Flite X1 Wireless Studio Edition Troopa

Frame Our Flite X1 is a lightweight machine, weighing in at 110g (without the battery installed). Troopa: Troopa is a unique model with a black Stealth-colored frame and opaque gray side covers. Motor The Flite X1 employs a custom dual nanotechnology motor. Operation Flite X1 is a wireless, battery-operated machine. Equipped with two non-proprietary, cost-efficient batteries, this machine operates for upwards of 8 hours when used with the large 18500 battery and 4 hours when used with the small 18350 one. Flite X1 is the first of our machines to allow fully adjustable speed and voltage with the press of a single button — the very same button that turns the machine on and off. Tattooists can also adjust the needle depth using ergonomic forward and back buttons located on the machine’s body. This means there is no need for an adjustable grip, saving tattooists money in the long run. Other Features Flite X1 employs our all-new LED wheel that works as a machine output reader. Tattooists can choose their speed and needle depth settings while using the LED wheel to track their battery life. This LED innovation helps artists listen to their machine and determine optimal speed, needle depth, and voltage settings. Flite X1 is also compatible with all previous Flite Nano grips and cam wheels, allowing tattooists even more configurable options. Studio Edition Bonus Accessories The studio edition of our Flite X1 Wireless machine comes with all the great features you love about the standard edition, plus bonus accessories and larger packaging. Bonus accessories include our Black Ally Ergo Grip for comfortable, ultra-balanced tattooing perfection. You’ll also receive an 8-port battery charger in lieu of the 2-port travel charger that comes with the standard. Plus, our studio edition comes with extra stickers and 2 extra batteries (1 extra 18350 and 1 extra 18500). Manufactured in Australia InkJecta is proud to handcraft all machines and technology exclusively in Australia. No outsourcing is involved in the manufacturing process.