For many enthusiasts, concentrates are among the most enjoyable and versatile of cannabis products. While a little concentrate goes a long way, these extracts are easily vaporized, smoked, or used to make infused topicals, edibles, and more. Not all concentrates, however, are created equal. The way that different cannabis concentrates are prepared has an impact on the end result.
In order to delve deeper into the past, present and future of cannabis concentrates this 710, we have called in the expertise of the team from Oleum Extracts. The Washington-based, multi-award-winning processor company is considered to be one of the best in the industry, developing consistently innovative products — like their THCA crystalline Wizard Stones — and producing high-quality extracts.
Here’s what every aficionado needs to know about cannabis concentrates.
The Evolution of Cannabis Concentrates
Oleum Extracts believe that the evolution of cannabis concentrates has seen a shift away from the wants and needs of producers towards those of the consumers.
“As consumers become more educated, they are asking better and more meaningful questions regarding the products they are ingesting/consuming, which is a good thing,” said Team Oleum. “New topics such as cannabinoid profiles, terpene profiles, how the products made, what kind of materials are used, and knowledge of the manufacturers are making their way into the purchasing decisions of consumers.”
They also think that as consumers become savvier to which companies and products have the most stringent production policies and consistent products, “brand trust and loyalty are beginning to make their presence felt.”
When purchasing cannabis concentrates, asking for the cheapest products with the highest THC levels should not be at the forefront of consumers minds and Team Oleum believes “we’re starting to see this shift happen away from that type of thinking.”
Oleum’s THCA Crystalline Wizard Stones are a good example of this. They pride themselves in the purity of their extracts, and test results of the Wizard Stones “often come back at 99.8%+ pure,” they said.
“We are anxious to see what comes out of the isolation of these other cannabinoids, as these compounds are often only found in trace amounts in flower form (less than 1%). Now that we are able to isolate them, we will be able to see the implications of larger doses and combinations of these cannabinoids and/or cannabis-derived terpenes on the human vessel.”
All About Solvents
The majority of cannabis concentrates require a solvent to extract. A solvent is a substance, usually a liquid or a gas, that separates trichome resin glands from unwanted plant material. The separated essential oil is then collected and further processed to create the high-potency oils and products that are so popular today.
Many different solvents can be used to make cannabis concentrates. Of these, however, there are three solvents that dominate the market: butane, carbon dioxide, and ethanol. Each of these solvents is used to effectively remove cannabis resin from the plant and concentrate the resin into the sap-like oil aficionado’s everywhere have come to know and love.
Butane is one of the cheapest solvents to use when making cannabis concentrates. It was also the first solvent to be used to make concentrates for dabbing, and concentrates made with this solvent are often referred to as butane hash oil (BHO). In general, concentrates extracted with butane tend to preserve more aromatic qualities than those extracted with carbon dioxide. For this reason, butane is used to make live resin, a concentrate rich in aromatic molecules called terpenes. No other solvent can be used to make live resin.
Carbon dioxide (CO2) is most commonly used to make syrupy extracts for vapor pens. The solvent, however, can also be used to make other forms of concentrates. Oils extracted with carbon dioxide can be dabbed, used to fill capsules, or used as oils put underneath the tongue. Unlike butane, however, carbon dioxide tends to remove much of the terpene aroma molecules found in cannabis flower. As such, CO2 oil can feature a strikingly different chemical composition than the cannabis plant from which it came.
Concentrates extracted with ethanol are among the most expensive around. And yet, this solvent is perhaps one of the best to use during cannabis extractions. For those hoping to maintain aromatic terpenes in their concentrate, products made with ethanol are typically the way to go. Ethanol captures more terpenes and pigment molecules called flavonoids than other concentrates. Concentrates made with ethanol are sometimes processed into full spectrum cannabis oil (FECO), while others are used to make products for dabbing.
