![]() ![]() On a good run, a series of pistons recovers 99 percent of the evaporated solvent so it can make another loop through the system. A filter traps the fatty solids as the liquid passes into a heated collection chamber. The temperature drop causes the lipids to solidify and separate from the solvent carrying the psychoactive molecules and smelly stuff. From there, the solvent moves into a third chamber, referred to as a dewaxing column, which is cooled to between -40 and -90 degrees Celsius. The solvent then travels to the material column, where it saturates the cannabis and bonds with its cannabinoid, terpene, and lipid molecules. The frozen weed goes into a tall, stainless steel column, while butane or propane gas is added to a solvent chamber, where a recirculating chiller cools and condenses the vapor into a liquid. These days, he's Moxie's chief technology officer. "It's definitely the most impressive model Precision offers," says Josh Mayo, who helped design the company's original flagship model, the PX1, in 2016. The Judge can process 80 pounds of cannabis per day. Designed by Michigan-based Precision Extraction, the imposing apparatus comprises a series of shiny steel tanks a Borg-ian system of flexible metal hoses and more dials, pumps, clamps, and valves than you can shake a vape pen at. ![]() That's where systems like the X10-aka "The Judge"-come in. They've also scaled up: To produce cannabis extracts in high volumes, you need bigger equipment and more precise methods. But flavor preferences are subjective the real advantages of frozen bud are economical. For starters, it locks in the chemical profile of the fresh plant, helping to preserve flavors and smells that might otherwise be lost during the drying and curing process. "Either way, within an hour or two of being harvested, you have a frozen solid biomass that's measured out and ready for processing," says Moxie CEO Jordan Lams.įreezing at harvest has its benefits. If it's harvested from a farm, the bud goes in a cooler chilled with dry ice or liquid nitrogen. When the marijuana is harvested from an indoor facility, those bags go straight into a walk-in freezer cooled to -40 degrees Celsius. Harvest crews start by plucking buds from the plant's stem (a process known as bucking), weighing them, and transferring them into vacuum-sealed bags. Unlike other forms of extract, which use dried and cured marijuana plants as a starting material, live resin begins its life as fresh crop. Moxie specializes in a concentrate known colloquially as live resin. To distinguish itself in the Golden State's new, booming legal market, it had to develop a wickedly efficient manufacturing pipeline for producing its sticky, icky wax. ![]() These advances have afforded cannabis extracts-the intense highs of which have drawn misgivings from researchers and policymakers-a measure of legitimacy last December, when California issued its initial round of business licenses for its legal marijuana market, the state gave its first temporary license to Moxie, a company known for its cannabis extracts. To keep up with demand, extraction labs and equipment manufacturers have developed increasingly sophisticated apparatuses to produce the stuff, and safer, higher-volume production methods. Dispensaries that use the cannabis database Leafly to organize their inventories have added 300,000 concentrate items to their offerings since the beginning of the year-an almost 600 percent increase over the same period last year. Today, extracts are more popular than ever. Both can get the job done, but it really just comes down to experience vs inexperience when looking at shatter vs wax.Budder is formed by whipping extract into a frosting-like consistency. So with that said, shatter seems to be the go-to route for more experienced smokers who are just looking to get a solid high.įor people who are new to dabs, inexperienced, or looking to use this method solely to get a purer dose of marijuana’s medicinal benefits, go with wax. Temperature and finishing process are really the only differences, leading the decision to how high you can get off of them. To conclude, there’s really no deciding factor when looking at physical forms. However, contrasting from shatter, the high from wax is much easier to handle. It is not as physically durable as shatter, nor does it last as long when heated. The lower temperatures don’t allow the BHO to harden to glass, and what is left is what we call budder or wax.Īs you can probably imagine, the main problem with wax is its stability. ![]() It is created the same way as shatter yet at a lower temperature. Many people recognize wax from its earwax consistency and overall unpleasant appearance. ![]()
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