Arkray 99ED102 Trustlet Disposable Sterile Lancets for Blood Glucose Monitor (Only Lancets)

Arkray Trustlet Disposable Sterile Lancets for Blood Glucose Monitor can be used for self-testing to determine blood glucose levels. It is appropriate for professional and home use and produces accurate and dependable results. These gamma-irradiated sterile strips are suitable for most lancing devices and do not feel when drawing blood for testing.Uses:It helps to take blood samples to monitor glucose levels.Product Specifications and Features:Arkray 99ED102 Arkray Trustlet disposable sterile lancets for blood glucose monitor measure blood glucose concentrations through self-testingSuitable for both professional and home use and provides accurate and reliable resultsThese strips are sterilised by gamma irradiation and are suitable for most lancing devices and do not feel while drawing blood for testingSterilised by gamma irradiation and CE-marked disposable lancetsThe tri-bevel ground needle allows proper piercing and maintains good blood flowA safety cap protection and a built-in needle protection systemCompatible With: Lancing devices.Directions for Use:Remove the cap, insert a lancet, twist off the cover and replace the capPress the priming button, then press the yellow release buttonOnce the blood sample is obtained, remove the cap and eject the used lancetSafety Information:Read the label carefully before useStore in a cool and dry place, away from sunlightKeep out of reach of childrenQuick Tips:Never use a lancet that has been used by someone elseEach lancet is intended for single, one-time useFrequently Asked Questions:Can a lancet be reused?No. Lancets are for single use only. It is strongly advised to always discard a lancet after every use. Use a new sterile lancet every time you test to help avoid infection and improve comfort and performance. How do blood glucose monitors work?Diabetes devices or glucometers test the amount of glucose in the blood. The test strips in glucometers contain an enzyme glucose oxidase, which reacts with glucose in the blood and sends the result as an electronic signal displayed on the monitor.