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Introducing Vape-Jet’s Renewed Partner Program

From our inception, Vape-Jet has experienced tremendous growth, much of which was driven by unwavering support and word-of-mouth endorsements from our valued customers and machine operators. We are deeply humbled by the amount of positive feedback we have received about the work we do and the products we offer. And now we would like to give back by introducing our revamped three-tier partner program. This innovative program is designed to recognize and reward our brand advocates at every level of the industry. Let’s delve into what each tier offers. 

Tier 1: Brand Rep 

Designed For: Current Vape-Jet and Jet Fueler machine operators and industry professionals with firsthand experience of our products. 

Description: Our reps have the unique opportunity to contribute to Vape-Jet’s growth by sharing valuable leads, receiving a referral bonus for every lead that results in a closed deal. 

What’s Included? Brand Reps will receive Vape-Jet branded merch and apparel to proudly represent our brand. Educational marketing materials will also be provided to assist them in understanding and promoting our products effectively. There will be special incentive offers for referred leads to motivate continued support, and a referral bonus for every deal closed to reward their hard work. 

Tier 2: Brand Consultant 

Designed For: Equipment manufacturers and independent consultants engaged in facility build-outs, networking, and industry events. 

Description: These key players leverage their expertise to align with Vape-Jet’s mission of delivering efficient filling solutions, promoting growth and innovation within the industry. 

What’s Included? Brand Consultants will receive introductory sales training to understand our products deeply. They will also have access to educational marketing materials to support their promotions. With personalized referral forms, a listing in our partner directory, and incentive offers for referred leads, consultants have all the tools they need for success. Furthermore, a commission rate for each deal closed adds a rewarding financial aspect to the partnership. 

Tier 3: Brand Partner 

Designed For: B2B or D2C brands with a shared customer base that has found success using both brands’ products and services. (Note: For hardware manufacturers, we require references for customers who are successfully filling your hardware with one of our filling machines.)

Description: This partnership fosters mutual growth and collaboration in the competitive cannabis market. It’s more than just a business relationship; it’s a shared journey to customer satisfaction. 

What’s Included? Our brand partners will enjoy a feature on the Vape-Jet crew blog, where we will highlight our collaboration and success stories. In addition, shared social media content will enhance our online presence together, coupled with a special feature in our monthly newsletter. Partners will also be listed in our partner directory, have the option to develop a custom partner feature page on our website (example), and benefit from collaborative marketing opportunities. Co-branded sales collateral will strengthen our joint marketing efforts, and a commission rate for each deal closed will ensure mutual financial growth. 

Ready to join the crew?

Our renewed partner program structure is more than just a reward system; it’s our way of building a community, fostering collaboration, and most importantly, showing our appreciation to those who have contributed to our success. If you believe in what we do, and you want to be a part of our growth story, we invite you to explore the tier that fits you best. 

Your belief in Vape-Jet is what keeps us going, and we’re thrilled to offer these exciting opportunities to collaborate, grow, and celebrate our shared success.

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: FacebookInstagramLinkedInTwitter, and YouTube

Think Automation is a Thing of the Future? 

This article was developed by an AI copywriter. The future is now, so join the revolution or risk getting stuck in the past. If you’re ready to integrate automation into your workflow reach out to our crew with your questions to see what Vape-Jet automation solutions can do for you.

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101: What Can You Fill with a Vape-Jet?

Discover the Versatility of the Vape-Jet Filling Machine

Whether you are new to our products, or you have been a loyal follower of our brand since day one, you may find yourself surprised by the versatility of our filling machines. We’ve put countless hours into research and development to design a machine that can handle a wide range of oils and hardware styles. But our dedication doesn’t stop there. Our team continuously strives to improve our products and adapt to the ever-evolving landscape of the industry. 

In this article, we’ll dive deeper into the unique functionalities and capabilities of our fully automatic filling machine. We’ll cover everything from the various oil types it can handle to the myriad of hardware styles it can accommodate. We hope to provide a comprehensive understanding of the machine’s workings and capabilities, making it easier for you to decide if our solution is the right fit for you. 

Vape-Jet
Precision filled 510 vape cartridges.

Explore Vape-Jet’s Oil Handling Capabilities 

The Vape-Jet’s pharmaceutical-grade syringe pump is designed to handle an extensive range of oil viscosities and formulations. How do we achieve this? With the help of closed-loop feedback motors for the syringe pump, our software has the ability to detect any stalling caused by particularly thick fluids. Instead of halting, the system internally slows down, applies more torque, and finishes the dispense accurately each time. 

Our system integrates nitrogen assistance to push the oil through the fluid path, eliminating the need for it to be pulled through by the pump. This function allows the machine to operate at the lowest possible temperatures across the three independent heating zones located at the reservoir, pump chamber, and needle. 

By keeping heat to a minimum during the filling process, your oil is shielded from oxidation, degradation, and contamination. The outcome? A more authentic, flavorful vaping experience that remains true to the original oil formulation. 

The types of oil that our Vape-Jet fully automatic filling machine can handle include, but are not limited to: 

  • Delta 9 THC Distillate (Botanical terpenes, Cannabis-derived terpenes, or Sauce) 
  • Live Resin (Liquid Diamonds and Sauce, BHO, Liquid Shatter) 
  • Rosin (Solventless Hash Oil) 
  • CO2 Extract 
  • Delta 8 THC Distillate (Botanical or Hemp-derived terpenes) 
  • CRD (Crystal Resistant Distillate) 
  • Minor Cannabinoids (HHC, THCv, THC-O, CBN) 
  • Full-Extract Cannabis Oil (RSO) 
  • Tincture 

We have developed a detailed recommended settings guide to help Vape-Jet operators identify the optimal parameters for filling different oil viscosities. If you ever find yourself in need of assistance, our support team is always standing by to guide you through the process of configuring your machine for a new type of oil. 

Vape-Jet fully automatic oil filling machine filling AVD Eazy-Press cartridges.

Redefine Adaptability with Vape-Jet’s Hardware Solutions 

Our Vape-Jet fully automatic filling machine features an automated machine vision system. This advanced technology analyzes the hardware, aligns the needle over the ideal filling position, and fills each piece of hardware with unparalleled accuracy and repeatability, to within ±0.25%. 

This system relies on a software-based machine vision algorithm that uses the shape of the hardware and operator-provided information to accurately insert the needle into the specified opening. (Ex. The widest point between the center post and the outer wall of a circular cartridge, inside one or both of the oil tank openings of a double-sided pod, the center of a bottle or capsule) Thanks to the machine vision system and adjustable camera and needle heights, the Vape-Jet can be configured to fill a wide array of products of varying sizes and shapes without the need for physical retooling or additional alignment jigs. 

Types of hardware that our Vape-Jet fully automatic filling machine can accommodate include:  

  • Vape Cartridges  
  • Vape All-in-One Devices (Disposables) 
  • Vape Pod Systems 
  • Syringes 
  • Dablicator Oil Applicators* 
  • Capsules 
  • Sauce Jars 
  • Tincture Bottles 
  • COMING SOON Pre-Roll Infusion (details below) 

With our third-party calibrated and certified pumping mechanism, we can swiftly and accurately fill any volume from 0.001ml to 5.0ml into your chosen hardware. Most cartridges and all-in-one devices come in trays of 50-100 from the manufacturer that can be placed directly onto the filling platform, eliminating the need for manual transfer and saving hundreds of touch points per tray. 

Vape-Jet fully automatic filling machine filling iKrusher all-in-one hardware.
Filled Dablicator oil applicator pens.
Filled Greentank 510 cartridges.

Coming Soon: The Fuel Injector, Vape Jet’s Joint Infusion Solution 

Exciting developments are underway at Vape-Jet. Get ready for the Fuel Injector, our pre-roll alignment device. This innovative solution utilizes custom 3D printed components and a food-grade silicone jig to secure 24 pre-packed and twisted cones in place. The standard Vape-Jet needle is swapped out for a sharp stainless-steel needle which pierces and injects oil into each joint using the same machine vision technology deployed during cartridge filling. During the dispense, the needle retracts to evenly distribute oil throughout, leaving a precise line of oil down the center. The newest addition to our line of Vape-Jet accessories delivers on our goal to offer the most adaptable and robust filling solution available. 

As the Fuel Injector is nearing the end of the research and development stage, we will be sharing more details and specifications in the coming weeks. Be sure to stay tuned to our blog and sign up for our monthly Re:Fill newsletter to be the first to know when new products drop. 

The Fuel Injector in a Vape-Jet filling machine.
Vape-Jet injecting oil into a pre-roll.

