Electrical Slip Ring for Shadowless Lamp CT Medical Equipments
Shadowless Lamp
Φ 22mm, 2*5A
Φ 22mm, 3*8A+2*HD-SDI Signals
Features
• A plug-in type optional
• A hollow shaft structure optional
• Capable of transmitting high-speed data signals, HD-SDI, control signals, etc
• Suitable for narrow installation spaces
Surgical Robot
Φ 5mm, OD 22mm, 4*2A+12 signals
Φ 5mm, OD 22mm, 2*5A+4 signals
Φ 22mm, 4*2A+18 signals
Features
• Smooth operation and stability
• Customizable requirements for high protection
• Can integrate signals (analog signals, digital signals, etc.)
WayDun Technology can supply CBCT slip ring.
Due to the NDA terms, please reach out to us regarding your accurate requirements.
Analyzer
Φ 15mm, 4*2A
Features
• -50 ℃ to +280 ℃ working temperature, up to IP68
• MAX 1200 rpm, up to 15 million revolutions
• Can transfer signals, high stability and operate smoothly
Detector
Customized type
Φ 25mm, 4*3A+1*single fiber slip ring
Features
• Combined with fiber optic rotary joint
Filling Machine
Φ 25.4mm, OD 78mm, 6*10A
Φ 38.1mm, OD 99mm, 12*10A+4*CANbus
Φ 50mm, OD 120mm, 10*signals, IP67
OD 120mm, 5*100A+6*5A+2*Ethernet+1 Mpa Compressed air
Features
• Standard product, high reliability
• Can integrate optical and pneumatic rotary joint
• Can select Siemens cable wires
• Customizable for overall dimension
Why use electrical slip ring connector in medical equipments?
Reliable Power Transmission
Functionality: Rotating pass electrical power.
Benefit: Sliprings allow for smooth, continuous rotation without tangling wires or interruptions in power supply.
Reliable Data Transmission
Functionality: Due to achieve like dimming controls or color temperature adjustments functions, which may require data transmission.
Benefit: Sliprings achieve transfer of control signals while maintaining full functionality.
Flexibility in Design
Functionality: Maybe can reduce the overall structural design.
Benefit: Without the constraints of fixed wiring.
Slipring Reduced Maintenance
Functionality: Avoid wear wire connections while continuous movement.
Benefit: Electrical slip ring reduce wear and tear on wires, resulting in lower maintenance needs and a longer lifespan.
What type electric slip rings used in medical device?
Small through hole slipring
Capsule 110v slipring
12 wire slipring with FORJs
Hybrid slip rings(Power+Data)
Carbon brush slip ring, featuring conductive carbon brushes that contact metal rings.
Fiber optic slip ring, transmit data signals, minimizing electrical interference.
Wireless slip ring, transfer power and data without physical contact.
Overview of slip ring connector applications
Shadowless Lamp (Surgical Lights Slip Ring)
Shadowless lamp also known as surgical light. We will adjust or rotate surgical lights to achieve the best lighting angle for the surgical field. Shadowless lamps require a stable power supply to maintain consistent illumination. Electrical slip ring connector achieve the functionality, reliability and adaptability of shadowless lamps in surgical settings, making them essential for effective medical procedures.
CT Scanners (CBCT Slip Ring)
Slip rings make continuous rotation of the CT scanner’s gantry, while allowing for real-time data acquisition from multiple angles. This capability improves image quality and reduces scan times, improve patient comfort and diagnostic accuracy.
Robotic Surgery Systems
Sliprings allow precise control and continuous feedback, enabling minimally invasive surgical procedures with enhanced accuracy.
Endoscopic Equipment
Advanced endoscopes use slip rings to transmit video and power, providing real-time imaging capabilities. This makes visualization during procedures
Wearable Medical Devices
Some advanced wearable devices use slip rings to allow for flexible movement while transmitting data.
Medical Slip Ring Application Conclusion
Many advanced medical devices need electric swivel slip ring. As a result ensuring reliable power and data transmission in dynamic environments. What’s more improve diagnostic capabilities, treatment precision and patient safety.
As technology advances, their applications will likely expand further, leading to improved healthcare outcomes.