For design engineers working on medical endoscopes, automated optical inspection machines, UAV gimbals, and collaborative robot arms, one recurring headache is how to deliver both power and high-speed data across a continuously rotating interface. Traditional approaches force a compromise: either use a purely electrical slip ring that cannot handle high-bandwidth video, or combine a separate electrical slip ring and fiber optic rotary joint, which doubles the size, weight, and assembly time. The CENO ACN24-1R12P1 eliminates this trade-off by merging both functions into a single micro flange package, offering a drop-in solution that fits where space is at a premium and performance cannot be compromised.
What Makes It Different – At its core, this slip ring packs 24 electrical channels and one optical channel into a compact, flange-mountable housing. The electrical circuits handle everything from motor drives and sensor excitation to low-speed control I/O, while the fiber channel provides a clean, EMI-immune pathway for high-definition video and high-speed data – all within a form factor small enough to fit inside a surgical instrument handle or a drone gimbal base.
Where It Excels
In the operating room, it enables 4K endoscopic imaging with zero latency and no electrical noise, giving surgeons crystal-clear views of delicate tissues. Its low-wear gold contacts withstand the constant rotation of robotic surgical tools, and its RoHS-compliant materials meet medical sterilization requirements.
On the factory floor, it powers high-speed inspection turntables, feeding crisp 2K/4K images to vision systems while simultaneously driving motors, lighting, and sensors – all without the downtime caused by tangled cables or failed slip-ring connections.
In the air or on vehicles, its lightweight, low-torque design keeps gimbal response precise and extends UAV flight times, while its fiber channel delivers interference-free dual-band video for day/night surveillance.
In robotic arms, its compact profile fits inside tight joint cavities, enabling real-time visual servoing without adding bulk or compromising motion accuracy.
Key Benefits at a Glance
One component, two functions: Eliminates the need for separate electrical and fiber rotary joints.
Fits anywhere: Miniature cap-type design with front flange mounting is ideal for tight spaces.
Built to last: Gold-on-gold brushing ensures stable, low-noise transmission over millions of cycles.
Clean signals: Fiber optic path is inherently immune to EMI, preserving signal integrity for HD video and sensitive instrumentation.
Whether you are designing a next-generation surgical robot, a high-speed automated inspection system, or a compact surveillance drone, the ACN24-1R12P1 offers a proven, production-ready solution that reduces complexity, saves space, and delivers reliable performance across six major industry segments.
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