How To Spot Quality Concentrates
Searching for truly high-quality material? There are three basic factors to keep in mind: color, consistency, and lab reports. A hallmark sign of quality in almost all cannabis concentrates is a golden-amber coloration. Most solvent-based concentrates should appear amber, although the color can range a light gold to warm rust.
Some concentrates, like FECO and RSO, may look almost black. The deep coloration in these products indicates that greater amounts of chlorophyll were extracted along with other cannabis compounds. While more chlorophyll may provide a bitter, herbal taste, the inclusion of a greater variety of plant chemicals may make these types of concentrates more appealing to medical consumers.
The introduction of alternative methods and new equipment has resulted in an improvement in cannabis concentrates — good news for the aforementioned medical patients and dabbing enthusiasts alike.
“Equipment manufacturer’s from other industries are now tailoring their businesses to accommodate cannabism, which has been a great thing to experience,” said Team Oleum. “I’m sure we will continue to see this trend moving forward, especially as extraction and processing evolve to service high volume needs as the market expands.”
Concentrates should feature a fairly consistent constitution. No one, for example, wants to find hard chunks in their budder, nor do they want to find leaf matter or stem fragments in their hash. If a concentrate doesn’t take on the form that is advertised, chances are it is a low-quality product.
“In the beginning, good concentrates were known pretty much by aesthetics and the way they looked,” said Team Oleum. “Followed up with a sniff, the color and smell of the product were the easiest ways to spot a good concentrate back in the day. Now, a concentrate can look great, and even smell ok, but once dabbed or vaped might taste horrendous.”
Team Oleum believe that regulations and laws in Washington’s market are making people purchase products on looks, rather than smell.
“With the legal market here in WA, the consumer is not allowed to open the package of concentrate or smell the product before purchasing,” said Team Oleum. “This takes away what beforehand was a vital component in making a decision of what product to buy and how much to purchase. As a result, it seems to be aesthetics and brand trust that leads most in their decisions today in spotting good concentrates.”
Third-party lab reports are essential, proving the manufacturer and consumer with information on the chemical constituents in the concentrate, like the terpene profiles of the flower.
“While a concentrate may look attractive, low-quality flower with low terpene content may have been used during the extraction,” said Team Oleum. “Most lab reports list information on the potency and dominant cannabinoids in the product. Some reports, however, will also list the primary terpenes in the concentrate as well. In general, the more terpenes preserved in the concentrate, the greater the flavor and aroma.”
“The only individuals really doing any quality control of the products before going out to market are the producers and processors themselves. If these individuals are not cannabis consumers, and/or are not trying their own products it is doing a great disservice to both their brand and their consumers.
“If the owners and operators of these brands do a good enough job at this, the reward is consumer trust in both the brand and its products. When people can trust where the material is being sourced, how it is being processed and the care that goes into its production from start to finish. These are the brands that are earning the most market share and seeing the most positive feedback from consumers.”
Most Common Concentrate Preparations
Walk into any cannabis shop these days and you’re sure to find a plethora of containers filled with sticky goo. The market for cannabis concentrates is growing faster than ever, with data suggesting that concentrate sales may surpass sales for dry flower within the next four years. Here are some of the most popular cannabis concentrate products — including some specialties from Oleum Extracts.
Shatter is easy to spot in a dispensary but relatively difficult to make for extractors. Shatter is a cannabis concentrate that takes on the consistency of an amber-colored glass shard. These shards can be broken up and dabbed, although the oil’s crystalline constitution makes it slightly more difficult to work with than other concentrate preparations.
Wax and shatter are made in essentially the same way, although wax tends to be physically agitated more during processing. As a result, the preparation loses its glass-like consistency and instead develops a waxy, honeycomb-like constitution. Some individual strains may also be more inclined to “wax up” than other strains. In general, waxes tend to be softer and easier to manipulate than shatters.
