Millar products

The Mikro-Cath Pressure Catheter is a solid-state device engineered to deliver precise and repeatable pressure measurements in various medical contexts, including cardiovascular, respiratory, and intra-compartmental applications. Marked by its high-fidelity technology, the catheter eliminates common issues like motion artifacts, body position errors, and air bubbles, offering a clear and consistent pressure signal. It is particularly useful in conditions requiring detailed hemodynamic monitoring in cardiovascular studies, airway pressure evaluation during respiratory conditions like obstructive sleep apnea, and pressure assessments within body compartments for diagnosing conditions such as compartment syndrome. The device integrates seamlessly with standard patient monitoring setups and provides real-time data for up to 24 hours without the need for recalibration or adjustments for patient positioning. Intended for medical research and diagnostics, it serves as a single-use catheter for short-term applications (<24 hours), enhancing clinical decision-making with reliable data.

The Millar SPT-301 Non-Invasive Pulse Wave Tonometer is designed for a seamless evaluation of the cardiovascular system. Providing high-fidelity blood pressure waveforms through direct skin contact with the carotid, femoral, or radial arteries, it offers valuable insights into cardiovascular health. The device efficiently integrates with standard blood pressure monitoring systems and outputs waveform data instantly. Utilizing two tonometers to derive pulse wave velocity (PWV) offers an analysis of arterial stiffness, a crucial metric in assessing risks for heart disease, stroke, and dementia. The tonometer aids in the examination of the augmentation index, pressure augmentation, and reflected wave magnitude, offering comprehensive cardiovascular evaluations. This precision instrument is indispensable for both clinical researchers and medical practitioners aiming to better understand specific patient groups or cardiovascular events.