Oxygen saturation and pulse rate reusable pulse oximeter ear sensors, wired and wireless that are 500% cheaper than existing wired ear sensors or 50% less than disposable finger sensors. OXY-FIT is the only wireless ear sensor on market. Funds needed for global sales force, testing at facilities, marketing manufacturing and distribution. Further testing done in hospital networks several in Texas, NM, Colorado and Nevada have expressed commitment to purchasing devices. One of these networks alone is for 50+ hospitals with a minimum profit to OXY-FIT of $16M/yr. for just this network.
The OXY-FIT Reusable Wired Pulse Oximeter Ear Sensor is an accurate, less expensive alternative to finger tip type sensors. The ear site of the refusable securement device and sensor is comfortable, secured and superior to the disposable or reusable fingertip sensor, costing less than 50% of disposable finger sensors, and by eliminating motion waveform interference and the poor perfusion at the finger site. Costs to the buyer of OXY-FIT devices are a minimum of 80% less than other reusable ear sensors on the market. The OXY-FIT Wireless ear sensor is the only red light /infrared light Bluetooth compatible ear sensor directly used for measuring pulse oximetry, perfusion index, pulse rate on the market. If you or a loved one has ever been in the hospital or spoken to a nurse or monitor tech you know that having a sensor on your finger is cumbersome, uncomfortable, constantly needing to be changed and constantly inaccurate. OXY-FIT eliminates all these problems allowing for reliable, accurate results. Sales profit prediction per annum for only one committed hospital network after testing is more than $16 million/yr. Currently there are more than 6000 + hospitals as potential customers. Seeking $1M investment for global network set-up, sales staffing increase, facility testing, increased micro chip software applications, additional manufacturing molds for various devices. manufacture and marketing to all networks, hospitals and recreational users. Wireless device recreational applications include monitoring exercise, hiking, biking, and runners Medical applications for chronic illness users (COPD,CHF), apnea monitoring and trending. Helps to cut hospital care costs to include not just cost of sensors, but cost of changing finger sensors , cost of additional PPE 's required when using finger sensors and increased staff labor in cases like COVID. Provides a safer environment for patients and staff . Decreases cross contamination of infections from patient to patient or medical staff to patient. Most average hospitals with minimum 60% staffed beds occupied will save $2M /yr. in sensors alone not including the reduced cost for using less PPE's and decreased staff labor for monitoring present disposable sensors. Can help small , rural hospitals stay within their budget especially true when treating COVID patients.
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