Homogenization in the Cannabis Industry: Why It Matters

Posted by Jen Hug on Jun 26, 2019 9:00:00 AM

homogenization in the cannabis industryLegal cannabis consumption is sweeping the nation. Today, 33 states (including Washington, DC) permit marijuana to be used medicinally, with 11 of them allowing it also to be used recreationally. This doesn’t mean that just anyone can start growing, manufacturing and selling cannabis products in these areas. Strict laws and ordinances exist at both state and local levels that regulate cannabis cultivation, production and distribution. Thus, each cannabis product meant for legal sale in the U.S. must first undergo analysis by a state-licensed lab. These labs test for potency (active amounts of THC and CBD), as well as safety, screening samples for possible contaminants such as pesticides, mycotoxins, heavy metals, residual solvents, bacteria and other possibly harmful analytes. Only if a product meets all compliance requirements is it released for distribution and sale. Take a look at how homogenization helps the cannabis industry comply with state laws so that patients and recreational customers alike have access to high-quality cannabis products:

 

But First, What is Homogenization?

Homogenization is the process by which the components of a substance are each broken apart into particles that are equal in size and structure and then thoroughly mixed back together. Such a process ensures that a sample maintains the same molecular composition in each of its segments should it ever be divided.

 

How is Homogenization Used in the Cannabis Industry?

Homogenization is critical for the manufacturing and the testing of cannabis-related products.

 

Manufacturing

During the production of cannabis products (including, but not limited to, oils, edibles, concentrates, solids and liquids), homogenizers reduce the size of cannabis particles, standardize their composition and disperse them evenly across the final product. Having small, uniform cannabis particles equally distributed throughout a sample guarantees:

           

  • Increased Bioavailability - Small particles maximize surface area and allow for increased dissolution and absorption of the active ingredient by up to 75%.

 

  • Reduced Need for More Active Ingredient - Because more active ingredient is able to be absorbed, less is needed to make an effect.

 

  • Faster User Response - And a better active ingredient that dissolves quickly means users feel a faster response, as well.

 

  • Better Appearance (and Taste, When Applicable) - Properly mixing a product makes it look (and taste) better.

 

  • Longer Shelf Life - Homogenization combines a product’s particles so effectively that they can’t separate, creating goods that last longer.

 

Testing

Homogenization is also critical for the testing and analysis of cannabis products. In order to assess potency and search for certain analytes, lab technicians must first homogenize a cannabis sample so that all its particles are evenly dispersed and can be trusted as an accurate and reliable representation of the cannabis product as a whole. Properly mixing a sample especially helps labs verify the concentration of cannabinoids and terpenoids, those ingredients that most influence a cannabis product’s overall efficacy. Furthermore, homogenization enables the effective grinding of a sample so that further assay testing can occur.

 

Want to Learn More?

The burgeoning cannabis industry is strengthened by the homogenization process. To learn how you can use homogenizers for cannabis products, contact our team at BEE International. Our proprietary high pressure homogenizers guarantee cannabis products that are effective, safe and profitable.

 

You might also like to download our free eBook, “3 Reasons Why High Pressure Homogenizers Are The Right Choice for Nano Cannabinoid Formulations,” for additional information regarding the value of homogenization for the cannabis industry.

 

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When is the Right Time to Purchase an Industrial Homogenizer?

Posted by David Shechter on Jun 12, 2019 9:00:00 AM

Industrial HomogenizerIn manufacturing terms, bigger is often better, especially if you’re talking about the equipment that companies need to process the products they sell. Indeed, profitability frequently depends on a company’s ability to meet consumer demand while simultaneously maintaining quality and safeguarding costs. Many accomplish this by utilizing large capacity processing equipment to render bigger outputs in less time. By increasing product volume, decreasing manufacturing duration and maintaining the integrity and reliability of both via automated (not manual) processes, companies in all types of industries can generate bigger financial gains.

