With the rise in cannabis consumption for both recreational and medical purposes, many users are actively seeking safer methods of delivery. Among the options available, vaporization has garnered significant attention as a potentially lower-risk alternative to traditional smoking. One vaporizer, in particular—the Volcano® by Storz & Bickel—has become a benchmark in the category, praised for its engineering, temperature control, and clinical application in research trials. But what does the science actually say about its safety?
Smoking vs Vaporization: Which is healthier?
Cannabis Smoke Contains Harmful Toxins
When cannabis is smoked, it undergoes combustion, a process that burns plant material at high temperatures (typically exceeding 400°C or 752°F). While this method efficiently delivers cannabinoids like THC and CBD to the user, it also generates harmful substances. Research has shown that the smoke from cannabis contains many of the same toxins found in tobacco smoke, including:
- Tar: a sticky residue full of cancer-causing chemicals.
- Carbon monoxide (CO): a gas that reduces oxygen delivery in the blood.
- Polycyclic aromatic hydrocarbons (PAHs): known carcinogens also present in grilled meats and car exhaust.
- Volatile organic compounds (VOCs): irritants and toxins that affect respiratory and immune function.
Vaporization Avoids Combustion and Reduces Irritants
Vaporization eliminates the combustion process. Instead of burning the cannabis, a vaporizer heats it to a point just below combustion (usually between 160–230°C or 320–446°F). This temperature range is sufficient to release cannabinoids and terpenes in vapor form without creating the same toxic byproducts found in smoke.
The Volcano vaporizer uses a convection heating method, where hot air passes through the cannabis material to produce a clean aerosol. In practical terms, this means the user inhales vapor that contains cannabinoids, terpenes, and significantly fewer harmful byproducts.
Controlled Temperature Activates Target Cannabinoids
The Volcano’s precise temperature control allows users to selectively release cannabinoids and terpenes depending on their goals and desired effects:
- Low temperatures (160–180°C): Releases monoterpenes like pinene and limonene, often associated with mood elevation and clarity.
- Moderate temperatures (180–200°C): Optimizes THC vaporization for psychoactive effects.
- High temperatures (200–230°C): Enhances CBD and linalool delivery for sedative and anti-inflammatory uses.
This customizable spectrum gives medical and recreational users a versatile, controlled experience.
User Experience of the Volcano Vaporizer vs Smoking
It Doesn’t Burn Your Throat
If you’ve ever coughed your lungs out after hitting a joint, you’ll appreciate this one. Vapor doesn’t use combustion, so there’s no harsh smoke—just warm, cannabinoid-rich vapor that’s easier on your lungs. This makes it a game-changer for first-time users or anyone with sensitive airways.
You Can Actually Share It Without Being Grossed Out
Let’s be real—passing around a soggy joint isn’t the vibe. With vaporization (especially using a balloon-style system), everyone gets a clean, dry mouthpiece. At Best Boons Vaporizer Bags, our replacement bags are pre-cut, heat-sealed, and perfectly compatible with the Volcano—so you never have to worry about trimming or sealing your own.—so you never have to worry about trimming or sealing your own. The plastic mouthpiece is easy to wipe down, and the balloons can be swapped out quickly, making sharing not just more sanitary, but way less hassle. No spit, no ash, no problem.
No Lingering Smoke Smell
Vapor doesn’t stick around like smoke does. After a session, the room might carry a light herbal scent for a few minutes, but it won’t cling to your clothes, furniture, or hair. That makes it ideal for apartment dwellers or anyone who prefers a more discreet experience.
You Can Taste the Cannabis Much Better
When you light cannabis on fire, you destroy a lot of the flavor. Vaporizing preserves terpenes—those aromatic compounds responsible for citrusy, piney, or earthy notes. You can actually taste the strain, which makes for a much more enjoyable and refined experience.
It Gets You High—And Keeps You There
Because vaporizing preserves more THC (and other cannabinoids), many users find they get a longer, more potent high with less flower. That means better bang for your buck—and less frequent reloads. Studies back this up: vaporized cannabis delivers comparable or higher blood THC levels than smoking, without the toxic byproducts³.