Confirm Your Hardware Compatibility 

Want to know if your hardware is compatible with ours? Our support team offers complimentary testing to ensure our machines can accommodate your products. Simply open a ticket at the Vape-Jet HelpDesk, send a full tray to the specified address, and we’ll send back a detailed report. If an occlusion jig is needed, our engineers can design, fabricate and validate one in house for your specific hardware. 

*Requires Dablicator alignment jig for filling, available to purchase directly from Vape-Jet (Current Vape-Jet customers save $90) 

Embrace the Future of Vape Cartridge Production 

As the industry continues to evolve, consumer habits change, and new vape products are developed, we assure you that our team will keep pace with these changes. Our software-based platform and unique ability to actively deploy updates to our machines in the field ensure our fully automatic fleet will continue to adapt and innovate. 

If your operation isn’t quite ready to invest in a fully automated system, we provide an upgrade path from our semi-automatic filling machine. By purchasing a Jet Fueler now, we offer a discount on a Vape-Jet machine when your business is ready to scale. The best part is that you get to keep your Jet Fueler unit and expand your fleet for ultimate filling flexibility. 

Have Questions? We’ve Got the Answers 

Curious to find out if your hardware is compatible with ours? Submit a ticket to our HelpDesk for complimentary testing. 

Interested in hearing from customers who are actively using our machines? Browse our blog. 

Want to learn more about our filling solutions and their features and benefits? Reach out to our sales team. 

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: Facebook, Instagram, LinkedIn, Twitter, and YouTube

Think Automation is a Thing of the Future? 

This article was developed by an AI copywriter. The future is now, so join the revolution or risk getting stuck in the past. If you’re ready to integrate automation into your workflow reach out to our crew with your questions to see what Vape-Jet automation solutions can do for you.

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Vape-Jet Hardware Partner: Greentank

The Vape-Jet crew is thrilled to announce our newest hardware partnership with Greentank, a leading vape hardware manufacturer in the cannabis industry. Recognized as an industry powerhouse with a proven track record of 200+ successful vape brand launches across the US and Canada, Greentank won a Red Dot Design award and Cannabis Independent’s Vape Tank and Single-Use Vaporizer of the Year distinctions. Now trusted by millions, Greentank is at the forefront of vaping innovation and customization. 

See how you can benefit from the Vape-Jet x Greentank partnership: 

  • Greentank at a Glance 
  • Vape-Jet x Greentank: Partnership Benefits 
  • Compatible Hardware

Greentank at a Glance

Greentank was built to revolutionize the cannabis vape market by providing high quality, reliable vaporizers that surpassed anything available. Today, Greentank collaborates with prominent cannabis brands worldwide, offering innovative and reliable vape hardware

Hardware Expertise and New Cannabis Markets 

Greentank’s team boasts over 100 experts—engineers, designers, material scientists, and product development specialists—all working together to create the most reliable high-performance vape hardware. With the help of market specialists who identify selling trends, Greentank works with brands to select fitting hardware best positioned for success.  

By working with Greentank, Vape-Jet customers unlock a vault of vape market knowledge that can accelerate their growth. With huge investments in R&D and manufacturing capabilities, Greentank has the hardware, people, and strategy to succeed in new cannabis markets and find opportunities in more developed markets.

Vape-Jet x Greentank: Partnership Benefits

Together, Vape-Jet and Greentank provide: 

  1. Comprehensive Hardware Solutions — One-stop shop for cutting-edge hardware, filling, and retail-compliant cannabis packaging solutions.  
  1. Extensive Customization Options — From surface finishes and colors to mouthpieces, chargers, and packaging options, create unique hardware that perfectly matches your brand’s aesthetics. 
  1. High-Quality, Compatible Hardware — Seamlessly integrate your Greentank hardware with fully-automatic and semi-automatic Vape-Jet filling and capping solutions

Compatible Hardware

Our partnership’s dedication to hardware quality and user satisfaction sets new standards for vaping excellence. 

We are excited to present four styles of hardware that are fully compatible with Vape-Jet filling systems:  

GT GO Cartridge — A Class of its Own 

After six years of meticulous research and development, the GTGO Cartridge combines all the industry-leading qualities a premium 510 cartridge should possess while setting new standards for reliability, flavor, and vapor quality. 

Key Features: 

  • Upgraded 316-stainless steel offers safety and performance. 
  • Push-down mouthpiece assembly reduces labor costs. 
  • 0.5ml and 1.0ml reservoir capacity sizes. 
  • Market-leading flavor output, eliciting pinpoint terpene profiles. 
  • Customizable finishes, treatments, and mouthpiece options. 
  • Available with revolutionary automated pre-loaded tray solution, reducing costs by up to $0.60c per unit. 

GT DX Cartridge — From the Rest to the Best 

This Cartridge offers a perfect blend of quality and affordability. Designed to enhance fill efficiencies, the GTDX features easy press-down mouthpiece technology that eliminates the need for a cumbersome arbor press.  

Key Features: 

  • Premium-built cartridge at an extremely competitive price point. 
  • 0.5ml and 1.0ml reservoir capacity sizes. 
  • FDA-certified ceramics, stainless steel, and cotton componentry. 
  • Push-down tamper-proof mouthpieces reduce labor costs. 
  • The most customizable 510 cartridge in the industry. 
  • Borosilicate glass housing. 

GT M3 All-in-One — Perfect Wasn’t Good Enough

Offers breakthrough performance and a familiar design that captures your customer’s attention. The M3 Cartridge can be precisely calibrated for a wide range of cannabis extract viscosities, ensuring precise flavor profiles. 

Key Features: 

  • Engineered for both high-viscosity and low-viscosity. 
  • Stainless steel internal frame. 
  • FDA-certified ceramics, stainless steel, and cotton componentry. 
  • Various reservoir capacities, including 0.35ml, 0.5ml, and 1.0ml. 
  • Customized finishes, silkscreening, LED options, logo placement, and mouthpiece options. 

GT M8 All-in-One — The Premium Rechargeable Disposable

This lightweight, rechargeable stainless-steel disposable offers rapid response heating with its short-path airflow design. It is completely customizable and ready to go at any time, providing convenience and flexibility. 

Key Features: 

  • Premium-feel stainless steel frame. 
  • Rechargeable micro-USB options with a branded cap. 
  • FDA-certified ceramics, stainless steel, and cotton componentry. 
  • 0.5ml and 1.0ml reservoir capacity options. 
  • Customized finishes, electroplating, silkscreening, LED options, logo placements, and mouthpiece options. 
  • No additional occlusion jigs needed. 
  • Note: The GT M8 is the only Greentank hardware listed that is not compatible with the Squish-o-Matic 1000 capping machine.

Get Started with Vape-Jet x Greentank

With a range of versatile hardware options, our partnership with Greentank empowers brands to elevate vaping experiences and meet market demands. By partnering with Greentank, Vape-Jet customers can expect seamless compatibility with supported hardware, allowing brands to streamline their production process and ensure optimal end-user satisfaction.

If you want to become a Vape-Jet success story, reach out to our crew, and we’ll find the best solution for your business.  

Check out these success stories:  

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: Facebook, Instagram, LinkedIn, Twitter, and YouTube

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Industry Insight: New Markets and Old Myths

In the world of cannabis, three industry veterans, Devon Reid, Jack Naito, and Sean Duffy, got together for a discussion about the ever-changing landscape of emerging markets. Using their vast experience, the trio brings their excitement and expertise to emerging markets and debunks some of the myths that permeate the industry.   

Devon, COO of Vape-Jet Automated Vape Cartridge-Filling and Capping Solutions, emphasizes the holy trinity of efficiency, quality, and process control that reigns supreme in this competitive realm.   

Jack, the President of Luna Technologies Automated Solutions for Cannabis Extraction, leads a company that offers Automated Solutions for Cannabis Extraction. Luna Technologies specializes in state-of-the-art extraction equipment and has established itself as the benchmark for safety, quality, consistency, and customization within the industry. 

Sean, CEO of Media Bros, leads a company dedicated to providing premium color remediation media for cannabis extraction. With a methodical approach backed by extensive market research and strategic planning, Sean offers valuable insights into the ever changing cannabis industry. 

Read what this gathering of some of the finest minds in cannabis had to say, and see how you can apply it to your own process to increase customer satisfaction and fine-tune your workflow.  
  

The State of New Markets  

As the industry expands and new markets emerge, the dynamics of the cannabis space have undergone significant changes. With perspective from Oregon’s recreational cannabis journey, Sean lends perspective on what’s coming for other states. “The market space has changed,” Sean begins. “Current needs require us to focus more on the business of extraction, processing, and producing end-consumer products to the point where they can remain viably competitive.”  