 

For those industries tasked with creating homogenized products, large scale equipment can facilitate better micronization, better mixing and better scalability (i.e., better overall results). If you’ve ever struggled to meet the demands of your customers or to verify the accuracy, efficacy, constancy and consistency of your products, then investing in an industrial homogenizer will likely solve a lot of your problems. Here’s how you’ll know it’s the right time to purchase an industrial homogenizer:

 

You Have High Product Demand

Industrial homogenizers are created specifically for bulk processing. Whereas laboratory homogenizers are perfectly capable of (and generally preferred for) handling small batch loads, industrial homogenizers can accommodate large quantities of materials, making it easier for companies to process a lot of product in less time. If you’ve moved past the initial research and development stage and have a final product to mass produce, it’s the right time to buy an industrial homogenizer.

 

You Need Flexibility for Processing

An industrial homogenizer is usually more versatile than a laboratory homogenizer, with advanced options available for tailoring processing functions according to individual need. At BEE International, our industrial homogenizers incorporate our patented Emulsifying Cell (EC) technology, a linear process that guarantees scalability of results each and every run. Our machines also include proprietary software, the “most advanced, reliable, and versatile intensifier technology on the market” and an automation system that allows for continuous operation, advanced data collection and integration with plant controls, generating countless opportunities for customization.

  

You Want To Minimize Costs

Bigger machines can cost more and warrant more maintenance. However, our DeBEE 4000 industrial homogenizer model comes equipped with hydraulically-driven vertical intensifier pumps that effectively lower maintenance costs and a “unique CIP position [that enables] flow through the high pressure cylinder for faster and more thorough cleaning.” Both of these features help keep our machines running smoothly and cleanly. Oftentimes, smaller homogenizing systems become overstressed trying to accommodate the processing of an unrealistic load. This not only wears out the machine’s mechanics, it requires more labor, more maintenance and probably more repair, all factors that accumulate more expense in the long run. A BEE International industrial homogenizer can mitigate that problem.

 

You Must Verify Safety Compliance

Manufacturing plants are required to adhere to certain sanitary and safety guidelines. Thus, most industrial homogenizers support compliance with FDA, CGMP and 3-A standards. Our BEE International industrial homogenizers offer this feature, as well as additional ones meant to make cleaning machine parts easier and more effective so that you can adhere to industry standards with minimal disruption to the production process. You should purchase an industrial homogenizer if you are required to verify any trade and/or government guidelines.

 

Want to Learn More?

Homogenizers are essential expenses for companies needing to homogenize and/or reduce the size of the particles in their product(s). Industrial homogenizers, in particular, can help large companies meet manufacturing demand, validate quality and ensure product stability and performance. All our equipment comes with a two year warranty to further protect your investment, your time and the trust of the people you serve. Contact us to learn more.

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What is a Polytron Homogenizer?

Posted by Deb Shechter on May 29, 2019 10:27:50 AM

Polytron HomogenizerIn the world of homogenizers, it’s a lot like Shakespeare’s Juliet said: “A rose by any other name would smell as sweet.” Depending on where you are and who you are, you might call a homogenizer a sonicator, a lysor, a bead mill, a high shear mixer, a disperser or a tissue tearor. You might even call a standard blender or whisk a homogenizer. Sometimes, people refer to all homogenizers by the brand name Polytron® (much like many call all tissues “Kleenex®”), and sometimes they specify the kind of homogenizer according to the type of force it supplies, like a mechanical, high-pressure or ultrasonic homogenizer. In the end, however, all these names refer to the same basic piece of equipment that is used by laboratories and in industrial processes to disrupt and blend the components of a product.  

 

But just because there are multiple ways to say “homogenizer,” it doesn’t mean each homogenizing application isn’t specific in some way. Indeed, the preferred way of referencing a homogenizer usually points to how it will be used, making it especially important for you to understand the differences in homogenizing applications.

 

For instance, in industry talk, a Polytron® homogenizer indicates a specific brand of immersion dispersers, which uses a rotating blade to dissolve solid particles in a liquid substance. Thus, “polytron homogenizer” is often used to reference a homogenizer being used with plant and animal matter in a lab setting. Similarly, “cell lysors” and “tissue tearors” are terms most likely used in biotech applications where it’s important that users maintain the cellular integrity of the products they’re manufacturing and/or studying.

