Evolutions Vaporizer v7

The Evolutions Vaporizer v7 is American Made by Integrated Thermal Management Solutions.

Integrated Thermal Management Solutions employ the mind behind several cutting edge vaporizers that have been developed over the past several years including The Fogger, The B-Real Vaporizer and most recently with the Super Vapezilla.

Evolutions Vaporizer v7 Design Specs

The Evolutions Vaporizer v7 utilizes a Silicone Air Seal over the Vapor Whip, which provides a Sealed Airflow. This means there is no cold air leakage from the outside to offset the heat level on the interior of the Evolutions Vaporizer v7.

This also means you can leave your partially vaporized load in the Evolutions Vaporizer v7 for hours and come back and finish at your leisure. The Evolutions Vaporizer v7 is the only Vaporizer with this capability.

Evolutions Vaporizer v7 Heating System

The Evolutions Vaporizer v7 uses a chemically inert Ceramic Heating Element incased in steel for greater durability. The Evolutions Vaporizer v7 features a State of the Art Digital Controller factory set @ 400°.

Evolutions Vaporizer v7's Digital Controller

The Evolutions Vaporizer v7 is designed to overshoot desired temperature by 10° and reduce temperature from there to achieve desired temperature quicker.

When the green light is flashing, this represents the Evolutions Vaporizer v7 heating or decreasing temperature to reach your desired temperature. To change temperature on the Evolutions Vaporizer v7, press the Select Button and dial in the desired temperature and relax, no need to press anything else.

Fuzzy Logic & The Evolutions Vaporizer v7

The Evolutions Vaporizer v7 employs Fuzzy Logic to determine how much more heat the temperature needs to stay at the desired temperature.

The Evolutions Vaporizer v7 will automatically compensate for the cooling effect that happens when you draw from the Vapor Whip. This is the primary reason that competitive digital models such as the Vapir Air One 5.0 Vaporizer experience the frequent fluctuation in temperature.