Recently, one of the primary drivers of change is the drop in the cost per gram of oil. Sean attributes this decline to consolidation, competition, saturation, and supply. In response to this trend, producers are shifting their focus toward explaining the efficiency of their products. 

“We have 40-something separate markets in the US,” Jack says. “Do you think in the new markets that’s the case too? Seems like margins aren’t squeezed as much in those.”  

“Yeah, the margins are definitely not as squeezed in new markets,” Devon begins. However, there is still a significant influence from established markets, such as California, Colorado, and Oregon, Devon explains. Professionals from these established markets often lend their expertise to help new businesses set up in emerging markets.   

Reflecting on the rapid pace of change in new markets, Jack suggests that knowledge and experience from established states quickly permeate these emerging regions. He posits that businesses in new markets have the advantage of making profits more rapidly due to high demand and relatively higher prices. However, as knowledge and expertise flow in, prices are likely to stabilize and drop.  

Frozen biomass waiting to be processed and extracted.

The Truth About Terpene Content  

When it comes to terpenes in cannabis extracts, there’s a common misconception that more is better. However, as Devon explains, this legacy viewpoint doesn’t necessarily hold, especially when processing extracts for cartridges. Devon points out that variability between different cartridge manufacturers can lead to harsh flavors and leaky cartridges if there are excessive amounts of terpenes.  

Jack emphasizes that terpenes are not only harsh on the taste buds but also caustic in nature, explaining that the more terpenes you add, the harsher the experience becomes.   

“And it’s expensive,” Devon states. “Having these conversations with customers, I get a lot of feedback like, ‘Oh, we want to do 20% terpenes in this oil.’ Okay, well you can try that,” he says sarcastically. “There’s definitely cartridges that are designed to handle that. And you know, some people have good effects with that. But if you bring it down to 5%, you can make four times as many cartridges.” This increased production capacity doesn’t compromise the quality of the end product.   

From their experiences with pitfalls in the market, Devon and Jack agree that it’s less about the number of terpenes and more about the quality and profile of the terpenes being used. The focus should be on selecting the right combination of terpenes that deliver the desired flavor and effects while maintaining product stability and customer satisfaction.  

Filled vape cartridges waiting to be packaged.

The Importance of Process Control  

In the cannabis industry, maintaining consistency and quality throughout the supply chain and manufacturing process is essential. Jack emphasizes the importance of process control, emphasizing the need for consistency from cultivation to extraction and post-processing. 

According to Jack, achieving consistent growth starts with the cannabis strain itself, where it is critical to anticipate consumer tastes, ensure product diversification, foster relationships with farmers, and plan for year after year growth. The extraction process plays a vital role as well, determining the terpene profile and components carried into subsequent stages. 

Devon agrees, acknowledging that the post-processing phase presents opportunities to compensate for any variables encountered during cultivation and extraction. Downstream processes—like decarboxylation and terpene formulation—can ensure consistency from batch to batch and year to year, Devon suggests. He also points out that starting with a live resin product helps retain most of the terpenes from the growing process while cautioning against the common practice of decarboxylating bulk extract and directly filling cartridges, as it can lead to the loss of terpenes due to the violent nature of the decarb process.  

Relying on mechanical and chemical processes can help achieve control, even with the existing limitations. The physical act of THCa crystallization and the separation from the non-crystallized components as an example of a simpler and more effective control mechanism. 

Luna Technologies extractor interface.

The Craft of Vape Cartridge Production   

Creating a perfect strain-specific vape cartridge may require a different process than most producers are used to, but it’s certainly achievable. The key lies in separating and decarbing the crystals, mixing in a measured amount of sauce (not just using all of it) to ensure optimal flavor. Leftover sauce from the extraction process can be added to distillate for vape production, resulting in a product that tastes almost as good as fully live resin.  

Devon spotlights the control vape cartridge producers have over their offerings: “You can sell it at a different price point to attract different customers and have different SKUs for different pocketbooks.”   

A diagram breaking down how to produce a vape cartridge for every customer taste and price point.
Note: this is a simplified diagram for illustrative purposes, it makes some assumptions and may omit certain details.

In new markets, Jack highlights the presence of experienced cannabis producers who have been creating high-quality products but on a smaller scale. As consumer preferences shift towards quality, technological advancements like automated extractors and equipment make it easier to produce high-quality products at a more affordable price for producers.  

Sean mentions how labs reach a point where they need to scale their craft production. Extraction automation, reliable media, and automated vape cartridge-filling systems become crucial in maintaining the quality that makes a producer successful in the first place. The ability to replicate the craft consistently and scale effectively are where innovative automation solutions like Vape-Jet play a vital role.  

“So these products always exist in new markets, they’re just usually a really high price point,” Jack summarizes. “Then consumer preference shifts toward higher-quality products, and then the technology starts coming into that marketplace, like our extractor and [Vape-Jet] equipment. It makes it easier to produce those high-quality products at a lower price point. Then, [high-quality products] gain popularity.”  

The Challenges of Color Remediation (CRC) in Cannabis  

Color remediation presents a unique set of challenges that can impact a customer’s perception of product quality and safety. “In the early days of CRC, people would just say, ‘throw some silica into the CRC column, nuke the product as it’s coming out, and then you end up with limonene and pinene terpenes and that’s it,’” Sean explains. This misinformed approach contributes to the negative perception of butane hash oil (BHO) extract and CRC products, leading to a general skepticism toward filtration.  

“If you have a mistake—you over process or under process at any point—it’ll affect all of your processes,” Jack adds. The importance of precision and attention to detail at each stage of production cannot be understated.  

Sean also stresses the responsibility of industry professionals to prioritize cleanliness and safety throughout the entire production process. “It’s important for all of us to pay attention to what’s happening from upstream and downstream process[es] and then help provide the cleanest, safest possible product in that space,” he asserts. By focusing on quality and safety, valid arguments against the use of color remediation techniques will ultimately lose their ground, paving the way for a more informed industry.  

Media Bros CRC media next to examples of unremediated and remediated product.

The Value of Data  

As our trio notes, the value of data is becoming increasingly recognized by industry professionals. “Data speaks volumes, and I think that’s something that people are becoming more and more cognizant about,” Devon says. He mentions the reporting feature of Vape-Jet, which tracks crucial information such as temperature, time, and images of filled cartridges. However, it was only recently that users began questioning how to utilize these reports effectively to monitor production and detect potential issues.  

Jack shares a similar experience, explaining “We data log everything… 30 parameters once every 5 seconds.” For a long time, this wealth of data went unused. It was only in the past 18 to 24 months that people started recognizing the value of this data, either for process improvement or compliance purposes.  

Sean brings attention to the importance of data in the context of color remediation in cannabis (CRC) in Canada. He explains that there is a demand for Certificates of Analysis (COAs). While the cannabis industry doesn’t have HPLCs (high pressure liquid chromatography) like other industries, Media Bros does meticulously test their products.  

“We saw that in Canada immediately,” Sean explains. “We test all of our products, not just through examination of the product itself, but we run biomass through that product. We actually run it in some cannabinoid product to make sure that co-solvents in there, such as the terpenes, THC or CBD or whatever is being processed, that those are all finalized.” Yet, even though Sean’s team provides this data on every single batch of product nobody really asks for the information.  

A Vape-Jet fully automatic filling machine interface.

Dispelling Myths   

The Myths of Color Remediation   

Color Remediation (CRC) is a frequent subject of debate in the cannabis industry, with various myths surrounding its use. “[For] every single myth out there, there is a grain of truth, right?” Sean asks rhetorically. “The genesis of [CRC] myths can be traced back to the very beginning, where inexperienced operators were trying to make good-looking oil out of oxidized biomass and using whatever they thought could improve it.”  

However, in this hasty process, operators unintentionally overprocessed the biomass without a full understanding of their effects. Silica, for example, acts as a potent remediator, capable of extracting and absorbing various compounds. As a consequence, only specific flavor profiles, such as limonene or pinene, prevailed in the THC products, making all products taste similar. 

This led to a misconception that CRC was responsible for stripping away desirable aromatics, resulting in a less desirable product. “All of those really nice aromatics from the high-quality weed that existed are no longer present,” Sean says. “And in people’s minds, they just equated that as being somehow bad. No one wanted a dab or a cart that just tasted like pine sol.” Sean further explains that some processors responded to this perception by offering alternative products like live resin carts or live rosin carts, claiming they didn’t use CRC or used it correctly. Unfortunately, this created a negative image for those who were using poor CRC methodologies. These early experiences shaped the narrative around CRC, leaving room for misunderstandings.  