 

The term “high shear mixer,” on the other hand, is more often used when discussing homogenizing processes for the food /beverage and chemical industries, where the mixing part of the homogenizing process is seen as being more emphasized than the disruption part (whether it’s true or not). In much the same way, you might talk about “bead mills” to indicate homogenizers used in industrial settings since they can accommodate the grinding of solid samples without a liquid.

 

Want to Learn More?

Choosing the right term to indicate each type of homogenizer is often confusing: Do you need a disperser? Do you call it a polytron homogenizer? And what about bead mills and all the other options? Add in the multiple ways in which each homogenizer can be applied, and you can quite easily become overwhelmed with possibilities! If you need assistance determining the right equipment for your needs, contact our team at BEE International. We offer a range of laboratory, pilot and industrial homogenizers that can effectively provide:  

 

Our proprietary and patented Cell Emulsifying System guarantees a customizable combination of homogenizing forces for optimal results and reduced costs. In addition, we offer stellar service, warranty support and preventative maintenance programs, benefits that enable you to maximize your time and resources and enhance the lives of the people you serve.

 

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High Pressure Processing Equipment 101: What You Need to Know

Posted by Jen Hug on May 16, 2019 12:01:21 PM

High Pressure Processing EquipmentHigh pressure processing (HPP) is a pasteurization method by which parasitic and microbial contaminants (such as bacteria, viruses, fungi, etc.) are deactivated with pressure rather than heat. Also known as pascalization, HPP provides many benefits over traditional pasteurization techniques. It not only effectively pasteurizes food samples while preserving their nutritional quality, flavor and texture (elements often diminished or otherwise negatively affected when exposed to high temperatures), but it can lyse cells and reduce the particle size of substances, as well, making it especially valuable for industries beyond the food and beverage one. Here’s a quick run-down of what you need to know about high pressure processing equipment:

 

HPP Equipment Applications

As mentioned, high pressure processing equipment can be (and is!) used for more than pasteurizing food items. In addition to extending the shelf life, quality and appearance of food products for the food and beverage industry, HPP equipment also helps the chemical, biotech and pharmaceutical industries (among others) process and maintain their own samples with maximum results.

 

HPP Equipment Benefits by Industry

High pressure processing equipment (or “homogenizers,” for short) allow different industries different advantages:

 

Food and Beverage Industry

For the food and beverage industry, HPP equipment permits simultaneous pasteurization and homogenization, breaking apart and thoroughly mixing a sample while at the same time destroying all of its pathogens so that final food products last longer, taste better and have more nutrients than those processed via other means.

 

Chemical Industry

In chemical applications, HPP equipment helps to create more stable emulsions and dispersions by effectuating a tighter distribution of smaller-sized particles, increasing the surface area of a sample’s particles so that improved chemical reactions can occur more quickly and without the disruption of existing particle morphologies or the need for volatile organic compounds (VOCs). Specifically, HPP equipment can aid in the manufacture of acrylic and solvent-based polymers, adhesives and pastes, carbon nanotubes and more. 

 

Pharmaceutical Industry

The pharmaceutical industry uses HPP equipment in order to tailor the mixing process across all stages of a drug’s development: R&D, clinical trials, FDA approval and manufacturing. With BEE International homogenizers, specifically, researchers and manufacturers alike can vary the forces applied to each product formulation, ensuring micro and nano emulsions and dispersions that guarantee longer shelf life, better bioavailability and increased digestibility (where indicated). Our high pressure processing equipment also includes proprietary software and customizable features, making it easier for our customers to modify their research and production procedures no matter the sample size, and ensuring reliable and consistent results in fewer passes that always scale up when necessary.

