Jaygo, Inc

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  1. Choosing the Right Sigma Blade Mixer for Viscous Materials

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    Sigma mixers, known as Z-blade or sigma kneader mixers, are specialized equipment used for the industrial mixing of viscous and sticky substances. They feature two counter-rotating blades that move within a W-shaped trough, and the trough is often jacketed to allow for heating or cooling of the materials during the mixing process. Their robust construction allows them to handle materials that are too challenging for standard mixers, ensuring optimal performance and product consistency.

    Importance of Sigma Mixers for Viscous Materials

    Because they excel at handling thick and sticky materials, sigma mixers are crucial in a range of industries. They are essential in the food, pharmaceutical, chemical, and cosmetics industries for producing items like chewing gum, dough, medicated ointments, adhesives, and chemical sealants. These mixers ensure a homogenous mix and high-quality results for even the most difficult materials, from rubber compounds to graphite pastes. By providing a thorough and consistent mixing action, sigma mixers maintain product quality in numerous applications.

    Selecting the Right Sigma Blade Mixer

    Selecting the right sigma blade mixer requires careful consideration of several factors to find one for your specific application.

    • Material viscosity. High-viscosity materials, such as adhesives and rubber compounds, require robust mixers with heavy-duty construction and reinforced blades to handle the demanding loads.
    • Blade design. While standard sigma blades are known for their shearing and kneading action, different blade profiles are available. These include dispersion or shredder blades, which are better suited for specific mixing tasks.
    • Power and speed. High-viscosity materials demand powerful motors that provide sufficient torque to ensure thorough mixing without overloading the equipment.
    • Capacity. Choose a mixer with a working capacity that accommodates your typical batch volume while leaving enough headroom for efficient mixing action.
    • Hygiene. For food and pharmaceutical applications, select mixers with stainless steel construction and smooth, easy-to-clean surfaces to ensure compliance with strict sanitation standards.
    • Vacuum capability. If your process involves air-sensitive materials or requires degassing, a vacuum-rated sigma mixer can be used to create a homogenous, air-free final product.
    • Heating and cooling. For applications requiring precise temperature control, opt for a mixer with a jacketed trough that allows for the circulation of heating or cooling media.
    • Discharge mechanism. Common options like a hydraulic tilting or screw discharge mechanism may be necessary depending on material consistency and your production workflow.
    • Installation space. Ensure the mixer’s footprint will fit within your facility, accounting for necessary ancillary equipment like feeders and conveyors.

    Partner with Jaygo for Your Sigma Blade Mixer Needs

    Choosing the correct equipment is vital for successful industrial mixing applications. The right sigma blade mixer ensures your process is efficient, your product quality is consistent, and your operational costs are minimized. At Jaygo, our team has the expertise to help you select the ideal mixer for your specific material and processing requirements.

    With over 50 years of experience, we pride ourselves on our flexibility and willingness to customize equipment to provide the best solution for our customers. To learn more about our advanced line of sigma blade mixers, contact us today.

  2. Double Planetary Mixers: When Should You Use One?

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    Double planetary mixers are industrial mixing machines used throughout the manufacturing sector. Their innovative design features multiple blades that rotate on their own axes while revolving around a central point within a fixed vessel. This planetary motion combines both radial and axial movements, ensuring materials are blended thoroughly and efficiently.

    When to Use a Double Planetary Mixer

    A double planetary mixer is the optimal solution for a variety of mixing applications. Consider using this equipment for:

    • Homogeneous mixing. Double planetary mixers’ unique blade designs ensure uniform and thorough mixing, which is vital for applications where consistency is paramount.
    • High-viscosity materials. These mixers excel at handling materials with high viscosities, such as pastes, sealants, adhesives, and similar viscosities.
    • Shear-sensitive materials. The unique mixing action is also ideal for materials that can be damaged by the excessive shear forces found in other mixers.
    • Fragile components. Double planetary mixers’ can be designed to avoid fractures or damage when a mixture contains delicate solids or hollow microspheres.
    • Abrasive materials. The design of double planetary mixers allows for the efficient mixing of abrasive materials without causing excessive wear on the equipment or affecting the quality of the mixture itself.

