Variable stiffness in a Coriolis flow tube boosts phase shift, cuts noise sensitivity, and enables accurate measurement in compact layouts.
A torsionally vibrating flexible plate improves Coriolis mass flow measurement for high-pressure, low-density, and two-phase fluids.
Flexible couplers in a Coriolis sensor balance bar absorb thermal expansion mismatch, reducing flow tube stress and improving durability.
An angled modular receptacle lets replaceable Coriolis measuring tubes self-empty with low dead volume, reducing contamination and easing maintenance.
A protected infrared sensor measures tube temperature through glass, avoiding damage during module replacement and supporting clean biopharma use.
Physical stops constrain coil and magnet motion in a vibrating flow meter transducer to prevent contact damage and preserve meter function.
An indium-rich vibrating flow member stays ductile at cryogenic temperatures, enabling Coriolis sensing of cryogenic fluid flow.