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Millar - Model MEMS -Pressure Sensors for Medical Devices

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Millar provides advanced MEMS pressure sensor technology tailored for diverse medical applications. These sensors integrate seamlessly into medical devices, representing a vital component for modern medical innovations. Millar excels in MEMS pressure sensor integration, addressing key factors such as application needs, size, accuracy, and drift requirements to ensure optimal sensor selection. The integration process developed over five decades guarantees improved yields and reduced costs, enhancing the rapid deployment of medical devices. MEMS sensors from Millar are widely applicable, including in cardiovascular and neurological pressure measurement. Using piezoresistors in thin silicon membranes, these sensors convert pressure variations into electrical signals, promoting device compatibility with established monitors, minimizing system complexity, and fostering quicker market readiness.
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Millar's high-performance, medically-proven MEMS pressure sensor technology seamlessly integrates with a wide variety of medical devices and applications that are driving the next wave of life-saving medical innovation. As a top MEMS pressure sensor integrator, Millar's experts are here to advance your medical applications.

Sensor Selection

Millar's proven MEMS pressure sensor integration process starts with sensor selection, which is based on application, size, characteristics, length of use, accuracy and drift requirements. Our OEM Solutions team understands the nuances of each sensor and how to achieve the best results.

Optimized MEMS Pressure Sensor Integration

Millar's optimized integration process, developed over more than 50 years of continuous innovation, is guaranteed to improve yields and circumvent MEMS integration challenges, resulting in reduced cost and rapid time to market for integrated medical devices.

Applications Using MEMS Pressure Sensors

Viable applications for MEMS pressure sensor integration are virtually limitless, including cardiovascular, airway pressure, intracranial pressure, compartment pressure, spinal pressure and urodynamics.