Budder is whipped wax. Instead of walking on eggshells trying to create a glass-like shatter, budder is whipped automatically in order to create a smoothe yet opaque concentrate. The end result is soft, fluffy, and easy to manipulate.
Cannabis oils are concentrates that maintain a consistent liquid state. Oils are most often made with ethanol, which preserves the widest array of phytochemicals found in any cannabis extraction. Oils of this type are often referred to as full-spectrum cannabis oil (FECO) or Rick Simpson Oil (RSO). These oils are often used under the tongue or are ingested orally. Carbon dioxide, however, can also be used to make a syrupy oil, such as that found in vapor cartridges.
Live resin is a king among concentrates. Unlike all other concentrates, live resin is made using fresh cannabis flowers that have been flash-frozen in order to preserve terpene quality. These fresh flowers are then processed using butane as a solvent, creating a wet and semi-solid concentrate that features superior flavor, aroma, and overall terpene quality.
Using a solvent is the easiest way to extract cannabis concentrates. Solvents, however, are not required to make a concentrated cannabis product. Products like hash and rosin do not require solvents at all, which makes them preferable to many consumers. Although, solventless concentrates tend to be less potent than their solvent-based counterparts.
Rocks and Sauce: Oleum Extracts
“Rocks and Sauce is a product where THCA crystals grow in their own high terpene extraction,” said Team Oleum. “They are often made from fresh frozen material but can be made from dried/cured material, too.”
Honey Crystal/CryoTek: Oleum Extracts
“This product is fully dewaxed, quad filtered and highly processed,” said Team Oleum. “We make Honey Crystal/CryoTek from dried/cured material. CryoTek means that the Honey Crystal has gone through an additional stage of processing to further refine the material.”
Hash is one of the oldest cannabis preparations available. It’s also one of the simplest to make. Hash is most often made by rubbing dried cannabis flower on a screen, breaking off trichomes via agitation. The broken trichomes are then collected and compressed into hash.
Bubble hash or ice water hash is another type of concentrate made using agitation. Only, this variety of hash uses ice water to freeze trichome resin glands. The cold temperature makes trichomes more brittle, which allows them to more easily break away from plant material. The end result is grainy trichome goo that is then dried and compressed into hash.
Rosin is one of the most popular concentrates available today. Like hash, rosin is relatively easy to make. This solventless preparation uses heat and pressure to melt trichomes off of plant material. These trichomes are often melted between two solid hot plates, which compresses them into an almost shatter-like consistency. Rosin tends to be slightly translucent, although it remains mailable and soft, a stark contrast to shatter’s glass-like nature.
Terpsoline: Oleum Extracts
“Terpsoline is another one of our products that is made of up of THCA Crystalline Wizard Stones and cannabis-derived terpenes,” said Team Oleum.
Exciting Advances and New Developments in the World of Cannabis Concentrates
Team Oleum believe that isolates, the separation of cannabinoids and terpenes are exciting developments and new in the field of concentrates.
“We are now starting to understand isolation and separation on a much deeper level,” said Team Oleum. “This allows us to reconfigure ratios of cannabinoids to terpenes — to alter the experience, flavors and effects of these products.
“This has never been an option before with cannabis concentrates, we believe the future will incorporate a lot of these unique and novel combinations into the cannabis consumer’s diet. For instance, our IceWalker is a product that incorporates THCA Crystalline Wizard Stones, Delta-8-AquaTek Distillate and cannabis-derived terpenes. These types of concentrate concoctions were not possible a few years ago, we are excited to see what will come available in the next five years.
“In addition to isolations, we are also starting to retain terpenes (flavors) and their respective cannabinoids in such a way as to mimic the actual taste, smell and effect of the flower it comes from. It wasn’t too long ago that material was just put into a column and blasted with solvent, hoping for the best outcome in the end product and it was often hit or miss. Now, a lot more science, better cultivation, and preparation of materials, and better understanding and innovation of equipment have allowed us to employ much more efficient methods in cannabis extraction and processing. This, in turn, allows us to produce a much higher quality product much more consistently. Something that benefits both the producers and the consumers.