And if you’re using fresh, clean bags from Best Boons Vaporizer Bags, you’re getting smoother airflow and maximum potency every time. Our bags help maintain consistent vapor quality so you get the most from every session. Because vaporizing preserves more THC (and other cannabinoids), many users find they get a longer, more potent high with less flower. That means better bang for your buck—and less frequent reloads. Studies back this up: vaporized cannabis delivers comparable or higher blood THC levels than smoking, without the toxic byproducts³.
It’s Novel and Fun to Share
Let’s not underestimate this. Watching the vapor fill a balloon is oddly satisfying. Passing it around with friends feels social and novel, not intimidating like a massive bong or torch setup. It’s approachable, repeatable, and surprisingly playful.
Research Study Results: Volcano Vaporizer vs. Cannabis Smoking
Cannabinoid Delivery and Potency Comparison
Vapor Delivers Similar Potency to Smoke
The Volcano has been studied for its ability to deliver cannabinoids effectively. According to Gieringer et al. (2004), the Volcano achieved THC delivery rates of 36% to 61%, a range that compares favorably with or exceeds that of smoked cannabis².
Clinical Study Confirms Effectiveness
Abrams et al. (2007) conducted a clinical trial using the Volcano and found that THC blood levels were nearly identical between vaporized and smoked cannabis. Exhaled carbon monoxide levels were reduced by 75% in vapor users, while subjective effects like intoxication and satisfaction were reported to be equivalent across both methods³.
Respiratory Impact and Toxic Byproducts
Fewer Respiratory Symptoms for Vapor Users
A 2007 study by Earleywine & Barnwell found that vaporizer users experienced significantly fewer respiratory symptoms. This was particularly evident among individuals who previously consumed large amounts of smoked cannabis¹.
Key outcomes included:
- 60% less likelihood of chronic bronchitis symptoms
- Reductions in coughing, phlegm, wheezing, and chest tightness
- Clear benefit for high-frequency users transitioning to vapor
Vaporization Reduces Toxic Compounds by 95%
Research by Gieringer et al. (2004) found that vapor from the Volcano eliminated most detectable benzene, toluene, and naphthalene, which are linked to cancer and neurological harm. The vapor was nearly free of solid particulates and contained 95% fewer pyrolytic compounds than cannabis smoke².
Lower Exposure to Carcinogens and CO Confirmed
Connor et al. (2021) reviewed existing literature and emphasized that vaporization significantly reduces exposure to carbon monoxide, tar, and carcinogens found in cannabis smoke⁶. Their findings reinforce earlier lab results and support vaporization as a safer inhalation method.
Dosing, Bioavailability, and Symptom Relief
Volcano Provides Fast Symptom Relief and Better Absorption
Vaporization has been shown to provide a fast onset of relief for patients, making it especially useful for breakthrough pain and other acute symptoms. Bruni et al. (2018) highlighted that bioavailability via vapor is significantly higher than oral ingestion⁷.
- Faster onset compared to edibles or tinctures
- Less respiratory irritation than smoking
- Bioavailability of 34%–56% vs. 6%–20% for oral forms
Long-Term Use May Improve Lung Function
Both Bruni and Chaiton et al. (2022) have noted broader health improvements with long-term vaporizer use⁸. These include better dosing consistency and improved respiratory outcomes.
- Vapor reduces the risk of overdose through controlled dosing
- Lung function scores improved in vapor users vs. long-term smokers
- Effective for ongoing symptom management in chronic illness
Public Health Endorsements and Harm Reduction Guidelines
Leading Organizations Recommend Vaporization
The use of vaporizers has also been endorsed by public health entities. The Lower-Risk Cannabis Use Guidelines (LRCUG), developed by researchers and public health experts, advise users to avoid combusted cannabis and opt for vaporizers as a safer alternative⁴. Their recommendations include:
- Use a vaporizer rather than smoking
- Avoid synthetic cannabinoids and high-THC concentrates
- Inhale shallowly and avoid breath-holding
These guidelines reflect a growing consensus among experts: the method of cannabis consumption significantly impacts health outcomes, and vaporization represents a tangible harm-reduction strategy.
Long-Term Safety, Regulation, and Impacts of Cannabis Vaporization
Long-Term Respiratory and Cardiovascular Safety
What We Know So Far
The Volcano vaporizer has consistently demonstrated reduced exposure to harmful toxins in laboratory and clinical settings. Compared to combustion-based cannabis delivery:
- It significantly reduces carbon monoxide exposure
- It eliminates detectable levels of polycyclic aromatic hydrocarbons (PAHs)
- It does not introduce combustion particulates into the lungs
This makes it reasonable to assume that long-term pulmonary damage is also reduced, especially among heavy or daily users.