    Benefits of Double Planetary Mixers

    Choosing a double planetary mixer for your process provides several key advantages, including:

    • Improved quality. Planetary motion allows for more efficient and thorough mixing of ingredients, resulting in a smoother and more consistent final product.
    • Higher efficiency. Double planetary mixers optimize mixing times and energy consumption for a variety of applications.
    • Enhanced versatility. Double planetary mixers are compatible with a broad range of ingredients and can be used for anything from low viscosity creams and lotions to high viscosity putties and pastes.
    • Reduced waste. The mixer’s motion enables a more even and precise distribution of ingredients during mixing, which helps minimize hang-up.
    • Lower maintenance. Designed for durability, these mixers are built to withstand demanding industrial environments and generally require less frequent maintenance and cleaning.

    Double Planetary Mixer Applications

    Double planetary mixers are used across numerous industries for a wide range of applications.

    Food & Beverage Industry

    Food and beverage applications can use double planetary mixers for a range of purposes, including:

    • Bakery products. Double planetary mixers aid in the production of icing, batter, dough, and other bakery goods. They handle various viscosities to achieve consistent product quality.
    • Confectionery. Products like gummies, chocolates, and candies benefit from the mixer’s ability to promote the even distribution of additives while achieving a smooth texture.
    • Dressings and sauces. These mixers assist in the homogenization and emulsification process of dressings, mayonnaise, and sauces to ensure a stable, appealing product.

    Chemical Industry

    Applications of double planetary mixers in the chemical industry include:

    • Polymer compounding. These mixers effectively blend additives and compound polymers, ensuring a uniform mixture that leads to enhanced performance and product quality. Applications include silicone rubber, epoxy resins, and polyurethanes.
    • Sealants and adhesives. Double planetary mixer capabilities are invaluable for the production of sealants and adhesives, where ingredient uniformity is vital for achieving the desired bonding properties.

    Cosmetic Industry

    The cosmetic industry relies on double planetary mixers for the following:

    • Creams and lotions. Double planetary mixers facilitate the homogenous blending of emollients, oils, and active ingredients for a variety of skincare products.
    • Makeup products. These mixers play a key role in achieving consistent texture and color in different makeup products, including eyeshadows, mascaras, lipsticks, and foundation.

    Pharmaceutical Industry

    In the pharmaceutical industry, double planetary mixers are useful in the following applications:

    • Ointments and creams. A double planetary mixer can achieve a smooth, consistent texture in topical pharmaceuticals, ensuring medicinal compounds are dispersed evenly.
    • Drug formulation. Double planetary mixers blend the granules, powders, and other ingredients used in drug formulation. They maintain the uniform distribution of active pharmaceutical ingredients (APIs), which is vital for drug efficacy.

    Partner with Jaygo for Your Mixing Needs

    For more than 50 years, Jaygo, Inc. has been a trusted supplier of process equipment. Our double planetary mixers deliver robust, high-efficiency blending for industries that demand precision and consistent results. We specialize in providing personalized support and are willing to customize our equipment to provide you with the perfect mixer for your application.

    To learn more about our comprehensive line of industrial mixing solutions, contact us today.

  3. Ribbon Blenders vs. Conical Blenders: Which Is Right for Your Application?

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    From pharmaceuticals to food and from paints to adhesives, industrial blenders are an efficient way to mix ingredients with precision. Here, we’ll look at two common types: ribbon blenders and conical screw blenders.

    An Overview of Ribbon Blenders

    Ribbon blenders have two narrow metal strips, or ribbons, wound in a helix around a horizontal shaft. They are suitable for use with solids, dry materials, and slurries.

    How Does a Ribbon Blender Work?

    In a ribbon blender, the shaft and ribbons rotate over a U-shaped trough and the inner and outer ribbons move in opposite directions to facilitate blending. This creates both lateral and radial motion to blend materials uniformly. The inner ribbon moves materials toward the ends of the trough, while the outer ribbon draws material to the center for convective material mixing.

    Advantages of Ribbon Blenders

    Ribbon blenders have several benefits, including:

    • Efficient and uniform mixing. The inner and outer ribbons allow for consistent counterflow because they move in converse directions. This creates an even blend.
    • Large batch capacity. These blenders can accommodate high-volume mixing jobs, up to thousands of liters of material in some cases.
    • Cost effectiveness. Ribbon mixers have a cost-effective design that mixes efficiently. As a result they consume less energy than fluidized and high-shear bed mixers.
    • Versatility for various applications. Ribbon blenders are compatible with a variety of materials including small granules, liquids, and powders.