 

Biotech Industry

And because the biotech industry uses living organisms to make products, biotech companies often need high pressure processing equipment to help them rupture cell membranes without compromising cell contents. Too often, chemical or other mechanical cell lysis methods (like freezing or autoclaving), can either destroy essential cell components and/or be too time consuming to be beneficial in any way. High pressure homogenizers allow them to work with microorganisms, as well as plant and animal tissues, effectively breaking down cellular walls and reducing particle size so that the integrity of the cells is always maintained.

 

The Bottom Line

High pressure processing equipment can save companies valuable time and countless resources, advantages that also save them money! At BEE International, our proprietary homogenizing systems have the added benefit of being fully customizable, further compounding their efficiency and making them compatible with any industry needing to break apart and/or mix substances. Contact our team to learn more.

You might also wish to download our free eBook, “7 Key Factors to Consider When Choosing a Cell Lysis Method,” for additional tips on matching your needs with the right high pressure processing equipment.

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Homogenizer Mixer: 3 Benefits for Your Application

Posted by David Shechter on May 2, 2019 4:43:57 PM

homogenizer mixer benefitsMixers come in a variety of shapes and sizes, from the common wire sauce whisks found in most home kitchens to the large drum mixers used in many industrial plants. Choosing one type over the other really comes down to what and how much you’ll be mixing, as well as how often you’ll be doing it. For example, a whisk is an appropriate tool for mixing cake batter, but you’d never try to mix cement for your new patio with one. And if you own a commercial bakery, you’d probably want an electric heavy-duty floor mixer that’s capable of stirring enormous amounts of ingredients day after day instead of a tiny whisk you have to beat yourself.

Another type of mixer is the high pressure homogenizer. At BEE International, our homogenizers pull product through a proprietary system that produces a constant pressure up to 45,000 PSI and pumps out a “high-velocity jet strong enough to cut metal.” The jet then enters our patented “Emulsifying Cell (EC)” and combines with other forces to yield a final product that is thoroughly broken apart and blended. Unlike other types of mixers, a BEE International homogenizer is versatile across many different applications. Here’s why:

Smaller Particle Reduction

Different mixers use different forces to break apart particles. For example, stirrers and agitators use turbulence; sonic mixers use cavitation; high shear mixers use shear; bead mills use impact; and high pressure homogenizer mixers use pressure. High pressure homogenizer mixers effectively reduce product particle size on their own, outputting products with better sensorial and biophysical properties with longer shelf lives. However, BEE International homogenizer mixers combine high pressure with all of the aforementioned forces, facilitating a gentler cell disruption and even smaller particle reduction than any other one mixer type. Operators can adjust the duration, intensity and type of forces used in the mixing process, ensuring that the cell walls of different biological materials are lysed in ways that preserve their intercellular components and

create a "tighter distribution of smaller particles [...] in fewer passes." This not only improves manufacturing efficiency, it reduces manufacturing costs!

Stable Emulsions and Dispersions

In addition, high pressure homogenizer mixers are so adept at reducing particle size that they also more successfully combine materials that don’t normally mix. The unique variety of forces used in BEE International homogenizer mixers especially combine to generate clearer nanoemulsions in all liquid products (emulsions) and more uniform distribution of solids within “liquid solutions, suspensions and colloids” (dispersions). Other mixers that only use one type of force can’t get particles small enough to enable that benefit.

Improved Pasteurization Results

Similarly, while high pressure homogenizer mixers can be used to remove pathogens from various types of food, BEE International homogenizers have the added benefit of allowing hold times under pressure to be customized. This means manufacturers can achieve maximum pasteurization results for a variety of products with only one machine. It also means operators can target specific organisms by applying the least amount and length of pressure necessary to kill each one, thereby preserving other vital components of the final food product for better taste, nutritional value and appearance.

Want to Learn More?

High pressure homogenizer mixers offer manufacturers and researchers a variety of benefits. They produce stable products with longer shelf lives, improved bioavailability and better rates of dissolution. And they do it with less waste and less resources since high pressure homogenizer mixers require less chemical and thermal processing to achieve maximum results. If you want to save time and money while still making superior products, contact our team at BEE International. We are industry leaders in quality homogenizing systems and can help you pick the right equipment for your own distinct needs.