“Last but not least, CRC (Color Remediation Cartridge) seems to be making an introduction by offering solutions to the removal of unwanted colors and compounds in cannabis concentrates. These colors and compounds include lipids, chlorophyll, carotene, xanthophyll, pheophytins and lycopene,” said Team Oleum. “Due to the compounds being used in this process, it should only be done by those with proper equipment/lab and training. It definitely has its place in the concentrate industry as a means of cleaning up product, but in the same breath, good concentrates should always come from good starting material. As the tried and true saying goes, “Fire In.. Fire Out”.
“These methods of remediation can often take away from the true and original character of the strain and extract. We try to stay as close to the original cultivar as we can…in most cases it’s what we and the end consumer prefers.”
THC: This Cannabinoid Is the Reason You Get High From Weed
THC may be best known as a euphoriant that delivers a psychoactive effect, it also offers a multitude of medicinal benefits.
Of the 113 cannabinoids that have been discovered in the cannabis herb, none is more infamous than tetrahydrocannabinol, or THC. Responsible for most of the psychoactivity and euphoria of cannabis, this cannabinoid does more than merely give suburban soccer moms a modicum of stress relief and college students ravenous munchies.
With all due respect to the molecules caffeine and ethanol, probably no other molecule in the history of humanity has been as misunderstood, stigmatized, or politicized as THC. From the reefer madness era of the late 1930s to the stereotype-laden films of Cheech and Chong in the 1970s to more recent movies like Pineapple Express (based on the name of a popular strain of cannabis), the truth about THC and its efficacy for humans often evades laypeople who consume content from only national media outlets.
The medicinal benefits of the molecule are numerous, ranging from relaxation and pain relief to appetite stimulation and sedation (great for insomniacs). Negative effects of this molecule include intense appetite stimulation (with predictable gastrointestinal consequences the following day), dry mouth, potential short-term memory impairment, paranoia and panic attacks (especially with sativa strains), and lethargy (typically in indica varieties).
The Details of THC
While THC may be best known as a euphoriant that delivers a psychoactive effect, it offers a multitude of medicinal benefits that far exceed the fabled “stoner” mannerisms of lethargy and forgetfulness. Despite its delivery of what is sometimes a potent euphoric effect (especially for new consumers), it is impossible to overdose on THC.
Assuming moderate and reasonable consumption levels, cannabis can serve as a positive lifestyle enhancement that delivers stress relief, mental wellness, improved energy levels, and even performance enhancement. Strains featuring relatively potent levels of THC include Blueberry, Ghost Train Haze, Master Kush, Trainwreck, and White Rhino.
Predicting the exact potency and efficacy of a particular strain of cannabis is difficult for a variety of reasons. For example, a theory called the Entourage Effect identifies how other cannabinoids and their aromatic cousins called terpenes can modify the effects of other cannabinoids and terpenes, including buffering or amplifying the effect or potency of THC.
One distinct characteristic of the molecule is tolerance building. While a subjective area of cannabis efficacy, tolerance building for daily consumers can be significant. To combat this problem, some indulge in a decades-long practice dubbed a tolerance break, during which they significantly decrease or cease consumption for between a few days and a week.
The Research on THC
A 2011 study conducted by cannabis research pioneer Dr. Ethan Russo entitled “Taming THC: Potential Cannabis Synergy and Phytocannabinoid-terpenoid Entourage Effects” and published in the British Journal of Pharmacology provides a critical overview of THC’s medical benefits.
Concluded Russo and his team, “THC is the most common phytocannabinoid in cannabis and…is a partial agonist at CB1 and cannabinoid receptor 2 (CB2),” pointing out the herb’s myriad medical applications, including “activities as a psychoactive agent, analgesic, muscle relaxant, and antispasmodic.”
