Cannabis Homogeneity Testing

Definition

Homogeneity testing of cannabis is primarily for edibles to ensure that the cannabinoids are evenly distributed throughout the product.

Why Is It Important?
The complex process of making edibles can often result in uneven mixing, leaving hotspots of potency that can alter the consumer’s experience. With cannabis homogeneity testing, we can determine the distribution of cannabinoids and other ingredients in the product. This can help provide consumers with a consistent and predictable experience.

Test Benefits

Finding out the cannabinoid distribution in your cannabis products is essential not only for accuracy but also for marketing purposes and to improve manufacturing best practices. The cannabis homogeneity testing results could be used to determine the adequacy of the product quality (i.e. blending protocol) and areas that may need further attention to uniformly target cannabinoids such as THC and CBD in the entire product. Confidential consulting services are available to those customers who seek better infusions and new product developments.

Ensuring Compliance and Consumer Safety
As the industry matures, stringent regulations around cannabis products continue to tighten. Homogeneity testing is often a requirement for businesses. Testing maintains quality control and transparency, ultimately safeguarding consumer well-being and confidence in the market.

What We Test For

Regulation

Homogeneity Testing of Cannabis Products

The laboratory analyzes at least five different samples of the cannabis product to determine whether the batch is of homogeneous cannabinoid content.
A product is considered passing homogeneity testing if the deviation in cannabinoid concentration between the samples collected is within plus or minus 10%.

Method

We use high-performance liquid chromatography (HPLC) for our cannabis homogeneity testing. By separating compounds within a mixture, HPLC can quantify the concentration of cannabinoids across the batch, identifying any outliers that would disrupt homogeneity.

Are You Over 21+?