You might also wish to download our free eBook, “How to Achieve Efficient & Consistent Particle Size Reduction,” for more tips on maximizing your manufacturing processes (as well as your ROI) with high pressure homogenizers.

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3 Common Problems High Pressure Homogenizers Can Solve

Posted by Jen Hug on Apr 11, 2019 11:30:00 AM

Problems High Pressure Homogenizers Can SolveHigh pressure homogenizers use pressure to force cell suspensions through narrow channels which break cellular bonds (also called cell lysis) and create uniform particles that are easier to manipulate. It enables businesses across a wide variety of industries (such as the pharmaceutical, chemical, biotech and food ones) to make products that are more stable and, thus, more reliable. Take a look at three common problems that high pressure homogenizers can solve for businesses needing to effectively disrupt cells as part of their manufacturing and/or laboratory processes:

Consistency

All industries, whether they make ice cream or sell flip flops or test medical vaccines, must maintain consistent product output or risk losing the public’s confidence (i.e., money). This means that each of their products and processes must be reproducible in the same way every time. And for many cosmetic, food and chemical businesses (to name just a few), it can also mean that each of their products has a physical consistency (viscosity) that is pliable and appropriate for its intended use. By using high pressure homogenizers with customizable controls, manufacturers and scientists alike are guaranteed uniform particle sizing. This necessarily yields products with the same ingredients and the same textures/densities with each manufacturing run, a great solution for a “constant” problem. 

Quality

Consistency is also unavoidably tied to quality. In the pharmaceutical industry, especially, it can be the difference between life and death. Often manufacturers and/or scientists encounter quality issues stemming from subpar materials and/or subpar processing. To solve these types of problems, they can use high pressure homogenizers which consistently deliver the same size and number of particles in any solution. Furthermore, high pressure homogenizers also effectively reduce particle dimension and tighten particle distribution, thereby ensuring that final products have less waste and more reliable ingredients. It’s critical for people needing drugs that actually have the right amount of active ingredients in them. And even when our lives don’t depend on it, it’s nice that we can buy mayonnaise that doesn’t separate and lotion that’s easily applied!

Cost

Finally, one of the biggest challenges facing businesses is how to reduce expenses and increase ROI. High pressure homogenizers have several features that make them the solution of choice for this problem. For instance, high pressure homogenizers so successfully reduce the size of and disperse particles that companies needing to mix ingredients in order to make a product can do so with a lot fewer processing passes. Fewer passes save companies both time and money.

In addition, most high pressure homogenizers are also capable of processing high volumes with higher yields than other options. And our patented high pressure emulsifying system here at BEE International further ensures that products made with our machines are more stable with longer shelf lives, creating long-lasting items that consumers feel confident buying and using. Finally, our high pressure homogenizers are easy to use, clean and service, compounding their value since less time, money and effort are spent on their maintenance. 

Learn More Now

These are just a few of the problems that high pressure homogenizers can solve. If you would like to learn how a high pressure homogenizer can streamline your manufacturing process and help you deliver superior quality and value to your customers and clients, contact our team at BEE International. We can help you better understand the various benefits of high pressure homogenization in all its applications.

 You might also like to download our free eBook, “How to Achieve Efficient & Consistent Particle Size Reduction,” for additional information.

 

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Homogenizer Basics: Everything You Need to Know

Posted by Jen Hug on Mar 28, 2019 11:01:00 AM

Homogenizer BasicsHomogenization is the process of breaking apart one substance (a gas, liquid or solid) and mixing it into another (usually liquid) one with which it normally wouldn’t combine. It’s not a particularly complicated concept, except when you consider the fact that it relies on one or more external sources of energy exerting the necessary force to break the substance(s) apart, often into nanoparticles. Many industries utilize homogenization to facilitate more stable mixtures with better bioavailability, controlled consistencies and longer shelf lives. The type of equipment they use to supply the force they need — called a homogenizer — directly depends on the type of substances being mixed, as well as the finished product’s intended use. Here’s a quick overview of everything you need to know about homogenizers on the market today:

Types of Homogenizers

There are many types of homogenizers, ranging from common kitchen implements like mortars and pestles and blenders to more sophisticated equipment like bead mills and cell lysers. They are classified according to the type of force they supply, with the most basic ones being:

  1. Mechanical Homogenizers - which make use of turbulent agitation, stirring, shearing and/or impact to effectuate the breakdown and mixture of substances. Specific examples of mechanical homogenizers include bead mills, rotor-stator homogenizers and blade homogenizers.