    Common Applications of Ribbon Blenders

    Ribbon blenders are widely used in the chemical, pharmaceutical, and food processing industries to achieve even mixing and high product quality. Common applications include:

    • Pharmaceuticals. Ribbon blenders uniformly mix products like tablet granules, capsule powders, and active pharmaceutical ingredients mixes with excipients so dosages are accurate and consistent throughout a batch.
    • Food and beverage. Ribbon blenders are sanitary and efficient so they are commonly used for flour, spices, and protein powders as well as drink formulations.
    • Chemical manufacturing. Ribbon blenders are used with resins, dry chemicals, catalysts, and polymers. Their rugged construction facilitates safe and efficient blending of reactive and abrasive substances.
    • Cosmetics and personal care products. Powdered cleansers, facial powders, and bath salts can be mixed effectively with ribbon blenders. Optional liquid addition systems allow for incorporation of fragrances and oils, as well as adjusting moisture levels.
    • Plastics and rubber. Plasticizers, fillers, and colorants are mixed into polymer bases with great consistency, promoting efficient downstream operations and product quality.
    • Agricultural products. Agricultural products including herbicides, animal feed, seed treatments, and pesticides can be mixed with ribbon blenders.

    An Overview of Conical Blenders

    Also called cone or cone screw blenders, conical screw blenders can be used with powdered, granulated, or viscous materials. They excel at precise, gentle mixing without overheating or excess shear, and can be used to mix multiple sizes of particles with even distribution.

    How Does a Conical Blender Work?

    A conical screw blender is a vertically-oriented, cone-shaped vessel with a rotating helical auger, or screw, that lifts and mixes materials with superior flow control. The vessel rotates, which creates a tumbling motion for effective diffusive and convective mixing.

    Advantages of Conical Blenders

    Conical screw blenders have several benefits, including:

    • Versatile blending. Conical blenders are ideal for heat-sensitive materials that need gentler, temperature-controlled handling. It is also suitable for delicate and dense materials. This versatility can eliminate the need for multiple blenders.
    • Space-saving footprint. With their vertical design, conical screw blenders take up less space than horizontal ribbon blenders.
    • Ease of maintenance. Conical blenders offer easier overall maintenance than alternative equipment because materials tend to fall to the vessel’s exit opening, rather than creating excessive build-up on the walls.
    • Cost-effectiveness. Conical screw blenders are more energy-efficient than other types of blenders and require less power to run. They also reduce waste by fully discharging product.

    Common Applications of Conical Blenders

    Conical screw blenders are widely used with dry and powdered materials and those that require gentle blending to avoid damaging materials. Some applications include:

    • Pharmaceuticals. Many pharmaceutical products, like APIs and excipients, are mixed with double cone blenders for greater uniformity.
    • Food processing. Food product quality and flavor in products like additives, spices, and other dry formulations can be enhanced with conical blending.
    • Chemical manufacturing. Conical screw blenders gently and safely mix catalysts, chemicals, and additives in chemical manufacturing processes.
    • Cosmetics. Pigments, powders, and other ingredients are frequently mixed with conical blenders to maintain ingredient quality.
    • Detergent production. Many detergents and cleaning product ingredients are mixed with double cone blenders..
    • Fertilizer production. Components in fertilizers often use conical blenders to create a consistent mix.
    • Plastics manufacturing. Conical blenders uniformly distribute additives for plastic materials, even when the batch incorporates materials with varying particle sizes.

    Ribbon and Conical Blenders From Jaygo

    Established in 1971, Jaygo Inc. is a leading supplier of a wide range of processing tools and equipment, including top-quality and highly efficient ribbon blenders, conical blenders and more. Our experienced team can assess your mixing needs to help you select the optimal equipment for your requirements.

    Contact us today to learn more or to discuss your application.

  4. Understanding Double Arm, Sigma Blade, and Z Blade Mixers

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    A Comprehensive Guide On Industrial Mixers

    In the vast world of industrial mixers, selecting the right equipment for your specific processing needs can be daunting. Among the most popular choices for high-viscosity mixing are Double Arm Mixers, Sigma Blade Mixers, and Z Blade Mixers. Though these mixers share some similarities, understanding their differences, as well as their respective pros and cons, is crucial for making an informed decision. This blog post aims to shed light on these aspects, guiding businesses in selecting their mixing needs.

    Double Arm Mixers

    Double-arm mixers are characterized by two horizontally aligned arms that rotate in opposite directions. They are versatile machines used in various applications, from dough mixing to metal powders.

    Pros:

    • Versatility: Can handle a wide range of materials, including high-viscosity compounds.
    • Efficient Mixing: The counter-rotating arms provide excellent mixing capabilities, ensuring uniformity.
    • Customizable: They can be equipped with different blades (e.g., sigma, paddle) for specific mixing needs.