Russo’s team concluded that THC also functions as a bronchodilator and neuroprotective antioxidant while featuring 20 times the anti-inflammatory power of aspirin and twice that of hydrocortisone.
Everything You Need to Know About Microdosing Weed
There are great reasons for microdosing weed including medical conditions that benefit from it, and a few different ways to achieving the perfect dose.
Microdosing is the latest craze in cannabis. It has been utilized for some time, both with cannabis and LSD, but only now is the mainstream getting hip to the low dose strategy. There are great reasons for microdosing weed including medical conditions that benefit from and improve because of it, and a few different ways to achieving that perfectly sensible dose.
Wait, First… What Is It?
Microdosing weed is when a person consumes very small amounts of cannabis in order to receive the benefits of whole plant medicine (THC, CBD, terpenes, etc) while experiencing very little to none of the “high.” It isn’t for those times when you want to get ripped and watch an entire season of Westworld and chow down, it is not going to produce that kind of experience. It is more or less a medical use technique that can be utilized day to day without affecting one’s overall state of mind. It is basically the opposite of a dab or trying to find the biggest pre-roll with the highest THC strain you can.
So Why Microdose?
As cannabis becomes more popular, and more people want to harness its power, the demand for less psychoactive pot rises. Not everyone likes to get the giggles, or the munchies, or the long trains of thought that tend to present themselves when a person gets stoned. Others do enjoy the laughing, eating and philosophizing but need something more manageable during their work day and family time.
Microdosing to the rescue. Now you can get just a little high, without any of the headiness or outward signs that you have been consuming anything at all.
Family reunion? Microdose.
Big meeting at work? Microdose.
Irritatingly long wait at the DMV? You guessed it – microdose.
More seriously, if you work a 9-5 and suffer from back pain from sitting at your desk all day long – you could be microdosing to alleviate those aches and pains without making it obvious that you are medicating with cannabis throughout the day.
Potential Medical Benefits
Unfortunately, because cannabis is a Schedule I drug, the federal government claims that it has no medical value and therefore has not been studied as much as it should be. Most scientific studies on that have been completed on cannabis consumption are animal based. While many of those animal studies can absolutely translate to apply to human beings, it is certainly not the same as results garnered from actual human studies.
There have been studies on the benefits of administering low doses of synthetic cannabis pharmaceuticals in humans. Those results are typically positive in regards to microdosing. However, like the animal studies, results from synthetic cannabis studies do not fully represent the results that could be gathered from studying real, naturally sourced marijuana.
With that said, there are incredible amounts data supplied by cannabis users, and a bevy of recorded favorable results, that go toward proving that marijuana is an effective way to treat a variety of medical conditions. Microdosing can help almost anything that using cannabis will – just in a much smaller and more controlled way. Post Traumatic Stress Disorder (PTSD), insomnia, glaucoma, nausea, wasting syndrome, and moderate pain are just a few of the conditions that can benefit from microdosing weed. However, medical issues like cancer and epilepsy, that are treated with large amounts or very concentrated forms of cannabis, are not necessarily best suited for treatment with microdosing.
Think of it like this… if you have achy muscles you can take an over the counter pain reliever twice a day for relief but if you have severe pain in your joints and muscles that requires a prescription painkiller, the over the counter medicine isn’t really going to make a dent. The same can apply for microdosing. If your condition can be treated throughout the day in small doses, microdosing could be a beneficial, natural way to treat the problem. If you only experience relief from consuming an entire joint or 100 mg edible, microdosing is likely not going to be the best way to alleviate the issue.
Start low and find your sweet spot.
Consumption Options for Microdosing Weed
Microdosing weed can be achieved a few ways.
An oil cartridge and vape pen is one of the easiest ways to consume small, controlled doses of cannabis. A vape pen is discreet, clean, and odorless. Many vape pens have an auto-shutoff after a few seconds, so doses can be regulated with ease.