Jack brings a different perspective, viewing CRC as just another filtration process within the cannabis extraction realm: “Filtration CRC is just another filtration process. It’s just a different method using an adsorbent media instead of traditional filters.” Filtration is a common practice across various extraction methods, and CRC simply employs an adsorbent media instead of traditional filters. It’s important to remember that filtration itself is a fundamental step in the extraction process, regardless of the technique used, Jack says.  

While it’s true that CRC cannot magically transform low-quality biomass into top-tier products, “you can certainly take good biomass and make it worse by improper extraction techniques,” Sean says. Devon agrees, stating that fundamental changes occur during the extraction process itself, so adding CRC is just another step that can enhance the final product: “If adding CRC makes for a better end product, that should always be the focus.”  

The group agrees that understanding the nuances and dispelling the myths surrounding CRC is crucial to foster informed discussions and decision-making within the cannabis industry.  

Media Bros media being poured into a color remediation column.

The Myths of Extraction and Filling Temperatures  

When it comes to BHO extraction, there are numerous myths floating around. Jack points out that many of these myths arise due to the lack of industry data and improper temperature measurements. “Half the myths that around BHO that we deal with on a regular basis are just because the data doesn’t exist in the industry and no one is collecting it,” Jack says.  

According to Jack, one of the biggest myths is about extraction temperature. Many folks in the industry measure their temperature indirectly, and there are numerous steps where the temperature can change before it goes back to the chiller where measurements occur, Jack explains. “So you’re collecting data really indirectly; collecting data by looking at the chiller every once in a while saying, ‘okay, I’m extracting at -80°, my chiller set temp is -80°.’ Really, that’s not the case at all because there’s a ton of heat gain and energy transfer between your actual extraction and your chiller.”  

Jack also notes that many people believe that lower extraction temperatures result in higher-quality products. However, there’s a threshold temperature where the product quality stops increasing or increases very slowly. Below that threshold, the yield drops dramatically. Jack explains, “Everyone wants to extract at -120º. Technically, our chillers will go down to -120º Fahrenheit, but the problem is at -120º your yield drops dramatically, and there’s really no increase in product quality.”  

Devon agrees that lower extraction temperatures may not be worth the hit to overall yield. Devon also explains that automating the process may not necessarily translate from a manual process, and “you may actually shoot yourself in the foot.” Proper measurement and data can lead to higher-quality and more efficient extraction processes.  

Luna Technologies extractor interface.

The Myth of Craft Cannabis and Automation  

“There’s this myth in the industry that you can’t make a high-quality craft product with automation,” Jack says. Many believe that a high-quality craft product requires the expertise of a knowledgeable extractor who can make decisions based on their understanding of the biomass and the extraction process. When you dive into the details, the myth doesn’t hold up, Jack explains. The actions of an experienced extractor are essentially the same as what automation does. They observe the process, often using indirect methods, and make decisions based on that information.  

However, there are limitations to human decision-making. As Sean points out, “the error rates start going up because of human factors.” Extractors need to balance multiple variables, such as pressures and temperatures, which becomes challenging.   

Automation, on the other hand, can measure these variables accurately and make decisions much faster. Automation doesn’t diminish the role of a craft extractor, either; it simply enhances their capabilities. “All we’re really doing is building people’s decision trees into logic and having it follow that,” Jack clarifies. Sean agrees, adding, “You’re really not taking anything away from the craft extractor. You’re just saying, ‘hey, let me just allow you to make this repeatable.’”  

Devon highlights the cost of manual labor and the need for quality control in the absence of process control. Without control over the extraction process and other crucial factors, Devon explains, manual intervention becomes necessary at every step. However, with controlled processes, automation ensures consistent results, saving money, reallocating labor, and reducing errors. 

When processes are predictable, automation becomes a catalyst for growth and exploration. “If you do things the same way every single time, it becomes predictable,” Devon says. “And then once you have something that’s predictable, automation is going to allow things to explode in a good way.”  

Close up of a Vape-Jet fully automatic filling machine filling disposables.

The Myths of Vape Cartridge Filling  

“There’s no such thing as the artisanal-filled vape cart, doesn’t exist.” Sean begins. While the oil itself may be artisanal, the filling process should not be treated as a boutique or handcrafted endeavor, Devon elaborates. It is a skill or task at best, lacking the expressive nature found in other aspects of the cannabis industry such as extraction or growing. Instead, vape cartridge filling is a necessary step that requires precision and knowledge.  

One challenge that arises during the cart filling process is the homogenization of oil. Devon shares his experiences of troubleshooting issues with bubbly or oxidized cartridges and highlights the significance of proper mixing and homogenization. One common culprit? A hot plate with a magnetic stir bar, a piece of equipment found in almost every lab.  

Uneven heating causes problems. “The bottom of whatever jar you have gets superheated, and the stir bar won’t spin because it’s magnetically coupled, and it doesn’t have torque,” Devon explains. In an attempt to overcome this, operators often increase the heat and speed of the stir bar, which leads to undesirable consequences.  

When the stir bar creates a vortex in the oil, it incorporates air, and if the oil is superheated, oxidation occurs at an accelerated rate. This results in the loss of terpenes, which are released into the surrounding environment, creating the world’s most expensive air freshener. Additionally, the absorbed air in the oil causes the vape cartridges to develop an unattractive champagne-like appearance.  

Moreover, prolonged exposure to heat on the hotplate increases the oxidation rate to the point where the oil may turn red, rendering it unattractive to potential buyers. Devon shares an anecdote about cartridges turning red within a day or two due to improper mixing practices. He advises against relying solely on hotplates for oil mixing, stating, “That’s maybe not the best way to do that.”  

Filled vape cartridges waiting to be capped.

Key Takeaways   

“It’s all about data, data and control. [Data] gives you unprecedented insight into the process of filling cartridges. So, even though it’s not something that I would call ‘craft,’ having the ability to see what’s happening in there is still going to give you an idea of what’s happening and what needs to maybe change.”  

Devon Reid of Vape-Jet 

 “A lot of what we talked about today is how lack of data in the industry has led to a lot of inefficiencies. You have to start looking at margins a little closer, and what can you do to increase margins or maintain your margins in a tough market where prices are dropping. All of our products help do that. At Luna, we do that by putting in an automated solution for extraction where you can reduce your operating costs by moving labor to more effective areas like in food processing.”  

Jack Naito of Luna Tech

“At Media Bros, we really emphasize simplifying and demystifying that CRC process. Processing through a Luna, through our media, and then right into a Vape-Jet is the shortest distance from biomass to cart. Eventually, the market’s going to realize, ‘I’m in a really competitive space. I need to create the best possible products, and they need to taste good, they need to look good, and they need to present well.’ That’s the biggest takeaway for me: all of these components need to work well together. Good process flow will save you.”   

Sean Duffy of Media Bros

Jack Naito, Devon Reid, and Sean Duffy

If you want to refine your filling operation with Vape-Jet, reach out to our crew, and we’ll find the best solution for your business.  

Check out these success stories:  

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Categories
Events

New Jersey Lunch & Learn: Elevate Your Cannabis Extraction Business

Discover How a Concentrate-First Strategy Can Ensure Your Cannabis Extraction Business Dominance

Join us for an exciting Lunch & Learn event where you’ll have the opportunity to connect with five top-tier manufacturers and consultants in the industry. You won’t want to miss this chance to gain invaluable insights and insider tips on compliance, process design, product selection, and streamlining. Whether you’re just starting or looking to optimize your existing business, our experts will be on hand to answer all your questions.

New Jersey Lunch & Learn | Elevate Your Cannabis Extraction Business to the Next Level | June 15 Jersey City or June 16 Aberdeen

Choose From Two Events and Locations

Join us on Thursday, June 15 from 4-7pm at Zeppelin Hall Beer Garden in Jersey City, New Jersey. Or Friday, June 16 from 1-4pm at Alternate Ending Brewing in Aberdeen, New Jersey. Food and drinks are on us, but space is limited so be sure to reserve your spot now.

June 15 | Jersey City | Zeppelin Hall Beer Garden
June 16 | Aberdeen | Alternate Ending Brewing

What’s On the Agenda?

During the Lunch and Learn event, we will delve into a variety of topics that touch on the latest advancements and innovations in cannabis extraction. We’ll be focusing on extraction and concentrates, post processing equipment, facility build outs, engineering peer reviews, and more, with presentations from industry experts and an interactive Q&A session that encourages knowledge sharing and discussion.

