Description
Unit: 1 Each
Contents: 1 Single Use Device, 1 Heat Pack, IFU
Storage Requirements: 18°C – 28°C (65°F – 82°F)
Specifications: 30 grams, 24 month shelf life
TAP Micro Select Product Information Sheet
TAP® Micro Select produces high-quality, whole blood samples at consistently high volumes of up to 900µL through virtually painless capillary blood collection, making them ideal for decentralized clinical trials, wellness testing, and clinical-grade blood sampling. Remote blood collection allows the opportunity to replace traditional phlebotomist-conducted venous blood collection or painful fingerstick tests in at home blood collection applications.
TAP® Micro Select uses bladeless blood draw technology and takes the pain out of blood collection. Using HALO™ technology, a bladeless microneedle array, TAP® Micro Select enables virtually painless, large-volume collection of up to 900µL of whole, capillary high-quality blood.
- FDA 510(k) Cleared
- CE Marked
- HALO™ Technology, bladeless microneedle array
Incorporating TAP® devices into wellness kits, office laboratories, hospital laboratories and other applicable practices can help improve customer loyalty and enhance feedback thanks to the devices’ ability to enable customers to conduct blood draws virtually pain-free.
The TAP Lancet is a single-use blood lancing device with an integral sharps injury prevention feature intended for producing microliter capillary whole blood samples. The TAP Lancet comprises a lancing module and a vacuum creation module which operate in an entirely mechanical fashion. The device uses a lancet and vacuum to initiate blood flow from the capillary bed in the upper arm. To use the device, the user removes that TAP Lancet from a sterile barrier package. Next, the user removes a protective liner from the bottom of the device to expose a layer of medical adhesive and places the device onto the desired specimen location on the upper arm. The medical adhesive seals to the skin and holds the device in place. When the TAP Lancet activation button is depressed, a lancet is deployed less than 1 mm deep into the skin to access capillaries. The lancet is then immediately and automatically retracted into a sharp shield. When the activation button is released, an internal vacuum bulb expands to generate and apply a gentle vacuum to the skin. The applied vacuum causes microliter quantities of capillary blood to emerge from the collection site.
