Medical Equipment
Stability that safeguards precision.
Protect the Precision of Your Medical Imaging Equipment.
Medical equipment demands flawless operation. Even the smallest vibration can impact diagnostic accuracy, treatment outcomes, or research data. UNISORB® engineered isolation solutions are designed to eliminate interference and maintain equipment stability. Whether you’re supporting sensitive imaging systems, lab instrumentation, or precision testing devices, we help ensure flawless operation, consistent results, and long-term reliability – because lives depend on it.
Products for Medical Equipment
From foundation isolation to vibration control, our solutions safeguard the precision and accuracy of your critical imaging equipment.
Foundation Isolation Materials
IB-500™ Inertia Block Isolation Materials
Simplify installation with a high-performance foundation isolation system, featuring an 8-19 Hz natural frequency, a concrete inertia block for stability, and engineered damping for superior vibration control in industrial applications.
Regufoam® VibrationPlus
(12 variants)
Maximize vibration isolation with engineered polyurethane foam pads, delivering a 6-15 Hz natural frequency range, long-lasting durability, easy installation, and superior damping for industrial foundations. (12 variations)
RT Low Frequency Isolation Block
Reduce vibration interference with high-load natural rubber isolation blocks, engineered for precision applications with a controlled 4.5-5 Hz natural frequency, superior damping, and effective isolation for sensitive equipment and large vibration sources.
ST Spring Isolator
Eliminate environmental vibrations with high-performance spring isolators, delivering a stable 2-3 Hz natural frequency, superior load capacity, and pre-loaded construction for seamless installation and long-term precision equipment protection.
A leading medical imaging manufacturer faced issues with vibration interference affecting scan accuracy. By integrating our foundation isolation solutions, they achieved stable, artifact-free imaging and improved diagnostic precision.