Five Trailblazing Manufacturers and Consultants

We’re excited to be joining speakers from the following companies, each bringing a wealth of experience and insight to the table:

Luna Technologies is a pioneering force in the cannabis industry, offering top-of-the-line hydrocarbon extraction equipment that helps producers create clean, consistent products while improving safety, speed, and efficiency. With a commitment to workplace safety and environmental sustainability, they have revolutionized the extraction process by developing innovative equipment from the ground up, drawing inspiration from aerospace engineering, oil and gas, and the pharmaceutical industry.

Vape-Jet is a leading manufacturer of fully-automatic and semi-automatic filling machines for the vape cartridge production industry. Their machines offer high accuracy and fast production rates, making them the perfect choice for both small labs and large enterprises. With a focus on innovation and customer satisfaction, Vape-Jet’s machines are backed by proactive product support, ensuring their clients receive the best possible experience.

FlackTek is a mixing solutions provider based in Landrum, South Carolina. The company offers mixing equipment, supplies, and accessories for the cannabis industry. Their products are known for their quality, top-of-the-line equipment, technical support, and excellent customer service.

2 Bridges Cannabis Design is a cannabis design firm with decades of industry experience and a network of AgTech engineers, researchers, and investors. They provide customized design services for new and existing companies in all phases of operation, from advising on strategic decisions to coaching operators on best practices.

PRV is an engineering consulting firm that provides a wide range of services to help cannabis businesses get their labs certified and up to code. Their licensed engineers can certify any custom system as long as it is safe to use and compliant per local codes and standards, including alcohol chilling systems. They offer field verifications, peer reviews, 3D modeling, OEM manuals, engineering calculations, and site layout services.

Learn the Keys to Success in Mature Cannabis Markets

Our Lunch and Learn event is more than just a networking occasion. It’s a unique opportunity to gain insights into the cannabis extraction industry, get up to speed with the latest trends, interact with like-minded individuals, and potentially uncover new opportunities. Plus, it’s a chance to have your specific questions answered by the experts in the field.

Ready to Register?

Interested in joining us? To register for the event, sign up here for one of the two events. Remember, spaces are limited, so register soon to reserve your spot.

We’re looking forward to an insightful afternoon of learning and networking. Get ready to explore, ask, and discover at our first Lunch and Learn event!

While you’re at it, don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: FacebookInstagramLinkedInTwitter, and YouTube

Categories
Uncategorized Vape-Jet

Filling Smarter: The Do’s and Don’ts of Vape-Jet Operation 

Vape-Jet specializes in automated vape-cart filling machines specifically designed for the cannabis industry. Our advanced technology ensures efficient, reliable, and precise filling with various cannabis extracts. In this blog post, we will go over Do’s and Don’ts for the successful operation of a Vape-Jet fully-automatic vape cartridge filling machine. The purpose of this blog post is to help our customers get the most out of their machine operation. By following these tips, you can ensure that your machine operates smoothly and efficiently, and that you get the best possible results. 

Vape-Jet 4.0 | The Most Advanced Fully-Automatic Vape Cartridge Filling Machine - Click to Learn More

The Do’s of Vape-Jet Operation 

1. Review the Vape-Jet 4.0 user manual. 

Before you start using your Vape-Jet fully-automatic vape cartridge filling machine, it’s important to review the user manual. This will give you a better understanding of how the machine works, and how to operate it safely and effectively. 

2. Use the recommended settings. 

Different cannabis extracts require different settings to achieve the best results. Make sure to use the recommended settings for each extract to ensure that you get the best possible results. Check out this comprehensive guide from our HelpDesk. It’s important to note that the recommended settings will vary based on the style of pump included in your machine. 

3. Regularly clean and maintain the machine. 

To keep your Vape-Jet running smoothly, it’s important to clean and maintain it regularly. This will help prevent clogs and malfunctions, as well as prevent cross-contamination between strains and oil types. All of our filling machines come with a clean in place SOP built into the software. It is fully automated, only takes 10-20 minutes and requires no disassembly. 

4. Use high-quality cannabis extracts to ensure high-quality results. 

The quality of the cannabis extract you use can have a big impact on the performance of your Vape-Jet fully-automatic vape cartridge filling machine. Make sure to use high-quality, consistently produced extracts to ensure the most reliable results. 

5. Never let your operator fly solo. 

If you encounter any issues or errors while using your Vape-Jet machine, don’t hesitate to contact Vape-Jet’s support team via the Help Desk. We can help you troubleshoot the issue and get your machine back up and running as quickly as possible. 

Once you receive your new machine, you will use the Help Desk for all questions and requests moving forward. Please note that your points of contact from the sales process do not have remote machine access or the technical insight required to provide product support. 

Learn more about Vape-Jet support.
Click to learn more about Vape-Jet product support.

The Don’ts of Vape-Jet Operation 

1. Don’t power on your new machine without Vape-Jet support. 

Before you turn on your new filling machine for the first time, it’s important to schedule a remote training session with Vape-Jet product support. This will help ensure that you know how to operate the machine safely and effectively. 

2. Don’t begin filling without configuration and calibration. 

Before you start producing vape cartridges, it’s important to properly configure and calibrate your Vape-Jet fully-automatic vape cartridge filling machine. This will help ensure that you get the best possible results. 

Initial needle and physical camera calibration will happen at installation with a remote support technician. The individual hardware configuration process includes software adjustments made to camera, height, speed, etc. This can be done during a consultation support call and saved as a configuration profile for later use. 

3. Don’t underestimate the importance of heating. 

To ensure the best possible results, it’s important to properly pre-heat the oil and configure the three machine heaters based on Vape-Jet recommended temperatures before initiating filling. Find our recommended heat settings in this comprehensive guide from our HelpDesk. If you want to hot swap your reservoirs to save time between batches, check out our Drop Tank reservoir pre-heating accessory. 

4. Don’t physically interfere with the machine while in operation. 

During the filling process, it’s crucial not to interfere with the machine. This includes not moving the hardware during dispense to correct the alignment, and not putting your hands inside the machine while in motion. If operation needs to be stopped immediately, operators can find a “stop” button on the user interface built into the front of the machine.  

Bonus Don’t: Don’t use the physical emergency stop button on the front of the machine unless there is a true emergency such as evacuation due to fire. 

5. Don’t forget to follow “first in, last out.” 

When connecting and disconnecting the reservoir to the fluid path and Nitrogen supply, it’s important to follow the “first in, last out order of operations.” If done out of order, heated oil will leak out of the upper fluid path, through the heat box and onto the dispensing platform below. This can waste valuable oil, damage your machine, and pose a safety hazard to operators. 

Connecting Reservoir: 

  • Place Reservoir in Holder 
  • Connect Fluid Path to Reservoir 
  • Connect Power Cable 
  • Connect Nitrogen Line 

Disconnecting Reservoir: 

  • Disconnect Nitrogen Pressure 
  • Toggle Reservoir Heater Off 
  • Disconnect CPC Power Adapter 
  • Disconnect Fluid Path 
  • Remove Reservoir from Holder 
Learn more about the Vape-Jet fully-automatic filling machine.
Click to learn more about the Vape-Jet fully-automatic filling machine.

Fill Smarter with Vape-Jet 

Operating a Vape-Jet fully-automatic vape cartridge filling machine requires attention to detail and adherence to best practices. By following the do’s and don’ts outlined in this blog post, you can ensure that your machine operates smoothly and efficiently, and that you get the best possible results. Remember to review the user manual, use recommended settings, clean and maintain the machine, use high-quality extracts, and contact support when needed. By following these tips, you can maximize the potential of your Vape-Jet filling machine and truly “Fill Smarter”. 

Think Automation is a Thing of the Future? 

This article was developed by an AI copywriter. The future is now, so join the revolution or risk getting stuck in the past. If you’re ready to integrate automation into your workflow reach out to our crew with your questions to see what Vape-Jet automation solutions can do for you.  

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: Facebook, Instagram, LinkedIn, Twitter and YouTube

Categories
Uncategorized

101: Types of Cannabis Vape Cartridge Filling Machines

The Cannabis Industry’s Need for Vape Cartridge Filling Machines

As consumer behaviors continue to shift sales away from traditional categories such as flower and tinctures, and towards packaged products such as vapes, pre-rolls and edibles it’s clear that consumers are looking for more portable and convenient recreational products. Vapes in particular are popular for their portability and ease of use, reflected by sales more than doubling from $1 billion in 2018 to $2.8 billion as of November 2022

To sustain this growth in popularity without sacrificing quality, many producers are investing in automated filling machines. If you are new to the world of vape cartridge and device filling equipment, join us as we break down the different types of filling machines along with their advantages, disadvantages, and the best use cases for each. 

