The FTIR has a detection limit of approximately 5%. Substances below this level may not appear in results — even if they are toxic or affect the potency of your sample.
When possible, we may provide a percentage estimate based on what the FTIR detects. These numbers are generated by software and reflect only the visible components — not the full composition of the sample. The FTIR cannot isolate individual substances in complex mixtures, so any percentage estimates are approximate. They may not reflect actual potency, and similar-looking samples can yield different results – therefore we do not provide purity testing. Any percentages we offer are estimates based on the visible ingredients identified through FTIR spectroscopy. Since this method does not account for the entire sample, undetected ingredients below the detection threshold may influence the composition. The percentages are intended only as a general indication of how the identified ingredients are distributed within the sample. Due to this, any percentages provided cannot be used to calculate milligram quantities within a sample. Our results should not be used to determine exact dosages.
Additionally, a sample may not reflect the full composition of a drug. For example, testing part of a pill may not represent the rest. Cross-contamination between samples stored together can also affect results.
When we detect only one substance, we don’t provide a percentage because other ingredients might still be present below the 5% detection limit.
Treat any percentage result as a rough guideline, not a precise measurement.
Tests highlighted in red indicate particularly dangerous or unexpected results. Flagged samples can alslo be viewed on our Alerts page.
We also use test strips to detect the presence of fentanyl, benzodiazapenes, and lysergamide (LSD).
The results provided are strictly for personal use and educational purposes. They must not be published, distributed, or shared publicly in any form. Unauthorized sharing, reproduction, or publication of these results is strictly prohibited and may result in disciplinary action.
If you find our results shared elsewhere, please be aware that such use is unauthorized and we do not condone it. Images or representations of our results can be easily replicated or altered online, potentially containing misleading or false information. We strongly recommend testing your own samples to ensure accuracy and reliability.
Category: Unknown Light Green Chunk Code: cupcake peb
Unknown
Desalkylgidazepam
30-35%
Xylitol
20-25%
Xylazine
20-25%
Fentanyl or analog
10-15%
Uncertain Match
5-10%
Fentanyl: Positive Benzodiazepine: Positive
Vancouver, BC
02/25/2023
Category: Unknown White Powder Code: cupcake broma
Unknown
Bromazolam
Fentanyl: Negative Benzodiazepine: Positive
Vancouver, BC
02/25/2023
Category: Unknown Dark Brown Chunk Code: cupcake dark ab
Unknown
No Library Match
Fentanyl: Negative Benzodiazepine: Negative
This sample shares similarities with a number of fentanyl precursors, most notably 4-Anilino-1-Boc-Piperidine.
Vancouver, BC
02/25/2023
Category: Unknown Light Brown Chunk Code: cupcake light ab
Unknown
No Library Match
Fentanyl: Positive Benzodiazepine: Negative
This sample shares similarities with a number of fentanyl precursors, most notably 4-Anilino-1-Boc-Piperidine.
Vancouver, BC
02/25/2023
Category: Depressant Light Yellow Chunk
Alprazolam
Microcrystalline Cellulose
80-85%
Uncertain Oil
5-10%
Uncertain Match
5-10%
Fentanyl: Negative Benzodiazepine: Positive
Vancouver, BC
02/25/2023
Category: Opioid Light Brown Granules Code: apple-2
Down
Heroin
85-90%
Uncertain Match
10-15%
Fentanyl: Negative Benzodiazepine: Negative
The uncertain match shares some similarities with some heroin metabolites such as 6-MAM and 3-MAM, and may be a related substance not in our libraries. It appears to be the same uncertain match as in the previous sample.
Vancouver, BC
02/25/2023
Category: Opioid Light Brown Granules Code: apple-1
Down
Heroin
80-85%
Uncertain Match
15-20%
Fentanyl: Negative Benzodiazepine: Negative
The uncertain match shares some similarities with some heroin metabolites such as 6-MAM and 3-MAM, and may be a related substance not in our libraries.