Gaps in Evidence
A 2022 review by Chaiton et al. emphasized the need for long-term studies, noting that vaporizer users show improved lung function scores compared to smokers, but most available data remain short-term and observational⁸.
Most research to date has focused on short-term exposure, pharmacokinetics, or harm reduction potential. Definitive long-term studies spanning 10–20 years of exclusive vaporizer use are not yet available.
Key gaps include:
- Absence of longitudinal studies exclusively on vaporizer users
- Lack of standardized dosing protocols across devices
- Few clinical trials comparing different models (e.g., Volcano vs. portable vaporizers)
Future studies should aim to answer:
- How does chronic vaporization affect lung function over 10+ years?
- What is the cumulative effect on cognitive function in daily users?
- Are there unique risks associated with vaporizing high-potency concentrates?
- If ultrafine particles present in vapor still contribute to chronic inflammation
- Whether high-dose vaporized cannabis impairs lung function over time
- How comorbid conditions (e.g., asthma, cardiovascular disease) are affected by chronic vapor inhalation
Public Health and Legal Considerations
The Role of Vaporizers in Cannabis Legalization Frameworks
In regions that have legalized cannabis, public health messaging often struggles to balance access with education. Devices like the Volcano offer a compelling opportunity to promote lower-risk behaviors. Health agencies could:
- Recommend vaporization over smoking in harm reduction guidelines
- Subsidize medical-grade vaporizer purchases for chronic condition patients
- Include vaporizer education in dispensary training and licensing requirements
The Canadian Centre on Substance Use and Addiction, for example, already promotes non-combustion methods in its national framework, recognizing that behavioral recommendations are more effective than abstinence-only messaging⁵. Chaiton et al. further proposed that vaporizers be integrated into public health strategies, including educational labeling and national harm reduction campaigns⁸..
Product Standards and Consumer Protection
Budney et al. also cautioned that without clear regulatory oversight, many consumer-grade vaporizers may pose safety risks due to inconsistent materials, heating accuracy, and marketing strategies aimed at youth⁶.
As cannabis markets evolve, disparities between regulated and unregulated vaporizers are emerging. High-end products like the Volcano are rigorously tested and come with medical certifications in some countries, but many consumer vaporizers do not. Key concerns for regulation include:
- Ensuring safe materials in vapor pathways (e.g., avoiding plastics and metals that off-gas)
- Regulating temperature accuracy and stability
- Testing for leachates and off-gassed compounds during use
Implementing manufacturing standards across the industry will be vital to realizing the safety benefits demonstrated by high-end devices like the Volcano.
Environmental Impact of Vaporization
Energy Use and Material Waste
Though often overlooked, the environmental impact of cannabis consumption methods matters. Vaporization generates less ambient pollution than smoking (no ash, resin, or lingering smoke), but devices themselves carry an environmental footprint. The Volcano, being a plug-in desktop unit, uses electricity during every session and requires replacement balloons. Portable vaporizers involve lithium batteries, raising issues of:
- Battery disposal and e-waste
- Short device lifespans in cheaper units
- Non-recyclable components like silicone mouthpieces
For an environmentally conscious cannabis community, these are challenges to address.
Patient Access and Insurance Reimbursement
Accessibility for Medical Cannabis Users
One of the most compelling use cases for the Volcano is among patients seeking symptom relief without smoking. In Canada and parts of Europe, the Volcano has received medical device approval and is prescribed for use in clinical cannabis programs.
Yet cost remains a barrier. At several hundred dollars per unit, the Volcano is not accessible to many low-income patients. Policymakers and health insurers could address this by:
- Treating vaporizers as durable medical equipment for reimbursement
- Creating loaner programs via clinics or dispensaries
- Including vaporization accessories in HSA/FSA-eligible expenses
Final Verdict: Vaporization is a Safer Method than Smoking
The Volcano vaporizer is not only a tool for cannabis use—it represents a shift in the culture of consumption. For users who prioritize health, consistency, and control, it is arguably the best option currently available. Combined with thoughtful public messaging and broader access through insurance or subsidy, it has the potential to redefine how cannabis is administered in both recreational and clinical settings.
