MarijuanaVaporizers.ca is a unique study of exhausted dry herb produced by different styles of marijuana vaporizers. Ever wonder how good does a vaporizer work? The following vaporizer experiments allows you a unique view of what's happening to your marijuana by the best vaporizers of today utilizing microscopes, photographs, videos and analysis.
43X micro-photo of various vaporization states of marijuana calyxes.
Vaporized Marijuana Experiments
Only marijuana vaporizers that vaporize dry herb will be studied. All experiments are purely personal results. We're sure you can make your own judgments and do your own homework. Photographs are taken by a 43x digital microscope. The following photograph shows the frosty thc crystals or trichromes on the calyx of some good Kush weed. The photo gives a great visual of the mushroom like trichromes that contain most of the THC and CBDs of the marijuana plant of which you want to ingest.
Micro-photograph of a typical marijuana calyx before any vaporization.
The FlashVAPE vaporization experiment was performed with a brand new vaporizer. The first use is usually the most powerful. The FlashVAPE Turbo vaporizer lives up to its name. Vaporization starts immediately. The longer you hold the on button the hotter the oven gets. This makes for a feathery touch to control the vapor rate. For the details continue on to the FlashVAPE Turbo Vaporization Experiment.
The Haze Vaporizer vaporization experiment begins with the highest temperature setting of 410°F. Two vape heads vaped some violator kush. There are two oven chambers to utilize. Each oven session lasted the full 5 minute auto shut off time. The following micro photograph illustrates two different methods of vaporization. You can tell one is slightly darker. For the full detailed results please visit the Haze Vaporizer Vaporization Experiment.
The Arizer Air vaporizer experiments begin at the highest temperature setting of 210°C / 410°F indicated by the color red on the LED scale. We've got two well seasoned vape heads to perform this experiment. The dry herb is crumbly to the touch. The following micro photograph illustrates the % of exhausted material after a complete 10 minute cycle. See the complete results of all five temperature settings at Arizer Air Portable Diffuser Vaporization Experiment.
Micro photograph of exhausted calyx courtesy of the Arizer Air vaporizer.
The Solo Digit portable vaporizer is a Canadian product made by the Arizer company. This study begins with the Solo vaporizer at temperature #4 and 2 people intermittently using it for 15 minutes straight. The glass bowl holds about 1/4 gram of dry weed. The following photograph illustrates the vaporization rate of about 80%. There is still more vaporization to be done. See the complete vaporization experiment at the Arizer Solo Digit Vaporization Experiment
Micro-photograph of dry Haze weed vaporized by the Solo Digit.
The Extreme Q-Tower vaporizer is another vaporizer made in Canada. The following photograph is of the experiment completed at 390°F (200°C) after 4 balloon fulls. The amount of marijuana used in the bowl was 1/3 of a gram, the bowl was about 1/2 full. We stirred the herb after each balloon full. See the complete vaporization experiment at Arizer Extreme Q-Tower Vaporization Experiment
Micro-photograph of a Green Crack calyx vaporized by the Extreme Q-Tower.
The Volcanoes are considered the top of the line vaporizers that precisely vaporizes dry herbs to the max. A hot air generator of Cadillac quality. Our study begins at a temperature of 375°F (190°C) where the following photograph is a Kush dry calyx that was vaped after 5 balloon fulls. You can visualize the exhaustion factor, maybe 75% to 85%. We actually squeezed out 10 balloon fulls with noticeable vapor deterioration accompanying the seventh balloon full. The amount of marijuana in the bowl was 1/2 gram. Vaporization is predominately even. See the complete vaporization experiment at the Storz and Bickel Vaporization Experiment
The VaporTower vaporization experiment starts with the temperature setting at 1:00 on the dial. We let the unit heat up for 5 minutes with the marijuana in the bowl, on top of the heating chamber, to warm it up while we get ready. The experiment used 1/3 of a gram of herb. There was no time limit, we vaped until the weed produced no more vapor, probably 15 to 20 minutes for 2 average sized people. The following photograph let's you see the vaporization percentage at the end of the session. View the complete experiment at VaporTower Vaporization Experiment
Micro-photograph of exhausted Critical Mass weed from the VaporTower.
The DaVinci vaporization experiment begins at a temperature setting of 200°C. This vaporizer holds a small amount, about 1/8 of a gram. The weed was placed inside the heating chamber before starting, this way the weed heats up as the unit reaches operating temperature. 2 vape heads used a slow draw until the auto shut off kicked in. The following 43x micro-digital photograph shows great vaporization. Check out the complete experiment at DaVinci Vaporization Experiment
Micro-photograph of exhausted Burmese herb from the DaVinci portable vaporizer.
The VaporBrothers vaporization experiment begins with a temperature setting of 12:00 on the dial. This experiment started immediately after the initial heat up of the unit for ten minutes. This was the very first bowl of dry herb to be vaporized by this unit. The entire experiment session lasted about 15 minutes. See the complete VaporBrothers Vaporization Experiment.
