CT Scanners
Slip rings enable continuous gantry rotation while delivering power and data for imaging systems. At higher scan speeds, consistent electrical performance becomes critical to image clarity and system repeatability.
MRI Support Systems
While MRI environments impose strict constraints, many supporting subsystems rely on rotating components that must transmit power and signals without introducing electrical interference.
Laboratory Centrifuges
Centrifuges operate at elevated RPMs for extended periods. Slip rings in these systems must remain mechanically stable and electrically consistent under constant high RPM’s.
Blood Analyzers and Diagnostic Equipment
Automated analyzers often use rotating assemblies to improve throughput and consistency. Reliable slip ring performance supports accurate measurements and uninterrupted operation.
Low Electrical Noise for Sensitive Systems
Imaging and diagnostic equipment depends on clean signal transmission. Electrical noise can affect data accuracy, imaging quality, and system stability.
Fabricast slip rings are engineered to minimize electrical noise and support reliable power and signal transfer in sensitive applications. This is especially important in systems where signal integrity directly impacts performance and outcomes.
Designed for Long Service Life
Medical and laboratory equipment is expected to operate reliably with minimal downtime. Slip rings must withstand continuous rotation, repeated cycles, and long-term use without frequent maintenance. Fabricast designs slip rings with durability in mind, using proven construction methods and materials selected for extended service life.
Custom Slip Rings for Medical OEMs
Fabricast works directly with medical and laboratory equipment manufacturers to develop custom slip ring solutions. Each design is based on the specific electrical requirements, operating speeds, and mechanical constraints of the application.
From early design collaboration through production, our engineering team supports OEMs with slip rings built to integrate cleanly into their systems and perform consistently over time.
