Volcano Vaporizer
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The Volcano Vaporizer is a device used to vaporize substances, including eucalyptus, hops, chamomile, lavender, lemon balm, sage, thyme, cannabis as well as other herbs and liquids. It is manufactured by Storz & Bickel, a German company.
The Volcano Vaporization System established itself as the standard device for the professional administration of active ingredients of herbs. Though it is not a medical device it is used for all scientific research within the boundaries of vaporization.
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[edit] Vaporization
Instead of combusting the material, the VOLCANO Vaporization System pumps very hot air heated with an aluminum heating element through the substance, which causes the release of the herb's active ingredients.
The VOLCANO has completely variable temperature control from 130 °C (266 °F) to 226 °C (439 °F) -- high enough to release the active substances and aromas, but insufficient to cause the material to combust. Nine set points are indicated on the housing to aid in temperature selection
. The VOLCANO introduced a novel approach to stored vapor delivery in its utilization of a balloon (actually a heat-resistant oven bag) with an attached check valve to hold the vapor. Once the balloon is filled it is removed from the chamber and the mouthpiece is attached for vapor inhalation. This novel balloon approach, in addition to the very accurate temperature control of the VOLCANO, revolutionized vaporization by providing consistent results and making the vaporization experience more social.[edit] Health Benefits
Due to the sub-combustion temperatures, the vaporizer user is not exposed to the same level of pollutants and cancer-causing agents as smoking, e.g., carbon monoxide and other combustion by-products
. The reduction of toxic combustion by-products makes the Volcano interesting as an alternative delivery system with rapid onset and an efficient extraction of active ingredients.
Overview of plants suitable for vaporization in the Volcano:
Plant Name | Part of plant to be used | Temperature setting |
Eucalyptus | leaves | 130°C (266°F) |
Hops | cones | 154°C (309°F) |
Chamomile | blossoms | 190°C (374°F) |
Lavender | blossoms | 130°C (266°F) |
Lemon Balm | leaves | 142°C (288°F) |
Sage | leaves | 190°C (374°F) |
Thyme | herb | 190°C (374°F) |
Cannabis | herb | 180°C (356°F) |
Furthermore, a study conducted by marijuana law reform group NORML found that when used with cannabis, the VOLCANO produced "high THC concentration" with only "minimal" toxins . The perfect temperature to set free THC is about 180 °C (356 °F), about 5,5 points on the VOLCANO scale.
[edit] Efficiency
The manufacturer, Storz & Bickel, claims that the VOLCANO is "3-4 times" more efficient in its exploitation of active ingredients than smoking [5].
A NORML-MAPS study published May 2, 2003 found that the VOLCANO Vaporizer was remarkably clean, its vapor consisting 95% of THC with traces of cannabinol (CBN), another cannabinoid. The remaining 5% consisted of small amounts of three other components: one suspected cannabinoid relative, one suspected PAH, and caryophyllene, a fragrant oil in cannabis and other plants. Despite the high efficiency of the Volcano, the used product still contains relatively high contents of constituents. This can be observed when using it to cook traditional marijuana food recipes.
[edit] External links
- Storz & Bickel
- HenrickMedia Video: A C-5 quadriplegic demonstrates how he uses Medical Marijuana with the Volcano Vaporizer
- POT-TV: Cannabis Common Sense #268 features segment demonstrating use of the Volcano Vaporizer
- Volcano Vaporizer Volcano pictures & discussion
[edit] Footnotes
- ↑ : Volcano Vaporizer Air Temperature Table PDF
- ↑ : Media:Abstract Studie Uni Leiden2.pdf, Leiden University: Optimized administration of THC for clinical use by vaporizing]
- ↑ : NORML Study: Volcano Vaporizer can "drastically reduce toxins in marijuana smoke"
- ↑ : Volcano Vaporizer "Infoflyer" PDF
- ↑ : "Cannabis Vaporizer Combines Efficient Delivery of THC with Effective Suppression of Pyrolytic Compounds" Dale Gieringer, Joseph St. Laurent, and Scott Goodrich in Journal of Cannabis Therapeutics, Vol. 4(1) 2004