Rakuten.com - BoxWave EverTouch Capacitive AT&T Samsung Galaxy Note Stylus - (Newest Technology) Touchscreen Stylus with Ultra Durable FiberMesh Fabric Tip for Ultra Responsive, Smoother Glide, and Increased Accuracy (Lunar Blue)

Welcome to a whole new world!At BoxWave, our design is motivated by innovation, and our innovation is born from creating solutions. Our EverTouch Capacitive Stylus with FiberMesh is advanced stylus technology, designed as a solution for your everyday touchscreen needs. Our styluses are pen-shaped and extremely portable, for the best fitting and feeling touchscreen writing tools on the market.FiberMeshTM: Stylus InnovationIntroducing a breakthrough in stylus technology: The FiberMesh tip is precisely engineered with an extremely soft yet durable conductive woven fiber. Stylus StaminaThe FiberMesh tip is the longest lasting stylus tip on the market today. Seamlessly integrated with a metallic aluminum body of the perfect length and weight, the EverTouch Capacitive Stylus is built to last and quick to react. One Touch ResponseNo more double-tapping required. A single press of the EverTouch to the screen will pull up your app of choice. More bliss. Less frustration.Packed with FeaturesWatch as the fabric tip cleans your screen as you use it. In addition, three included lanyards offer storage solutions:2?? lanyard attaching into the headphone jack of your device12?? lanyard with elastic coil attaching into the headphone jack of your deviceCharm ring for attachment to key chainsThe EverTouch Capacitive Stylus with FiberMesh technology from BoxWave: A True Leader in Innovation.

Features

	Cleans the screen as you use the stylus
	FiberMesh Tip is a tightly woven conductive fabric mesh that is highly durable and resistant to breakdown
	Package includes 3 clip-on lanyard attachments: 3.5mm headphone jack attachment, 3.5mm headphone jack with an elastic coil for screen use while attached, Charm clip for attachment to key chains or bracelets
	Solid aluminum barrel construction
	The result is ultra accurate and responsive performance, including the ability to work at any screen angle with less pressure required for each movement