Manual Cannabis Vape Cartridge Filling Machines and Equipment

Manual vape cartridge and device filling machines are the simplest type of filling machines. They are operated by hand with tools such as syringes and heaters, and the operator is responsible for the entire filling process. These machines are inexpensive and easy to use, making them a good choice for small-scale operations. However, they are not suitable for large-scale production due to their slow production speed and reliance on manual labor.  

Examples of manual filling machines: 

  • Manual syringe 
  • Handheld repeater syringe 
  • Multi-shot style hand dispensers 

Advantages of using manual filling machines: 

  • Lowest equipment cost 
  • Easy to use 
  • Simple setup 
  • Small physical footprint 

Disadvantages of using manual filling machines: 

  • Highest labor cost 
  • Slowest production speed 
  • Inconsistent fill volume 
  • Operator-dependent 
  • Easy to damage oil with heat 
  • Susceptible to operator error 
  • Syringe lubricant can affect cartridge 
  • Risk of operator injury from manual labor 
  • High maintenance requirements 

Best use cases for manual filling machines: 

  • Small-scale production 
  • Limited budget 
  • Non-technical operators 

Semi-Automatic Cannabis Vape Cartridge Filling Machines

Semi-automatic filling machines such as the Jet Fueler are an intermediate between manual and fully-automatic filling machines. They require some manual operation by lifting the cartridge or device to the needle for dispensation, but they automate the pumping portion of the filling process. These machines are suitable for mid-scale production and offer a good balance between cost and efficiency. 

Example of semi-automatic filling machines: 

  • Automatic recharging repeater syringe systems 
  • Pneumatic systems 
  • Syringe pump systems 

Advantages of using semi-automatic filling machines: 

  • Faster production speed than manual filling machines 
  • More consistent fill volume 
  • More consistent heat application 
  • Lower labor cost than manual filling machines 

Disadvantages of using semi-automatic filling machines: 

  • Higher equipment cost than manual filling machines 
  • More complex than manual filling machines 
  • Not suitable for large-scale production 
  • Operator still has to cap cartridges separately 

Best use cases for semi-automatic filling machines: 

  • Mid-scale production 
  • Low to mid-range budget 
  • Entry level technical operators 

Fully-Automatic Cannabis Vape Cartridge Filling Machines

Fully-automatic filling machines such as the Vape-Jet are the most advanced class of filling machines. They automate and control the pumping, dispensing and heating processes. Some even automate the capping process while others are designed to work with a separate capping machine. These machines offer the highest production capacity and consistency in fill volume. However, they are also the most expensive and may require specialized accessories such as hardware jigs or additional operator training. Despite the cost and additional expenses, in the long term these machines result in the lowest total cost of ownership. 

Example of fully-automatic filling machines: 

  • Robotic assisted recharging repeater syringe systems 
  • Robotic assisted pneumatic systems 
  • Robotic assisted syringe pump systems 

Advantages of using fully-automatic filling machines 

  • Lowest labor cost 
  • Highest production capacity 
  • Consistent and accurate fill volume 
  • Flexibility in handling a wide range of fill volumes and viscosities 
  • Increased reliability with minimal room for operator error 
  • Limited exposure to environmental contaminants 
  • Operator can multitask during filling process 

Disadvantages of using fully-automatic filling machines 

  • Highest equipment cost 
  • Largest physical footprint 
  • Requires additional operator training 

Best use cases for fully-automatic filling machines: 

  • Large-scale production 
  • Mid to high-range budget 
  • Experienced technical operators 

What Else to Consider When Shopping for a Cartridge Filling Machine

The right filling machine can help to increase production efficiency, reduce waste, and ensure consistent and accurate fill volumes. Choosing the right machine will depend primarily on your production volume and available budget, but we encourage you to consider a few other key factors: 

Adaptability  

Some fully-automatic filling machines lock you into a limited number of cartridge and device styles you can fill without investing in physical retooling or additional custom hardware. Look for systems that can adapt to your hardware, not the other way around. 

Product Support 

Complicated filling machines may require more complicated training and repairs. As you vet equipment manufacturers be sure to ask how they provide product support, how long you can expect to wait on replacement parts, or how quickly they can get on site support technicians to your facility should the need arise. 

Data Reporting 

As states continue to pass additional regulations on the cannabis industry, it’s crucial to consider where you can implement data collection in your production process. Some fully-automatic filling machines have data reporting features built in, giving you insight into production trends as well as an additional quality management checkpoint.  

Cleaning Process 

A key part of the cartridge filling process is the cleaning procedure between strains or at the end of the day. Producers new to automated filling equipment often overlook the importance of this feature. Look for machines with an efficient and automated clean in place process to save on time and labor. 

Still not sure what type of filling machine is right for your operation? 

Contact our crew to find out if a Jet Fueler or Vape-Jet would be the right fit for you. Still growing? We offer an upgrade path from our semi-automatic to fully-automatic systems. 

Think Automation is a Thing of the Future?

This article was developed by an AI copywriter. The future is now, so join the revolution or risk getting stuck in the past. If you’re ready to integrate automation into your workflow reach out to our crew with your questions to see what Vape-Jet automation solutions can do for you. 

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: Facebook, Instagram, LinkedIn, Twitter and YouTube

Categories
Laboratory

Measuring Vape Cartridge Success with N.N. Analytics  

After exploring the reasons why vape cartridges fail in our previous blog post, it’s time to dive into the science of measuring vape cartridge success. Joining us again is Jake Rubenstein, the President and CEO of N.N. Analytics. In this blog, Jake shares his expertise on how Vape-Jet, N.N. Analytics, and other contributing factors ensure your cartridges perform at their best for a premium vaping experience. 

What Leads to a Vape Cartridge Success?  

Before we get into the finer scientific details of vape cartridge success, we should look at the factors that lead to a premium vaping experience. Here are the key elements that contribute to successful vape cartridges we’ve seen at N.N. Analytics:  

  • Ensure your vape cartridge performs the same when full, half-full, or near empty without leaks, clogs, or dry hits. 
  • Correct amount of delivered aerosol—correct standard Aerosol Collected Mass (ACM) between 25 to 60mg/puff in most vaping applications measured under a standard ISO regimen.   
  • Low-Pressure Drop (PD) values—a properly assembled cartridge with an oil that has a matched rheology will not have a high PD value when compared to a control sample.  
  • Lack of leaks through the 510 center-post—minimal device weight loss (DWL) is measured throughout the lifetime of a cartridge that was not captured or measured as Aerosol Collected Mass (ACM).
  • Lack of evaporation through the 510 center-post—minimal device weight loss (DWL) as measured throughout the lifetime of the cartridge that is not captured and measured as Aerosol Collected Mass (ACM). 
  • Lack of leaks into the center post by way of the failure modes identified above. 
  • Lack of leaks through the mouthpiece by way of the failure modes identified above.  
  • The proper delivery of cannabinoids measured in the Aerosol Collected Mass (ACM) without deterioration by way of elevated coil temperatures and a lack of airflow through the cartridge.   

What variables are critical for vape cartridge success?   

  • Choosing reliably vetted hardware with a proven track record and direct relationships with a trusted analytical lab.    
  • Confirming the compatibility between each type of cannabis oil and the hardware you intend to fill.   
  • Standardizing your formulation and enforcing process control throughout your extraction and filling operation to reduce variability in your oil output as measured by standard rheological assessments on a batch-by-batch basis.   
  • Confirming that the batch-to-batch variance does not fall outside of the approved rheological bracket defined for the cartridge-oil combination.   
  • A collaborative effort with open communication between the vape hardware manufacturer, vape filling machine manufacturer, vape testing facility, and you.   
  • The Vape-Jet product support team can tailor your filling temperatures and speeds to your formulation. N.N. Analytics can also develop and confirm with Vape-Jet the correct filling parameters that will support ideal cartridge performance without failure.  

How N.N. Analytics Can Resolve Your Vape Cartridge Failures

N.N. Analytics facilitates the standardization of oil-hardware combinations with characterization testing. Our approach to resolving your vape cartridge failure challenges comes in two phases.    

Phase One: Establishment of Approved Parameters    

Rheology Characterization and Performance Assessment of Solutions for Cartridge Filling—this is where we characterize the oil solutions to understand how they perform in each hardware SKU. In short, this process helps us understand whether known rheology will affect the performance and failure rate of the cartridge part number that is approved for sale.    

Failure Mode and Effects Analysis: Cartridge Performance Assessment (Leakage & Dry Hits)—we use this standard metric to evaluate a new part number in hardware that we haven’t assessed yet. We evaluate stability performance, including device weight loss, pressure drop, and aerosol collected mass. This testing is performed with standard solutions (oils) that are deployed by NN Analytics, meeting the criteria of low, medium, or high viscosity:  

  • Low Viscosity: Akin to rosin formulations or those with terpene additions of greater than 10%  
  • Medium viscosity: Akin to formulations that have a standard number of terpenes and are standard performers – This is our target range for most formulations  
  • High Viscosity: High potency oils with minimal terpene or diluent additions require optimum shear rates of cartridges tuned to high-viscosity oils.   

