Instrument Support Frame
60 dB vibration isolation using a nickel superalloy cage with near-zero thermal expansion.
Sub-nanometre measurement demands absolute isolation.
High-precision measurement science requires isolation from environmental vibration. Standard vibration isolation cannot deliver the attenuation depth needed for sub-nanometre measurement systems. Environmental vibration — from footfall to building systems — introduces measurement error that limits instrument performance.
A structural vibration bandgap in a thermally stable frame.
A support frame engineered with a structural vibration bandgap, manufactured from a nickel superalloy cage with near-zero coefficient of thermal expansion (CTE) for dimensional stability under varying temperatures. The geometry of the frame — not its mass — creates the bandgap that isolates the instrument from environmental disturbance.
60 dB vibration isolation, 0–1,000 Hz.
Validated across 0–1,000 Hz. Protecting sensitive instruments from environmental disturbance across a broad frequency range — delivering the attenuation depth that mass-law isolation cannot achieve.