 

  1. High-Pressure Homogenizers (HPH) - which force pressurized cell suspensions through small tunnels or holes in order to disrupt their bonds. Many of these types of homogenizers also include some sort of high velocity impact of the product (in addition to pressure) to better ensure cell disruption.

 

  1. Ultrasonic Homogenizers - which combine extreme sonic pressure waves with low temperatures in varying types of vessels to form microbubbles that eventually implode (also called cavitation), breaking covalent bonds and prompting the blending process.

 

How Homogenizers are Used

As discussed, homogenizers are used in a variety of industries for a variety of purposes. Some of the most common ones are:

  1. Food and Beverage - Food and beverage manufacturers rely on homogenizers to improve the stability and appearance of their products. The homogenization process keeps milk from separating into cream and other liquid and viscous substances (like orange juice, milk, mayonnaise, salad dressings and yogurt) from dividing back to their individual parts.

 

  1. Biotech Industry - The biotech industry includes those companies that make products out of living organisms. These types of businesses, mostly concentrated in the medical and agricultural fields, work with microorganisms (like bacteria, fungi and viruses), as well as plant and animal tissues, to modify crops and livestock, create and test medicines and engineer biofuels. They use homogenizers to lyse cells, reduce particle size and create micro and nano particles for both research and production objectives. Specially, homogenizers help ensure that biotech processes consistently maintain scalable results while always preserving the integrity of cell contents.

 

  1. Pharmaceutical and Chemical Industries - Whether they use chemicals to manufacture drugs, plastics or other products, both pharmaceutical and industrial chemical companies need homogenizers to help them break apart one substance so that it can be evenly dispersed into another one. Not only does this facilitate easier and more uniform mixing, it creates a final product with “a tighter distribution of smaller particles." This increases the bioavailability and lengthens the shelf life of pharmaceutical products, and it increases conductivity and improves surface cohesion of products used for industrial chemical applications. Indeed, chemical products of all kinds, from life-saving medications to paint, need homogenizers to effectively blend product particles, sustain uniformity and cut down costs.

 

The BEE International Difference

Most homogenizers utilize only one type of force, but BEE International homogenizers combine high pressure with turbulence, cavitation, impact and shear forces to maximize the time, energy and money of the companies who use them. Our patented Emulsifying Cell (EC) technology guarantees scalability of results with customizable options that can be effectively programmed for hundreds of applications. Contact us to learn how our proprietary processes can improve your products, as well as your bottom line.

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5 Benefits of Developing a Cannabis Product with High Pressure Homogenizers

Posted by Tal Shechter on Mar 15, 2019 2:12:00 PM

Developing Cannabis Products with High Pressure HomogenizersThe legalization of cannabis use in places like Canada and many U.S. states over the last few years is changing the way cannabis manufacturers make their products. To remain competitive in a burgeoning market, they are being forced to differentiate themselves in some way. The smart ones are simply making superior products. More than snazzy marketing, quality products encourage trust between consumer and company that often translates into repeat sales. One of the best ways cannabis manufacturers can insure their products’ superiority is by using a high pressure homogenizer (HPH) during the manufacturing process. Long considered a necessity in many food, pharmaceutical and chemical applications, HPHs offer the best solution for particle size reduction and uniform mixing. Take a look at why cannabis manufacturers believe this matters:

Increased Bioavailability

High pressure homogenizers are adept at breaking apart substances. And our patented BEE International homogenizers compound this efficiency with specialized cannabis-specific homogenizing agents that reduce cannabis particle size even further. Breaking the cannabis into the smallest pieces possible maximizes the surface area of the cannabis as a whole, which increases the rates of dissolution and absorption (i.e., the bioavailability) of the active ingredient by up to 75%.