Phase Two: Continual Evaluation of Approved Ranges    

Stability Studies—used to evaluate the stability performance of a new batch of hardware by ACM/DWL and by delivered cannabinoid concentrations in the ACM.   

Oil Performance Assessment—used to evaluate a new batch of oil manufactured to a specific recipe by rheological assessment and terpene/cannabinoid measurements in the ACM according to the standard (approved) reference sample. 

Standard Measurements We Use at N.N. Analytics 

Device Weight Loss   

Device Weight Loss (DWL) measures the total change in filled mass of oil in a cartridge. This measurement is taken when the vape cartridge is filled and capped at T=0, then monitored throughout the lifetime of the cartridge during testing or stability studies before Aerosol Collected Mass (ACM) measurements are taken. 

Over time, oil may leak or evaporate due to leakage or evaporation from an improper cap seal or airhole feed size that allows atmosphere to enter the vape cartridge by way of the center post or air inlets at the bottom of the cartridge, leading to reduced ACM, evaporation of volatile terpenes, and possible oxidation of cannabinoids. 

DWL and reduced ACM are both causative variables of leakage that causes oil to emit from the 510 thread or air feed holes, which are indicative of a rheological mismatch of the oil viscosity with the hardware, namely:   

  • coil-wicking material porosity    
  • feed hole size    
  • airflow hole size    
  • Improper oil rheology  

Aerosol Performance   

Aerosol collected mass (ACM)—this variable determines the efficiency of the cartridge as a complete unit that will establish a parameter we call “ACM” for the amount of vapor emitted from the cartridge during normal expected vaping conditions.   

ACM can be influenced by many factors and is considered a correlative variable for cartridge performance rather than a causative variable, such as device weight loss (DWL) or pressure drop (PD).  

Aerosol Constituents   

There are many constituents in cannabis and hemp aerosol, which we can classify as indicative of proper or improper performance. These measurements are taken hand-in-hand with aerosol collected mass (ACM) to understand the correct selection of good oil and hardware combinations during expected vaping conditions (ISO and CORESTA methods) and identify failures during vaping that may lead to emissions of harmful or potentially harmful constituents (HPHCs), such as:   

  • Heavy Metals    
    • Tested using ICP-MS    
      • Chromium (stainless steel parts or coil)    
      • Nickel (coil)    
      • Cadmium (stainless steel parts or coil)    
      • Lead (coil solder)  
  • Aldehydes    
    • Tested using GC/MS    
  • Volatile Solvents    
    • Tested using GC/MS    
  • Microplastics and solvated plastics    
    • Tested using LC/MS    
  • Other foreign material (coil-wicking material including ceramic particles, rayon, or cotton fibers)     
    • Tested by Scanning Electron Microscopy Tandem Energy-Dispersive X-Ray Spectroscopy (SEM/EDX)  

Guaranteeing Vape Cartridge Sucess: Measuring Solution Rheology and Cartridge Performance  

How do vape cartridge producers guarantee their solution will not leak when choosing new cartridge hardware?    

The way to guarantee that leakage will not occur is to standardize the minimum “thickness” of the solution used in a particular hardware platform. N.N. Analytics accomplishes this with strict measurements of solution rheology to define the viscosity, shear rate, and elasticity of oils using an iso-accredited method for rheology measurements.    

Additionally, N.N. Analytics measures coil performance by deploying its patent-pending Iron Lung aerosol collection technology to assess aerosol performance by measuring pressure drop, capturing the aerosol, and measuring the total weight and constituents within the aerosol. Pressure drop measurements allow us to evaluate leakage preventing aerosol delivery. Aerosol weight measurements allow for the characterization of atomizer/coil performance.    

N.N. Analytics' patent-pending Iron Lung aerosol collection technology
N.N. Analytics’ patent-pending “Iron Lung” aerosol collection technology

How can vape cartridge producers guarantee their solution will feed well when choosing new cartridge hardware?    

The way to prevent dry hits is by standardizing the maximum thickness of the solution in a particular hardware platform.    

Unleash Your Vape’s True Potential with Vape-Jet & N.N. Analytics

As you can see, the science behind a successful vaping experience requires cultivating a unique balance between the formulation of the oil, the hardware used, and the filling process.   

At N.N. Analytics, we use a combination of measurements to ensure that your vape cartridges perform optimally and meet industry standards. Our expert team works closely with you, the vape hardware manufacturer and the vape filling machine manufacturer to resolve your vape cartridge failure challenges. Let N.N. Analytics help you achieve the premium vaping experience your customers deserve.  

N.N. Analytics Full Service E-Liquid Testing Laboratory | Click to Browse Our Services

Need some help taking your vape cartridge filling performance to the next level? Reach out to our crew and learn how Vape-Jet can provide next-level products for your customers.  

Some of our success stories:  

Don’t forget to sign up for our monthly Re:Fill newsletter to get early access to company updates, product releases, and other exciting announcements. Follow us on the essentials, too: Facebook, Instagram, LinkedIn, Twitter and YouTube

Categories
Uncategorized

The Science Behind Vape Cartridge Failures with N.N. Analytics

We are excited to introduce Jake Rubenstein, the President & CEO of N.N. Analytics, as our first guest contributor to the Vape-Jet crew blog! Established in 2015, N.N. Analytics is a leading consulting and scientific support firm in the rapidly growing vaping industry. With an ISO 17025-accredited laboratory and a diverse team of professionals in regulatory compliance, manufacturing, software, and reverse engineering, N.N. Analytics helps their clients navigate the complex world of national and international regulation. With customers like Cilicon+, AVD, and Blinc you can trust that the team at N.N. is one of the best labs in the industry. 

As a full-service nicotine, e-liquid, and cannabis/hemp testing laboratory out of San Diego, California, N.N. Analytics provides numerous services, including vape cartridge leak and performance testing to help eliminate cartridge loss and improper formulations. They’ve even developed their own aerosol testing apparatuses to ensure the highest standards of results. 

At MJBizCon 2022, the Vape-Jet crew bonded with Jake over our shared love of the science behind great cannabis products. Together, we look forward to providing our customers with even more comprehensive support in assessing their oil and hardware for optimal performance, standardizing their formulations, minimizing end-user returns, and achieving better customer satisfaction and success. 

What Causes Vape Cartridge Failures? 

Most common vape cartridge failures are caused by improper hardware selection for that specific oil formulation, leading to poor performance within the hardware.   

How do you measure performance?  

We measure key variables of the oil and cartridge combination. Proper performance of an oil and cartridge combination starts with a regulated oil feed rate into the coil atomizer, allowing for atomization of oil into the vapor phase at a constant and predictable rate, without leaks or dry hits.  

Now, let’s look at the reasons vape cartridges fail in a bit more depth.

The Top 5 Reasons for Vape Cartridges Failures

First, Some Definitions  

Rheology—studies the deformation of the flow of material, and in this case, the liquid flowing through a vape cartridge reservoir into the vaporization chamber and out of the mouthpiece.  

Viscosity—a measure of a liquid’s thickness and ability to deform to a container/force when pressure or heat is applied.  

Shear-Rate—the stickiness of a liquid and how strong it clings to a container or surface.  

Elastic Modulus—a liquid’s ability to stretch when a force is applied, either by pressure or by heat.   

Tensile Modulus—a liquid’s ability to resist deformation when a force is applied, either by pressure or by heat.  

#1 Failure: Leaks 

Oil leakage into the air inlet chamber is due to a mismatch in:  

  • Cartridge Feed-Hole Diameter—the aperture of the feed hole is too large, allowing liquid to flood the cartridge-wicking material too quickly.  
  • Wicking Material Porosity—porosity is too high (not dense enough), leading to liquid seeping through the wicking material and leaking out of the bottom of the cartridge.  
  • Rheology of Liquid is Too Thin—the viscosity is too low, the elastic modulus is non-Newtonian, the shear rate is too low, or the tensile modulus is non-Newtonian or too high. 

#2 Failure: Clogs  

Lack of wicking material saturation is due to:  

  • Cartridge Feed Hole Diameter—aperture is too small for liquid rheology.  
  • Wicking Material Porosity—porosity is too high (too dense), leading to liquid not sufficiently saturating the wicking material, which presents as a dry hit.   
  • Rheology of liquid being too thick—viscosity is too high, elastic modulus or tensile modulus is non-Newtonian, shear rate is too high.  

