Vape and Smoke Research

Develop consistent, high-quality inhalation products

Major industry concerns:

  • Toxic by-products during inhalation

  • Inconsistent cannabinoid concentrations

  • Decreasing flavor profile of terpenes & flavonoids

  • Malfunctioning and faulty vape hardware

Our Services

Analytical Testing

Our team has specialized methodologies and the expertise to help you make your product safer and more enjoyable. We help you quantify all compounds in the aerosols formed from your vape and/or joint and come up with better formulations.

Price is based on sampling conditions, analysis type, and if the vape has specialized hardware. These services start at $300 CAD depending on the number of sampling conditions and which types of analysis needed.

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Product Development

Design the perfect pre roll or vape formulation using science. We can help you develop a product that is safer, more flavorful, and has consistent terpene and cannabinoid levels from the first puff to the last.

Pricing is evaluated on a Research Contract basis depending on the client's budget and product development stages needed.

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Complimentary Consultation

We offer a complimentary consultation call with one of our scientists to discuss pricing and how our expertise and research can help you develop consistent, high-quality inhalation products.

Research

THC Concentration Varies Throughout the Life Cycle of a Vape Cartridge

Our research shows that the amount of THC inhaled varies significantly throughout the life cycle of a single vape cartridge. We tested 6 different vapes bought on the Canadian cannabis market and analyzed the THC concentrations during the life cycle of each vape product.

Watch DELIC Labs’ CSO, Dr. Markus Roggen, discuss the findings from our latest vape and joint experiment.

THC LEVELS IN 6 DIFFERENT VAPES
THC LEVELS IN 6 DIFFERENT VAPES

Articles on Vape and Smoke Analysis

You think you are rolling the best joints? We tested!
The vape crisis was the outbreak of E-cigarette or vaping product use-associated lung injury. It was linked to the toxic organic compounds that are formed when vitamine e acetate and other compounds found in vape oils are exposed to heat. The crisis demonstrated the need for aerosol analysis if want to ensure the safety of consumers in the industry.

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