Houdini Lab

The Six Most Significant Advantages of Using Rosin Extraction Technology in Processing Facilities

According to reports, the legal cannabis market in North America hit $12 billion in 2018, with the US market accounting for more than $10 billion. By 2025, it is anticipated that the global market would have grown to a whopping $146.4 billion.

Cannabis processing facilities are a major component of this vast market, and as the industry expands, it is increasingly important to have the appropriate equipment in place. When it comes to taking advantage of new opportunities in this growing industry, standing out in an increasingly competitive market, and building a successful and lucrative business, having the latest technology can make all the difference.


Rosin extraction method is becoming a more and more common alternative among cannabis growers and producers. When rosin technology is used, it is referred to as “solventless” extraction since it allows for the extraction of cannabis concentrate without the use of solvents or chemicals. Instead, extraction is accomplished by the use of a rosin press, which employs a combination of heat and pressure. Using rosin technology has a number of advantages for cannabis processing facilities, ranging from ease of use and better safety to cost efficiency and productivity.



One of the most significant advantages of rosin extraction method is its ease of use. There are now a number of professional rosin presses available that carry out the rosin extraction process, which involves the use of a mix of heat and pressure to extract oil from cannabis materials. Manual presses are tiny and portable, and they are driven by a simple crank handle or twist knob that may be turned by hand. In order to increase productivity, firms may choose to use pneumatic, hydraulic, or electric presses that are fully automated and utilize a variety of different sources of power to achieve more efficiency.


It is still a straightforward method, even when using industrial-grade rosin extraction equipment, and learning how to use a rosin press is a rather simple process.

Training staff in the use of this technology can be completed rapidly, allowing enterprises to begin processing immediately after purchasing the rosin press


The production of solvent-based extracts can be hazardous, with the possibility of catastrophic explosions. Because rosin extraction does not use any volatile ingredients, it is far safer than other methods of extracting the substance. Not only does this imply that rosin extraction technology provides more protection to employees against potential harm and even death, but it also means that there is less red tape. Because of the potential for explosions, solvent-based extraction is subject to the requirements of a volatile substance permit in many jurisdictions, which can be time-consuming and difficult to obtain. Processing facilities do not require this permission for rosin extraction, resulting in fewer delays in getting things up and running.



Recent years have seen a significant increase in the popularity of goods containing rosin. Cannabis extracts that are free of solvents have been well received by consumers, with commentators attributing this to the high quality of the resin that is produced, which also allows for more accurate dosage measurement. For the industry, this has been critical because increased accuracy has helped to instill greater confidence in those who use medical marijuana. As a result, the demand for rosin products has skyrocketed in recent years. In Canada, for example, the sale of cannabis oil to medical patients increased by 870 percent between 2016 and 2017, according to Statistics Canada. As more people seek for solventless extracts in the United States and worldwide, this tendency is becoming more pronounced.



According on how the hash oil is created, it can be transformed into a variety of products ranging from a “sappy” consistency to a stable and glass-like shatter that can be manufactured on a rosin press. Additionally, the color and flavor characteristic of the oil can differ from one batch to the next. These variations are caused by a variety of factors, including the amount of heat and pressure employed during extraction, as well as the materials utilized in the manufacturing process.

Businesses will be able to create one-of-a-kind items and carve out a distinct niche if they experiment with and explore these alternatives during the manufacturing process. Essentially, any sort of cannabis concentrate, such as crumble, shatter, budder, and other variations, may be made using solventless extraction with a rosin press, including crumble, shatter, and budder. Additional to that, rosin can be mixed in with other materials to create edible cannabis products and topical ointments, among other applications.



Rosin extraction is not only incredibly diverse in terms of the goods it can produce, but it also provides a wide range of options when it comes to the materials it can use in the process. Rosin can be manufactured from nearly any sort of cannabis, ranging from flowers and sift to hash and kief, and can be used to make edibles. It also opens up a whole new world of possibilities, because the initial material utilized in the extraction process has a significant impact on the end product’s color, consistency, and flavor, among other characteristics.



In addition to the advantages discussed above, rosin extraction technology is significantly more beneficial to a company’s bottom line. Solvent-based extraction procedures necessitate the use of highly specialized equipment that might cost several hundred thousand dollars. Processing facilities, on the other hand, can purchase a high-quality rosin press and its related supplies for less than $10,000 in total.


Aside from that, once the initial investment has been made, the operating costs and overhead are significantly reduced. Soluble-based processing, as the name implies, requires the persistent use of solvents, which are expensive on an ongoing basis, whereas rosin extraction uses simply heat and pressure, with little in the way of added overhead. When you combine cheap operating costs with a burgeoning demand for solventless cannabis products, you have a winning mix for any cannabis processing business.