harmful substances, thereby safeguarding both patient health and the precision components of medical equipment.
Low Noise and Interference-Free Operation The slip rings designed for CT scanners exhibit electrical noise levels of ≤1 μV, effectively preventing noise interference during X-ray imaging and image data transmission to ensure the clarity of CT images. MRI-compatible slip rings utilize non-magnetic materials (such as titanium alloys and non-magnetic stainless steel) to ensure zero residual magnetism and magnetic interference; they do not compromise the quality of Magnetic Resonance Imaging (MRI). Signal transmission differential signaling to eliminate electromagnetic interference, thereby guaranteeing the precise transmission of video and force-feedback signals for surgical robots.
High Precision and Stable Transmission Low dynamic contact resistance fluctuations and rotational concen -tricity , the system ensures the precise positioning of CT detectors and surgical robot instruments. It supports the mixed transmission of high voltage, low voltage, control signals, and data; This transmission remains stable and free of momentary interruptions, ensuring that medical images are distortion-free and surgical operations are executed without error.
Long Lifespan and Low Maintenance Utilizing precious metal brush wires (gold-iridium alloy) and ultra-smooth gold-plated rings, The maintenance-free design requires no lubrication, thereby minimizing medical equipment downtime for servicing and ensuring the continuity of hospital diagnostic and treatment operations.
Specialized Structural Adaptations CT slip rings feature a large-diameter disc structure that integrates hundreds of channels, making them ideally suited for the large rotating components found in CT scanners. Conversely, slip rings designed for surgical robots employ a miniature through-hole structure; their compact size and lightweight profile make them perfectly compatible with the precision joints of robotic systems. Additionally, select slip ring models integrate fiber-optic channels to facilitate high-speed image data transmission.
Explosion Protection and Safety Redundancy Certain medical slip rings comply with the ExibⅡBT4 explosion-proof standard, rendering them suitable for use in medical environments where flammable or explosive substances may be present. Furthermore, they incorporate a dual-channel redundancy design: should one channel fail, the system automatically switches to the backup channel. This mechanism ensures the continuous operation of medical equipment and effectively eliminates the risk of safety incidents—such as those occurring during surgery or diagnosis—that could otherwise result from slip ring failure.
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