Edibles are another great way to microdose. Infused food or candy manufacturers have caught on and started producing products in smaller doses in order to service the microdosing market. Edibles of yesteryear could only be found in 50 mg, 100 mg or higher dosages. Now, you can purchase a bag of candies infused with 2.5 mg, 5 mg or 10 mg.
You can also microdose with smoked cannabis, but it is more difficult to do so covertly. If keeping your use under wraps is important, smoking cannabis should be your last choice due to the lingering smell alone. However, a loaded one-hitter or chillum is an adequate way to limit the dose you consume while still benefiting from the plant’s medical properties.
Whether you vape, eat, or smoke cannabis to microdose is up to you. In many circumstances and for many medical conditions, microdosing can be a better option than an all-out cannabis consumption free for all — less fun, sure, but not everyone is after the same experience with weed. As cannabis becomes more widely accepted, so does the trend of microdosing. Give it a shot, see if the shoe fits!
Why Independent Third-Party Cannabis Testing Is Important
During cultivation, the cannabis plant acts like a sponge. It absorbs everything it is exposed to, from pesticides, nutrients, and heavy metals present in the soil. For these reasons, it is essential that reputable and reliable third-party labs carry out cannabis testing to assure safety and efficacy of the product.
Lab testing of cannabis products is an essential part of the regulated market’s supply chain. It detects offensive chemicals or contaminants that can lead to adverse health effects when consumed, while additionally providing cultivators and retailers with efficacious cannabinoid and terpene profiles of legal cannabis products.
In Canada’s regulated market, batch release quality control testing is required for potency and product safety, so it is necessary to measure substances like pesticides, mycotoxins, bacteria, and molds. Unfortunately, reports on potency and contaminants can vary from lab to lab, while recalls of contaminated products threaten consumer trust of legal products.
Sigma Analytical Services is a full-service pesticide, elemental, molecular, genetic, and pathogen analysis laboratory for cannabis, hemp, and cannabis-derived products. It delivers reliable science for cannabis products to the cannabis industry and cannabis consumers.
Cannabis Aficionado spoke with Ashton Abrahams, co-founder and COO of Sigma Analytical Services, to learn more about the importance of cannabis testing and Sigma’s strict processes.
Cannabis Aficionado: Tell me about your entrepreneurial journey to cannabis.
I’m a serial entrepreneur with over 20 years of experience in starting and growing several successful ventures. In 2017, when Canada was in the process of legalizing cannabis, my partner and I saw an opportunity to focus on a different side of the new cannabis industry — ancillary testing and quality reassurance requirements. We knew there would be new products in the market, and they would all require testing. So, we started a testing lab that focused on cannabis and cannabis products, and this is how Sigma started.
What sets Sigma apart from other testing labs?
We want to ensure products available in this new market are efficacious and safe, and ensure the levels of both remain consistent. Sigma is the only GMP (Good Manufacturing Practice) certified, cannabis-focused lab in Canada and the only cannabis-focused lab with cross-continental operations. We developed and validated our methods back in 2018 and 2019, so we are the frontrunner in Cannabis 2.0 product testing and are set up to test a comprehensive list of cannabis products — including flower, edibles, beverages, and topicals.
Sigma also has validated methods for quantifying and testing 16 cannabinoids and 43 terpenes — one of the highest in the market — and our analytical and microbiology tests are compliant with Health Canada, EU, and US Pharmacopeia.
Additionally, Sigma was awarded the Best Cannabis Lab/Testing Facility in Canada at the Grow Up 2019 awards.
What need does Sigma fill in the global cannabis industry?
Sigma brings reliable science that is already available in food and pharma to the cannabis industry, its products, and consumers.
Cannabis, food, and pharma share certain quality requirements. However, there is a big difference: in terms of quality assurance, food and pharma have decades of testing experience, while cannabis is a new industry, and the science is still being developed.
What kind of samples do you test?