Micro-photograph of exhausted Green Corn calyx vaped by the VaporBrothers vaporizer.
The Vapir No.2 vaporization experiment begins with a temperature setting of 375°F continuing for 10 minutes. The marijuana was placed in the herb chamber as the unit heated up. The micro photograph below shows a good exhaustion percentage. You can begin to realize the quality of the vaporization by looking at the exhausted head of the calyx. Read the complete Vapir No.2 Vaporization Experiment.
Micro-photograph of vaped Northern Bright weed exhausted in the Vapir No.2 vaporizer.
The Vaporite Twister vaporization experiment begins at a temperature setting of #4 on the digital dial which is approximately 390°F (200°C). The session lasted 10 minutes between 2 medical vape heads. The blue vapor was clearly ending indicating our herb was exhausted. Check out further results Vaporite Twister Vaporization Experiment
Photograph of exhausted Haze weed calyx from the Vaporite Twister vaporizer.
The Vapolution vaporization experiment begins at a temperature setting of 12:00 on the speed dial which is right in the middle of the temperature range. Our experience sees the temperature is around 390°F (200°C). Quite an unusual control is not grinding the herb, just place your weed into the heating chamber without grinding. Check out the rest of the unique results at Vapolution Vaporizer Vaporization Experiment
Micro photograph of unground exhausted Rock Star calyx by the Vapolution vaporizer.
The Flashvape portable vaporizer vaporization experiment is split into 2 sections. The first experiment uses the regular 3.2v battery power supply. The second portion uses the extra 3.7v battery power boost supplied by the stage 2 kit accessory. Both results are outstanding to check out. Read more about this unique vaporizer at Flashvape Portable Vaporizer Vaporization Experiments
A photograph of vaporized weed from the FlashVape portable vaporizer with regular battery power.
The TVape True Vaporizer can vaporize dry herbs or it can actually vaporize a rolled up joint without vaping the paper. This vaporization experiment is in 2 parts. The TVape has a big battery hooked up to a cool tube oven section where you place your dry herb or rolled blunt to be exhausted. The size of joint you can use is comparable to an everyday normal size cigarette width. Both results are outstanding, read more at TVape True Vaporizer Vaporization Experiments
A photograph of an exhausted joint out of the TVape vaporizer.
The VapirRise is one of the most versatile marijuana vaporizers. The desktop vaporizer can utilize a balloon or whip style delivery system. Cool how up to four people can haul away off this versatile vaporizer. This experiment is split into 2 sections experimenting with both delivery systems. We like a little higher temperature for the whip. The herb chamber is a good size enabling up to one gram of chopped dry herb to be vaporized. Check out the interesting end results at VapirRise Desktop Vaporization Experiments
Micro-photograph of kush bud vaporized in the whip delivery system.
The Puffit vaporizer delivers a discrete subtle vapor just as it looks. The heating chamber is a fair size able to hold up to 1/4 gram of dry herb. We found to go ahead and fill it up. There is a special new vape enhancer used to push down the dry herb when the cap is screwed on. We tried the experiment with and without the vape enhancer. We found the Puffit vaporizer worked more efficiently with the vape enhancer engaged. The vape enhancer also lets you stir your dry herb in the middle of your session. See the complete results of the Puffit Discrete Vaporizer Vaporization Experiment
A micro photograph of exhausted Purple OG from the Puffit vaporizer.
The Iolite WISPR vaporizer is unique because it runs on butane fuel instead of battery power. Fill up the gas chamber and vaporizer any time. The dry herb chamber holds about 1/4 to 1/2 gram of herb. The heat reaches a steady temperature of 390°F that is digitally controlled. All you'll hear is a whisper when it's running. True vaporization occurs as illustrated in the micro photograph below. Check out the complete experiment located at Iolite WISPR Vaporizer Experiment
Micro photograph of dry herb exhaustion from the Iolite WISPR original vaporizer
The PUFFiT X is the world's first hand held forced air electronic vaporizer. A cool built in fan does the inhaling for you. This vaporizer experiment was done using only the fan to draw from the dry herb. The heating chamber holds 1/4 gram of dry herb. Read the complete experiment results at the PUFFiT X Vaporization Experiment
Micro photograph illustrating s good exhaustion rate with the PUFFiT X vaporizer.
The Magic Flight Launch Box vaporizer is a small personal portable vape. A small AA battery is used to create the power for an internal element. The draw weight had to be slower than normal for our vape heads. The heating temperature is unknown. The heat on the lips is negligible. The 3 vape heads take 4 good hauls each to exhaust the dry herb. Read the complete results at the Magic Flight Launch Box vaporization experiment.
Micro photograph of Haze calyx vaporized by the Magic Flight Launch Box vaporizer.