Reduction of Active Ingredient Amount

Increased bioavailability also means less active product is needed for the same effect. Because high pressure homogenizers reduce cannabis particles and mix them together so well, the final cannabis product is uniform throughout the whole of its composition, ameliorating disparate concentrations of its active ingredient and allowing maximized absorption to occur. If there’s more active ingredient being absorbed, you don’t need to use as much.

Reduction of Response Time

Similarly, HPHs reduce the amount of time it takes for cannabis products to take effect. They create such small particles of active ingredient that are easier to dissolve. And faster dissolution equals faster response.

Increased Shelf Life

High pressure homogenizers create more stable mixtures than lower shear mixers. They so effectively combine particles that the particles don’t separate, even after a certain amount of time. Thus, you can store cannabis products that have been homogenized using high pressure longer and still remain confident of their stability and their efficacy.

Better Appearance and Taste

Finally, high pressure homogenizers ensure that cannabis products always look and taste the same. When ingredients are properly combined, you can’t differentiate their individual parts. Cannabis-infused lotions will appear smoother and more homogenous, and edibles will be uniform in texture and test. These are all important qualities. If manufacturers create products that always look and smell and taste the same, then consumers can trust them with each and every purchase, making it easy to come back for more.

Need More Information?

High pressure homogenizers enable the precise particle size reduction and mixing of many types of substances. They are especially beneficial for cannabis manufacturers who need to guarantee the potency, consistency, efficacy and appearance of the products they make. Our patented and proprietary high pressure homogenizers here at BEE International allow for automated and continuous operation and feed. Our machines are sanitary and temperature-controlled with the capacity to immediately scale up or add secondary products. If you need help determining the best high pressure homogenizer for your own processes, contact our team. We can help you match the right product to your needs.

To learn more about CannaBEE, download our free eBook, “3 Reasons Why High Pressure Homogenizers are the Right Choice for Nano Cannabinoid Formulations." In it, we provide information about our customized homogenizing solutions specifically designed for the cannabis industry. New call-to-action

What Makes a Great Homogenizer Manufacturer?

Posted by Tal Shechter on Feb 18, 2019 2:45:58 PM

homogenizer manufacturerThere are over a hundred homogenizer manufacturers in the U.S. alone. Choosing the right one depends on your understanding of what you really need and a manufacturer’s ability to deliver it. Here’s a quick look at six features that great homogenizer manufacturers should always guarantee:

  • Consistency


It should go without saying: a great homogenizer manufacturer has a proven track record of producing high-quality machines that yield the same results time after time. Homogenizers aid processes across several industries, many of which manufacture life-altering products; companies in the pharmaceutical, food, chemical and biotechnological sectors, especially, rely on homogenizers to process products that are reliable and accurate every time.

  • Scalability


In addition, results should always scale-up from initial testing to meet final manufacturing demand. Great homogenizer manufacturers verify that their equipment produces the same results regardless of product load.

  • Efficiency


Great homogenizer manufacturers also ensure that their machines are efficient, creating a product in the fewest number of passes and/or offering accessories that improve laboratory, pilot and industrial operations when needed. The ability to customize their homogenization processes is especially important for businesses wanting to maximize budgets and save time.

  • Durability


Businesses need equipment that is durable, continuing to operate at full capacity for the longest time possible. Homogenizer manufacturers must create machines that are easy to clean, maintain and repair.

  • Safety and Security


With changing regulations and mounting privacy concerns, it’s more important than ever that businesses safeguard both their operators and their practices. Homogenizer manufacturers should implement safety features into their equipment and provide homogenizer software that is secure, programmable and responsive, assuring the privacy of data and alerting operators when maintenance needs or other issues arise.

  • Testing, Installation and Training


Finally, great homogenizer manufacturers allow opportunities for the testing of equipment before purchase and deliver ongoing customer service afterwards. A relationship with a homogenizer manufacturer should extend far beyond point of sale with warranties and support offered throughout the life of the machine.