We have developed and validated testing methods for many different types of cannabis products, from traditional dried flower and oils to Cannabis 2.0 products , such as concentrates, beverages, edibles, and topicals. From a testing standpoint, each and every one of these products is different and can have a different matrix. In turn, we develop a testing method for each one.
What should customers be looking for to see reassurance that a product’s been tested?
Make sure their products are purchased through legal channels. It’s the regulatory bodies’ responsibility to make sure the products launched in the market are not just tested, but tested specifically by qualified labs.
Moldy cannabis is a problem in legal markets and there are numerous reports of Health Canada product recalls after customers discovered moldy flower. Can you talk to us about how you test for these pathogens?
From day one, instead of using the traditional culture-based method, Sigma has tested for mould and all microbial contamination using a newer technology called qPCR (quantitative Polymerase Chain Reaction). When we first started it in late 2018, nobody was familiar with it in the cannabis industry, so we had to take time to explain to our clients that it was a better, more reliable, and faster process. In the last six months, however, we have seen a huge shift in attitude. Not only have the cannabis producers accepted qPCR, but more cannabis labs are starting to use the technology to test for microbial contaminations.
What are some of the most exciting developments in cannabis testing?
Using qPCR for microbial contamination is very new for the cannabis industry. We’re happy and excited about it because we see the benefits and we hope the whole cannabis industry embraces it.
Secondly, the challenges of formulating, developing, and testing new products. The developments in the past six months have been really promising.
Thirdly, discovering more about the cannabis plant and what ends up in cannabis products is really an exciting development. As we progress, we are sure to learn more about the effects of cannabinoids and terpenes.
What’s your pinnacle vision of cannabis testing?
There are two sides to it. There is a regulatory side, and there is the testing side. On the regulatory side, it’s about what needs to be tested, and how it needs to be tested.
A very important part of the quality assurance initiative for cannabis is ensuring the testing sample is representative of that batch. There are different factors in place. Is that batch homogeneous or not? Are the characteristics consistent or not? Cannabis is a plant. It’s an agricultural product. It’s not something that’s coming out of a machine, so we cannot expect all of the plants to have exactly the same characteristics. I believe one key is to limit the size of the batch. Other jurisdictions have clearly defined regulations. For example, in California, it clearly states that each batch cannot be larger than fifty pounds. In the Canadian regulations, there is no definition at all.
Secondly, labs need to get more serious. Some labs are testing cannabis products with outdated instruments or unvalidated methods, meaning their results cannot be truly accurate or reliable. Cannabis labs cannot use a 15-year-old second-hand instrument and expect to get the same results as pharmaceutical labs that use the best, most advanced instruments. Some people might think that testing cannabis products is not as important as pharmaceutical products, but it is just as important.
Cannabis has a very complex matrix which requires complex testing methods. Not all labs have good enough or validated methods. However, I’m optimistic that it’s a matter of years, maybe between five to ten, for cannabis testing to get there.
How is Sigma helping to foster the growth of a responsible and safe legal cannabis industry?
I think everyone active in the cannabis industry has a responsibility to make sure they are doing a good job and providing safe and efficacious products to the consumer. That’s because, if the consumer is not happy with what they’re getting from us, it will translate into unhappiness with the whole legalized framework.
Finally, what’s next for Sigma?
We are going through some expansion at our headquarters in Toronto and we’re about to acquire a lab in British Columbia, which will be our second lab in Canada. Additionally, we have a joint venture in Colombia and are setting up the first GMP certified cannabis lab in South America.
We are also becoming more involved with helping develop formulations for new products, and testing them, especially for the producers that follow GMP requirements either in pursuit of higher quality or for international cannabis markets.
We also recently received our GMP clearance from the Australian Therapeutic Goods Administration (“TGA”). The approval designates Sigma as an approved testing laboratory for Canadian companies to introduce their products into the Australian cannabis market.