cap-ONE Information Monitor Your Patient with Reliable cap-ONE Mainstream CO2 Sensor A New Class of Ultra Compact Sensors Advanced miniaturization of infrared absorption spectroscopy system cap-ONE CO2 sensor A light source is positioned at the focal point of an elliptical mirror Virtual focal point Photo detectors Airway Infrared light adaptor source Elliptical mirror The infrared light passes through the airway and is absorbed by the expired CO2 A half mirror splits the infrared light into two beams for the signal and reference Weighs only Elliptical mirror focal point Photo detector A Half mirror Reference filter Opposite focal point The infrared light is split by a half mirror and concentrated into two photo detectors. Photo detector A at the opposite focal point of the elliptical mirror detects the reference beam. Photo detector B at a virtual focal point 90 ° from photo detector A detects the signal beam from the half mirror. 7 protection against immersion in water Withstands a 1.22 meter drop and meets MIL-STD-810F IPX transit drop requirements

The Optimal Capnography Solution for Respiratory Management Infrared light Airway adaptor with anti-fogging membrane Normal membrane Uneven droplets of water Droplets of water cause uneven reflection and refraction of light which causes inaccurate CO 2 measurement. Traditional CO 2 sensors eliminate the water droplets with a window heater. Antifogging membrane Infrared light passes through a transparent film with a unique anti-fogging membrane Infrared light Even layer of water Nihon Kohden’s anti-fogging membrane forms a smooth layer of water which allows accurate CO2 measurement with no heater....