If you’re already vaporizing or thinking about making the switch, make sure you’re getting the best possible experience with high-quality accessories. At Best Boons Vaporizer Bags, we make clean, durable, pre-cut replacement bags for Volcano vaporizers—so you can skip the hassle of cutting and sealing your own. We keep it simple, affordable, and ready to use, because great vapor should never come with extra work.
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FAQ: Volcano Vaporization and Health
Is vaporizing with a Volcano completely safe?
While vaporizing is generally considered safer than smoking, no method of cannabis consumption is entirely risk-free. The Volcano significantly reduces many risks associated with smoking, but long-term studies on vaporization are still ongoing.
Can the Volcano Vaporizer help me quit smoking cannabis?
Many users find the Volcano helpful in transitioning away from smoking. Its efficient extraction and clean vapor can provide a satisfying alternative to smoking, potentially making it easier to quit.
Does vaporizing with the Volcano eliminate all harmful substances?
While the Volcano dramatically reduces harmful substances compared to smoking, it doesn’t eliminate all potential risks. However, it significantly lowers exposure to carcinogens and other toxic compounds found in smoke.
How does the Volcano compare to other vaporizers in terms of health benefits?
The Volcano’s precision temperature control, convection heating, and balloon system make it one of the cleanest and most efficient vaporizers available, potentially offering greater health benefits compared to less sophisticated devices.
Can medical cannabis patients benefit from using a Volcano Vaporizer?
Many medical cannabis patients find the Volcano beneficial due to its clean vapor production and efficient cannabinoid extraction. However, always consult with your healthcare provider before changing your cannabis consumption method.
For Volcano Vaporizer users, you cannot do better than Best Boons Volcano Vaporizer Bags. Use Coupon code “Boonsquad15” for 15% off your first order!
References
- Earleywine, M., & Barnwell, S. S. (2007). Decreased respiratory symptoms in cannabis users who vaporize. Harm Reduction Journal, 4(11). https://doi.org/10.1186/1477-7517-4-11
- Gieringer, D., St. Laurent, J., & Goodrich, S. (2004). Cannabis Vaporizer Combines Efficient Delivery of THC with Effective Suppression of Pyrolytic Compounds. Journal of Cannabis Therapeutics, 4(1), 7–27. https://doi.org/10.1300/J175v04n01_02
- Abrams, D. I., Vizoso, H. P., Shade, S. B., Jay, C., Kelly, M. E., & Benowitz, N. L. (2007). Vaporization as a Smokeless Cannabis Delivery System: A Randomized Controlled Trial. Clinical Pharmacology & Therapeutics, 82(5), 572–578. https://doi.org/10.1038/sj.clpt.6100200
- Fischer, B., Russell, C., Sabioni, P., van den Brink, W., Le Foll, B., Hall, W., Room, R., & Rehm, J. (2017). Lower-Risk Cannabis Use Guidelines: A Comprehensive Update of Evidence and Recommendations. American Journal of Public Health, 107(8), e1–e12. https://doi.org/10.2105/AJPH.2017.303818
- Canadian Centre on Substance Use and Addiction (CCSA). (2020). Cannabis Vaping: Prevalence, Modes of Use, and Perceptions. https://www.ccsa.ca/cannabis-vaping-prevalence-modes-use-and-perceptions
- Connor, J. P., Stjepanović, D., Le Foll, B., Hoch, E., Budney, A. J., & Hall, W. D. (2021). Cannabis use and cannabis use disorder. Nature Reviews Disease Primers, 7, 16. https://doi.org/10.1038/s41572-021-00247-4
- Morean, M. E., Kong, G., Camenga, D. R., Cavallo, D. A., & Krishnan-Sarin, S. (2015). High School Students’ Use of Electronic Cigarettes to Vaporize Cannabis. Pediatrics, 136(4), 611–616. https://doi.org/10.1542/peds.2015-1727
- Chaiton, M., Kundu, A., Rueda, S., & Di Ciano, P. (2022). Are vaporizers a lower-risk alternative to smoking cannabis? Canadian Journal of Public Health, 113, 293–296. https://doi.org/10.17269/s41997-021-00565-w
