According to the Asthma and Allergy Foundation of America, Asthma is a leading cause for chronic absenteeism, which is defined as missing 10 percent or more of school days for any reason, excused or unexcused. It detracts from learning and is a proven early warning sign of academic risk. This affects young children in particular ways that can shape academic outcomes for their entire school career. Below are our best solutions to diagnose asthma and keep students in class.
Chronic Obstructive Pulmonary Disease, or COPD, is a major problem around the world. But as with many other conditions, the true extent of the problem is not entirely understood. Here in the United States, approximately $50 billion is spent on COPD annually, between the direct costs of healthcare delivery and the indirect costs that the economy endures as a result, like lost productivity and absenteeism. Some 15 million or so people have been formally diagnosed with COPD, and it is fourth-leading cause of death in America.
With spirometry, you can easily establish baseline airflow status for every patient, even those potentially at risk for a chronic respiratory condition (including your COVID-19 population).
Browse our selections of spirometers, including portable spirometers, and mouth pieces from trusted manufactures such as NDD.
We're proud to offer a private-brand option to our line of spirometry tools to help you confidently diagnose and manage Asthma and COPD. Henry Schein is dedicated to providing the best diagnostic equipment and excited to announce the Henry Schein EasyOne® Air spirometer.
EasyOne® Air is the proven spirometry solution for optimal patient care. Built for healthcare providers large and small, EasyOne® Air uses the revolutionary TrueFlow™ ultrasound technology for unprecedented accuracy and reliable diagnosis.
Flexible Stay flexible with our portable stand-alone solution that can also function as a PC spirometer
Accurate Extremely robust and calibration-free TrueFlow™ technology to guarantee a lifetime of worry-free operation
Color Touch Screen View real time curves, easily enter data, and navigate using our premium touch screen interface
Bluetooth Easily connect wirelessly for real time incentives, data exchange, and EMR connectivity
EasyOne® Air is the new, all-in one revolution in lung function testing. Includes wireless connectivity to the PC via Bluetooth, large color touch screen, and incentive screens available with EasyOne® Connect.
Product Details and Ordering
Portable spirometer, single-breath D device that allows physicians to provide their patients with prompt, accurate diagnosis and treatment. Performs PFTs in under 30 minutes, all in 1 sq. ft. Some of the many features include:
The Easy on-PC uses the power of your PC, laptop, or tablet, leveraging True Flow ultrasound technology for a complete spirometry solution. This PC spirometer uses pediatric incentives, displays inspiratory and expiratory real time curves, and offers challenge testing. Some of the essential features include:
This respiratory analysis system provides the most efficient and accurate way to perform complete lung function testing. With EasyOne Pro® LAB the technician can fully focus on the patient. TrueCheck™ ensures that each gas measurement is accurate without calibration and warm-up time.
Our spirometers are high quality and deliver fast results to diagnose lung conditions and determine if a patient's current medication or treatment is working. Once you've found a spirometry system from a trusted brand like NDD, you can get in contact with our equipment specialist to begin purchasing. Our team will assist you throughout the buying journey from order to delivery and answer any questions along the way.
Spirometry is a valuable diagnostic tool used in pulmonary medicine. It measures the amount and speed of air that can be inhaled and exhaled by a patient, providing valuable information about their lung function. A spirometer is the device used to perform this test.
A spirometer consists of a handheld device with a mouthpiece and a tube that is connected to a computer or other electronic device. To perform the test, the patient inhales deeply and then exhales as forcefully as possible into the mouthpiece. The spirometer measures the amount of air that the patient can exhale in one second, as well as the total volume of air that the patient is able to exhale.
The test measures both forced vital capacity (FVC) and forced expiratory volume (FEV):
This information from a spirometry machine is used to diagnose a range of respiratory conditions, such as:
It can also be used to monitor the progression of these conditions over time and to assess the effectiveness of treatment.