Millar products
OEM Solutions - Pressure Sensor Solutions
Millar - Model TiSense - Long-Term Implantable Pressure Sensor Module
TiSense by Millar is an advanced medical device technology designed for chronic pressure measurement over prolonged periods, exceeding five years. This MEMS piezo-resistive sensor module is made from robust materials such as titanium and platinum-iridium, ensuring reliability and safety for long-term medical use. TiSense effectively measures pressure using a silicone oil-filled membrane system with remarkable accuracy and stability, even after millions of pressure cycles. It is particularly significant in managing conditions like chronic heart failure, hydrocephalus, and intraocular pressure by providing precise and continuous pressure data. The module is ISO 10993 compliant, highlighting its biocompatibility for medical applications. TiSense undergoes rigorous drift testing, simulating human body conditions through pressure cycles at 37°C, to ensure performance over its lifespan. This technology stands out due to its innovative approach, adaptability to various medical applications, and its adaptability to different clinical scenarios.
Millar - Model MEMS - Pressure Sensors for Medical Devices
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.