#3 Failure: Hardware Issues  

Cartridge Feed Hole Diameter  
  • Feed holes too large or too many—flooding of the wicking material in the atomization chamber.  
  • Feed holes too small or too few—poor saturation of the wicking material in the atomization chamber, leading to dry hits, which can be harmful. 
Coil-Wicking Material Selection

Ceramic  

  • Ceramic particles can be emitted if the coils are not well washed/sintered before installation, leading to nano-particulates in the vapor stream.  
  • Porosity (see below)  

Rayon  

  • Density (see below)  

Cotton  

  • Same issues as rayon wicking.  
Coil-Wicking Material Porosity/Density   
  • Porosity is too high (not dense enough)—liquid flows too easily through and saturates the atomization chamber, leading to leaks through the 510-thread or clogs through the center post.   
  • Porosity is too low (too dense)—liquid does not flow easily or saturate the atomization chamber, leading to dry-hits or the emission of harmful constituents due to elevated vaping temperatures.
510-Thread Inlet Air Hole Feed Size  
  • Too large—leads to leakage related to improper rheology, making liquid too thin.  
  • Too small—alters the ability to generate sufficient amounts of vapor, leading to dry hits, which can be harmful.  
Center Post Diameter
  • Too small of a diameter leads to clogs from non-atomized liquid and a noticeable pressure drop.
Center Post Venturi-Effect Pressure Drop and Airflow  
  • Buildup of excess liquid that was not vaporized in the center post, leading to clogs.   
  • Rheology is too thin, leading to leaks.  
Cartridge Reservoir Size and Head-Pressure
  • Too large—can lead to too much head pressure, flooding the wicking material in the atomization chamber, and is a major cause of leaks.  
  • Too small—can lead to a lack of head pressure and dry hits due to a lack of liquid feed into the coil-wicking material in the atomization chamber.  

  

#4 Failure: Liquid-Based Issues 

  • Batch-by-batch variation of oils—when distilled in different batches, the rheology of cannabis/hemp oils can vary greatly from previous batches.   
  • Batch-by-batch variation of terpenoids and flavoring components—terpene products, especially in live resin formulations, can vary greatly.   
  • Measurements and mixing during liquid product assembly—a single variation in standard operating procedures can disrupt the balance between liquid rheology and hardware. 

#5 Failure: Filling and Capping Parameters and Execution 

  • Flooding of the Cartridge Coil—high fill temperature, unreasonably fast fill speed, or an improper fill angle leads to fast flooding without air gaps next to the coil-wicking material.  
  • Insufficient Fill Volumes—overfilling of cartridges forces solution into the coil-wicking material before negative pressure is initiated by standard vaping conditions.  
  • Clogging—poor saturation of the cartridge leads to capping failures from the application of caps without correct pressure leading to air gaps in the seal at the cap.
Vape-Jet 4.0 | The Most Advanced Fully-Automatic Vape Cartridge Filling Machine - Click to Learn More

Joining Forces: Vape-Jet x N.N. Analytics

Understanding the reasons vape cartridges fail is crucial to creating and producing a high-quality and reliable product. Whether it is due to hardware selection, leaks, clogs, hardware issues, or improper coil-wicking material selection, having the right knowledge and resources can help prevent common vape cartridge failures.  

But where do we go from here?  

Stay tuned for our next article where we discuss practical solutions to overcome these common vape cartridge failures and provide guidance for achieving enhanced product performance and a smoother vaping experience. If you’re looking to optimize your vape cartridge formulations, minimize returns, and achieve better results, you’re in the right spot. 

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Need some help taking your vape cartridge filling performance to the next level? Reach out to our crew and learn how Vape-Jet can provide next-level products for your customers.  

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Automation Uncategorized Vape-Jet

Industry Insight: A Look at Automation in Cannabis

Automation in the Cannabis Industry

The cannabis industry has experienced rapid growth in recent years, and as it continues to expand and mature, automation is becoming an increasingly important aspect of production. Automation not only allows for more efficient and precise operations, but it also has the potential to significantly reduce labor costs and improve overall profitability. One area of cannabis production where automation is particularly promising is in the filling of vape cartridges, pods, disposables and other devices. 

The vape cartridge market has exploded in recent years, and it shows no signs of slowing down. Vape cartridges offer consumers a convenient and discreet way to consume cannabis, and as a result, they have become a popular choice for both recreational and medical users. However, filling vape cartridges by hand can be time-consuming and prone to errors, which is where automated vape cartridge filling machines like the Vape-Jet and Jet Fueler come in. 

The Benefits of Automated Vape Cartridge Filling Machines 

Automated vape cartridge filling machines are designed to fill vape cartridges with a precise amount of cannabis oil including distillate, live resin, rosin, and more. These machines are equipped with a range of advanced features to ensure accuracy and consistency. With the Vape-Jet 4.0 specifically, this includes precision dispensing, multi-zone temperature control, and the ability to adapt to a variety of different oil viscosities and formulations. 

One of the primary benefits of automated vape cartridge filling machines is increased efficiency. These machines can fill cartridges much faster than manual methods, allowing producers to fill a higher volume of cartridges in a shorter amount of time. This can be particularly beneficial for companies looking to meet high demand or to quickly ramp up production for new product launches. 

In addition to increased efficiency, automated vape cartridge filling machines can also significantly reduce labor costs. These machines can operate continuously with minimal supervision, allowing producers to significantly reduce their labor force or to reassign employees to other manual tasks. For example, one operator can simultaneously run up to four Vape-Jet units. This can be particularly beneficial for companies operating in states where labor costs are high, as automation can help to offset these costs and improve overall profitability. 

Fernway facility: Vape-Jet fully automated vape cartridge filling machine
Learn more about how brands like Fernway have scaled quickly and efficiently with Vape-Jet.
Fernway facility: Vape-Jet fully automated vape cartridge filling machine

Automated vape cartridge filling machines are also able to improve the accuracy and consistency of the filling process. Vape-Jet filling machines are equipped with precise dispensing mechanisms that ensure that each cartridge is filled with the exact same amount of liquid, with an unmatched repeatability rate of ±0.25%. This can be particularly important for companies producing vape cartridges for the medical market, where precise dosing is critical. 

Another benefit of automated vape cartridge filling machines is the ability to handle a wide range of oil viscosities and formulations. Many cannabis oils and concentrates have different viscosities and require specialized filling equipment to ensure that they are accurately and consistently dispensed. Vape-Jet automated filling machines can handle a wide range of viscosities and formulations, allowing producers to expand their product line without the need for multiple filling systems. In fact, with Vape-Jet‘s configuration profile feature operators can save premade settings for each formulation, batch or hardware and simply load it from the library to begin filling. This saves them even more time and ensures a consistent and reliable fill. 

Potential Challenges of Cartridge Filling Automation 

As with any new technology, there are also potential challenges to the adoption of automated vape cartridge filling machines. One of the main challenges is the initial cost of purchasing and installing the equipment. These machines can be expensive, and producers may need to invest in additional equipment such as packaging machinery to fully automate their production process. (If the initial investment is a financial concern, we offer an upgrade path from our semi-automatic Jet Fueler to our fully-automatic Vape-Jet so you can grow your automation as you scale your operation. Reach out to our crew for more information on this offer.) 

Another potential challenge is the learning curve associated with operating and maintaining automated filling machines. These machines can be complex, and producers may need to invest in training and support to ensure that they are able to effectively operate and maintain the equipment. Vape-Jet CEO Ryan Hoitt calls training one of the “hidden costs” of automation. He says “The cost of training personnel on complex mechanical automation machines can be high. However, Vape-Jet overcomes this hidden cost by building the operating procedure into the user interface. Users always have the most up-to-date reference information available immediately, lessening the need for extensive training.” Our machines also come backed by our industry-leading product support, including a one-year renewable warranty that covers installation, training and support.  

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Read more about our product support on our blog.

Despite these potential challenges, the future of automation in cannabis production looks bright, and automated vape cartridge filling machines are likely to play a significant role. As the cannabis industry continues to grow and mature, automation will become increasingly important for improving efficiency, reducing labor costs, and ensuring the accuracy and consistency of products. Producers who can effectively integrate automation like Vape-Jet into their operations will be well-positioned to succeed in this rapidly evolving industry. 

To learn more about how embracing Vape-Jet automation can bring success to your operation, check out these customer features: 

Think Automation is a Thing of the Future? 

This article was written by an AI copywriter. The future is now, so join the revolution or risk getting stuck in the past. If you’re ready to integrate automation into your workflow reach out to our crew with your questions to see what Vape-Jet automation solutions can do for you. 

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