VaporGenie - Hand Carved Wooden Vaporizer Pipe - Choice of several colors and styles

VaporGenie – Hand Carved Wooden Vaporizer Pipe – Choice of several colors and styles

Portable and easy-to-use, the VaporGenie vaporizing pipe is an ideal accessory for the vape user on the go. No cords or plugs are required, and it contains no electronics, making it a quiet, discreet, and healthier way to enjoy your herbs nearly anywhere.

A ceramic filter at the top of the bowl blends the heat from flame with cool ambient air to create an air stream with a temperature between 275-350° Fahrenheit — hot enough to vaporize herbs but not burn them. Because vaporizing produces no tar, with proper use your pipe will never become clogged or require cleaning, and the ceramic filter will never need replacement! The pipe works best with lightly-packed, shredded smoking material, and you should never touch the flame to the filter as this will cause soot build-up and eventually clog the ceramic. Detailed use and maintenance instructions are included.

p>The wood parts for these handcarved pipes are made by hand in upstate New York. The top and bottom are made of matching wood, though a perfect match is not possible because of natural color variations. The bowl, screen and filter top threads are all made of stainless steel for extreme durability.

The pipe measures 5.4 inches from mouthpiece tip to the center of the bowl. Total length (with mouthpiece) is about 6 inches, about 1 inch longer than classic models. The black mouthpiece is optional and can easily be removed by simply pulling it out.

The mouthpiece borehole is 1/4" diameter. We recommend cleaning with 1/4" stainless steel brush. And to top it all off, the natural and durable finish is a mixture of beeswax and carnauba wax. This finish can be re-applied and refreshed. The bowl of the Handcarved VaporGenie is held in place with a small amount of high-performance, high temperature epoxy. This adhesive is guaranteed to not out gas or produce vapors. There is no adhesive in the vapor flow path.