      Sigma Blade Mixers

      Sigma Blade Mixers, often considered a subtype of double arm mixers, utilize two Z-shaped blades that rotate to mix materials. They are especially favored for mixing very viscous materials.

      Pros:

      • Optimal for Viscous Materials: Excellently mixes heavy and sticky substances like adhesives, sealants, and dough.
      • Shearing Action: The sigma blades provide a shearing action that helps in breaking down materials and ensuring a homogenous mix.
      • Heat Control: Can be designed with jacketed vessels for heating or cooling, which is essential for temperature-sensitive materials.

      Z Blade Mixers

      Z Blade Mixers are very similar to Sigma Blade Mixers in terms of the blade design and are also considered a variant of the double arm mixer. The difference lies mainly in the specific blade design and mixing action.

      Pros:

      • Efficient Kneading: The Z-shaped blades provide an excellent kneading action, making them suitable for tough, dense mixtures.
      • Versatility: Good for a range of high-viscosity materials, from rubber to heavy pastes.
      • Temperature Control: Like Sigma mixers, they can be equipped with temperature control features for precise processing.
      • Space Requirements: The design and operation of Z blade mixers require more space than some other types of mixers.

      Conclusion

      When choosing between Double Arm, Sigma Blade, and Z Blade Mixers, the decision largely hinges on the specific characteristics of the material to be mixed, the desired outcome, and operational considerations such as space and maintenance capabilities. Double Arm Mixers offer versatility and are adaptable to a wide range of materials. Sigma Blade Mixers are the go-to for very viscous, sticky materials requiring shear, whereas Z Blade Mixers excel in kneading and processing tough, dense mixtures.

      Each type of mixer has its unique set of advantages and drawbacks, making it crucial for businesses to assess their needs carefully before making a selection. Consulting with experts and possibly conducting material tests can further aid in choosing the most suitable mixer for your application, ensuring efficiency, quality, and satisfaction in your mixing processes.

      For more insights and guidance on selecting the right industrial mixing equipment for your needs, stay tuned to JaygoInc.com.

    • Baker Perkins Mixer

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      In an effort to dispel some confusion over the name Baker Perkins in reference to the Double Arm Mixers, we felt it beneficial to provide a short history of the Baker Perkins name, and company.

      The name “Baker Perkins” is often associated with Sigma Blade Mixers or Double Arm Mixers. However, research shows that this machine (whose agitators were actually two elliptical discs at its inception) was initially named The Universal Mixer and was the brainchild of a German inventor (Freyburger), who in 1896 sold his world rights to Paul Pfleiderer. Paul was manager of Werner Pleiderer and Perkins in London at the time, selling bakery equipment, including existing mixing and kneading equipment designed by Werner and Pfleiderer. Through various mergers and acquisitions, one being Werner Pleiderer and Perkins’s merger with Joseph Baker and Sons, the company expanded, and by 1923 was renamed Baker Perkins Ltd. From that point, Baker Perkins became the dominant supplier of the Double Arm Mixer in the world. Shipping thousands of the mixers literally into all industry areas, and causing the name Baker Perkins to become synonymous with Double Arm Mixers, Sigma Blade Mixers, and similarly named mixers.

      However, times change, better manufacturing methods come along, and leaner, more nimble companies arise to fill needs not supplied by other companies. In 1971 Jaygo was founded by John Hayday and Alvin Matt to fulfill many of the chemical industry’s unmet needs, and they introduced a very high quality, reasonably priced competitive machine to compete directly with Baker Perkins. And the rest, as they say, is history…

      Double Arm Sigma Blade Mixer | Model M 130 L with Overlapping Blades | Metal Powders

      Jaygo ‘s Double Arm mixers are the modern-day version of the Baker Perkins Universal Mixer

    • Pan Blender/Dryer model 1090

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      Pan Blender/Dryer model 1090
      • Working Capacity 30-60 Liters
      • Total Capacity 90 Liters
      • 304SS Construction
      • Vacuum Design
      • Jacketed Cover, Sidewalls, And Bottom
      • Low Speed Anchor Agitator
      • High Speed Chopper
      • NEMA 4X Control Panel

      Price: $35,000

    • Lab Vee Blender

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      Lab Vee Blender

      Lab Vee Blender:

      • 16 liters total capacity
      • 316L SS, Intensifier
      • Liquid Addition
      • Safety Enclosure,
      • Controls
      • LIKE NEW…. $16,000