 

Are You Ready to Learn More?

At BEE International, our patented Emulsifying Cell (EC) technology enables our homogenizers to deliver reliable, scalable results. Using multiple forces (rather than the usual one of many other homogenizer manufacturers), our equipment effectively enables high pressure pasteurization and ruptures cells, reduces particle size and creates dispersions and micro/nano emulsions. Researchers and manufacturers around the world trust our products to make everything from life-saving medicines to soup. Contact us to learn more about the other features that set us apart from the competition, making us the right homogenizer manufacturer for you, too. 
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Particle Size Reduction Equipment: Why Homogenizers Stand Out

Posted by David Shechter on Feb 9, 2019 10:00:00 AM

particle size reduction equipmentReducing large materials into smaller ones is a common and often necessary occurrence in the natural world. From the earth itself eroding to food being digested to rocks being broken into tools, the physical process of reducing something into smaller bits frequently permits advantages (or wonders!) that otherwise wouldn’t exist. Take, for instance, the splendor of the Grand Canyon or the awe-inspiring fact that our bodies can break apart food and air and water into life sustaining nutrients or the many ways humans have made valuable tools from rocks and wood and other resources. Indeed, the world’s very first tool — the hammerstone — was made by ancient hominids and served a purpose not unlike today’s own particle size reduction equipment: to turn something bigger into something smaller.

Modern particle size reduction equipment is categorized according to four basic types:

  • Crushers - which break apart large particles into smaller ones
  • Grinders - which further crumble crushed particles into powder
  • Ultrafine Grinders - which pulverize ground powder into pieces 1-50 micrometers in size
  • Cutters - which yield particles of a specific shape and size

Considering product hardness, consistency and volume (many machines are better suited for certain capacities), companies may use one or more of the equipment types. Many pharmaceutical companies, for instance, opt for ultrafine grinders that can reduce active pharmaceutical ingredients into superfine particles to increase bioavailability. Baby food and soup manufacturers, on the other hand, might need cutting capabilities to ensure that all food pieces in their products are similarly sized. Some manufacturers might use crushing techniques followed by grinding ones or run their products through one system multiple times. It really just depends on the overall purpose of the product being manufactured, the initial ingredient composition and how much money a company has to spend.

With all this in mind, savvy manufacturers started considering the use of high pressure homogenizers as a fifth alternative for businesses in need of particle size reduction equipment. Homogenizers effectively mix together two normally immiscible substances using high pressure. A happy result of the process: homogenizers also reduce particle size! For manufacturers looking to make an equipment investment that not only works, but works across numerous applications, a high pressure homogenizer has become a solid choice. Unlike traditional particle size reduction equipment that only makes use of one type of mechanical force, a high pressure homogenizer utilizes several different ones. And at BEE International, our proprietary system not only uses turbulence, cavitation, high shear and impact to break apart product, it also has modular components that can be customized for specific purposes. Turbulence and cavitation treatments can be altered, shear times can be reduced or lengthened and impact and intensity can be tweaked. So, just want does all this mean? 

The Benefits of Using High Pressure Homogenizers (HPHs) as Particle Size Reducers:

  1. HPHs produce tighter distribution of smaller particles.

  2. HPHs achieve better particle reduction in fewer passes.

  3. HPHs increase manufacturing efficiency.

  4. HPHs reduce manufacturing costs.

  5. HPHs help create products with longer shelf lives, increased bioavailability and improved sensorial and biophysical properties. 

Want to Learn More?

Homogenizers can be used for a lot more than milk production and laboratory tests. Manufacturers in nearly every industry can use them to accurately reduce product particle size with a flexibility unmatched by other equipment types. Contact our team at BEE International for additional information on the ways a high pressure homogenizer can streamline your manufacturing process, improve your product integrity and benefit your bottom line.

Please feel free to also download our free eBook, "How to Achieve Efficient & Consistent Particle Size Reduction,” for more tips.

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