Post by SCHOTT

MEMS pressure sensors measure deformation. Drift begins when material stress alters geometry. Pressure, vibration, and thermal load introduce strain into substrates and bonded interfaces. Material properties such as thermal expansion, modulus, and dimensional stability determine how that strain distributes. Geometry shift becomes signal shift. Our Sensing Vision materials are engineered for controlled expansion and long-term dimensional stability. In MEMS pressure applications, this reduces stress-induced deformation and supports low-drift signal behavior over lifetime. At SENSOR+TEST, we'll show how defined material properties at component level stabilize MEMS pressure sensing under industrial conditions. Because in MEMS pressure sensing, performance means predictable deformation, stable signal output, and controlled drift over time. Meet us at SENSOR+TEST, Booth 1-431 or explore the framework here: https://lnkd.in/d5i9abqK