    • Double Cone Blender

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      Double Cone Blender

      Double Cone Blender:

      • 100 Liters Total Capacity
      • 316L SS, Drive,
      • SS Stand With Safety Gate
      • LIKE NEW.$18,000 

    • Ribbon Blender

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      Ribbon Blender

      Ribbon Blender

      • 150 Liters Total Capacity
      • Up To 100 Liters Working Capacity
      • 304 SS Construction, Support Frame On Wheels
      • Control Panel With Motor Starter
      • New…. $16,995

    • Rebuilt Double Arm Sigma Blade Mixer

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      Rebuilt Double Arm Sigma Blade Mixer

      Rebuilt Double Arm Sigma Blade Mixer

      • 8 Gallons Total Capacity
      • ~5 Gallons Working Capacity
      • Stainless Steel Product Contact Parts
      • 5 HP Drive Motor, Overlapping Blades,
      • Jacketed Trough
      • Removable Cover
      • Manual Tilt Discharge
      • Control Panel
      • PRICE…$25,000

    • Rebuilt Double Arm Sigma Blade Mixer

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      Rebuilt Double Arm Sigma Blade Mixer

      Rebuilt Double Arm Sigma Blade Mixer

      • – 8 Gallons Total Capacity / ~5 Gallons Working Capacity
      • Stainless Steel Product Contact Parts
      • 5 HP Drive Motor
      • Overlapping Blades,
      • Jacketed Trough
      • Removable Cover
      • Manual Tilt Discharge
      • Control Panel
      • PRICE…$25,000

    • Used -Jaygo Ribbon Blender – model: JRB-62.5

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      Used -Jaygo Ribbon Blender – model: JRB-62.5

      Jaygo Ribbon Blender –
      available for immediate shipment.
      Ribbon Blender model: JRB-62.5

      • Working Capacity: 62.5 Cubic Feet.
      • Motor: 25 HP
      • Discharge: 6” Manual Knife Gate Valve
      • Discharge Height Is 48”
      • For More Information Call 1-888-815-2946

    • Longevity of Your Industrial Mixer

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      Tips for Improving the Longevity of Your Industrial Mixer

      Industrial mixers can be the heart and soul of any restaurant kitchen. They prevent excessive cooking times, ensure consistent dough mixing, and even regulate the level of ingredients. Yet, when the mixers break down midway through a recipe or need a replacement, you might experience a lot of anxiety. Proper maintenance is the secret to your heavy-duty mixer’s long life and durability. Learn some tips to help you maintain it and extend its life.

      Put the Mixer to Its Intended Use

      You would be surprised at how often people fail to use their mixer for its intended purpose. In most cases, the use of mixers beyond their design limits is a common cause of premature failure. Therefore, do not use your mixer for other applications other than what it is intended for.

      Choose the appropriate mixing attachment for the task at hand. For example, use a paddle attachment to mix dough or batters and a wire whisk to whip cream or eggs.

      Moreover, adjust the mixer’s speed to the appropriate setting depending on the recipe. Most mixers have variable speed controls that you can adjust to achieve the desired mixing speed. This way, you will use the mixer for its intended purpose and achieve the best results in your baking and cooking.

      Replace Parts Immediately

      Do not wait until your mixer breaks down completely to replace its parts. Over time, components can become worn and inefficient, leading to decreased performance and increased energy consumption. Replace the parts before they fail to ensure optimal performance and avoid costly repairs.

      Commercial mixers are costly. The sooner you replace parts that show wear and tear signs, the better your savings. Therefore, the key is to regularly inspect your commercial mixer’s components and replace them immediately when necessary.

      Ensure It Stays Dry

      After a particularly busy day, cleaning up a kitchen mixer can be a real chore. It will become damaged if the mixer gets wet and sits around in water or suds. Water buildup makes the unit more susceptible to breaking down over time. Thus, ensure it stays dry after you clean it.

      Moreover, do not use high-pressure cleaning techniques on your commercial mixer. High-pressure cleaning can cause water to seep into the mixer’s cracks and crevices. This water buildup can lead to corrosion, rust, and other irreversible damage. Additionally, high pressure can damage the seals and gaskets, leading to leaks and decreased efficiency.   Instead, use a non-abrasive cleaning method that will not damage delicate parts. For example, foam and steam cleaning use low pressure, which will not force water into the mixer’s cracks and crevices. This step will help preserve the equipment’s reliability and ensure it continues to work efficiently.

      Lubricate Moving Parts

      Commercial kitchen mixers require regular lubrication of moving parts to operate effectively and last longer. Thus, lubricate your industrial mixer’s moving parts regularly.

      Lubrication keeps the parts from grinding against each other, reducing wear and tear. As a result, the parts are able to move more smoothly and efficiently. This step also allows the mixer to operate more reliably and longer. Use food-grade lubricant to lube these parts.

      Regular maintenance is key to keeping your industrial mixer running smoothly. This way, it will reduce the risk of unexpected breakdowns and help extend your mixer’s usable life.

      If you need an upgrade for your commercial kitchen, invest in Jargo Incorporated mixers. Our mixers can save you a great deal of money, not to mention plenty of frustration. Do not hesitate to contact us with any questions or concerns — we will be delighted to help you. We look forward to talking with you soon.

    • The Remarkable Jaygo Double Arm Mixer Extruders

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      Revolutionizing Industries
      The Remarkable Jaygo Double Arm Mixer Extruders

      In the dynamic landscape of industrial processes, there are moments when a perfect blend of tradition and innovation leads to groundbreaking advancements. One such innovation that is gaining immense attention across various industries is none other than Jaygo’s Double Arm Mixer Extruders. These remarkable machines are reshaping the way materials are mixed and processed, introducing unmatched efficiency, consistency, and versatility to the scene.

      The Fusion of Mixing and Extrusion Industries that deal with materials ranging from food to pharmaceuticals, chemicals to plastics, are no strangers to the processes of mixing and extrusion. In the past, these two processes operated independently, demanding more time, effort, and resources. However, with the advent of Jaygo’s Double Arm Mixer Extruders, the gap between mixing and extrusion has been bridged, resulting in streamlined operations and elevated production standards.

      Standout Features and Advantages

      1. Simultaneous Mixing And Extrusion: A Standout Feature Of Jaygo’s Double Arm Mixer Extruders Is Their Unique Ability To Perform Both Mixing And Extrusion Tasks At The Same Time. This Innovative Dual Functionality Drastically Reduces Production Time, Enhancing Efficiency And Cost Savings.
      2. Consistency In Product Quality: Ensuring Uniformity In The Final Product Has Always Been Challenging Across Industries. With These Mixer Extruders, Materials Are Blended Thoroughly And Consistently Due To Their Sophisticated Mixing Mechanisms. The Result Is Products With Unmatched Quality And Performance.
      3. Versatility In Material Handling: Regardless Of Whether You’re Working With Thick Compounds, Pastes, Or Powders, Jaygo’s Mixer Extruders Demonstrate The Capability To Handle A Wide Spectrum Of Materials. This Adaptability Is Invaluable In Industries Where Material Variations Are Common.
      4. Precision Through Process Control And Automation:  Modern Manufacturing Thrives On Precise Process Control. Jaygo’s Machines Incorporate Advanced Automation And Control Systems, Allowing Operators To Fine-Tune Parameters And Closely Monitor The Process In Real-Time. This Level Of Control Minimizes The Chances Of Errors And Ensures Consistent Results.
      5. Resource Efficiency: By Merging Mixing And Extrusion Into A Single Step, Resource Consumption Is Significantly Reduced. This Includes Energy, Labor, And Raw Materials. Consequently, Businesses Can Adopt Eco-Friendly Practices While Maintaining High Levels Of Productivity.
      6. Space-Saving Design: In Industries Where Space Is A Precious Commodity, The Compact Design Of Jaygo’s Double Arm Mixer Extruders Proves Invaluable. This Compactness Doesn’t Compromise Performance, Allowing Companies To Optimize Their Floor Space Effectively.
      7. Tailored Solutions: Industries Vary Widely, And So Do Their Processes. Jaygo Offers Customization Options, Ensuring That Mixer Extruders Can Be Tailored To Specific Needs, Seamlessly Integrating Into Existing Workflows.

      Applications Across Industries The impact of Jaygo’s Double Arm Mixer Extruders is felt across a diverse range of industries:

      • Culinary Creations: From Kneading Dough To Crafting Confectionery Delights And Preparing Sauces, These Machines Redefine Food Processing, Retaining The Authentic Texture, Flavor, And Consistency Of Products.
      • Advancements In Pharmaceuticals: The Precision Blending Of Pharmaceutical Compounds Is A Crucial Aspect Of Drug Development. Mixer Extruders Facilitate The Uniform Distribution Of Active Ingredients, Resulting In Safer And More Effective Medications.
      • Elevating Plastic Manufacturing: Achieving Consistent Dispersion Of Additives And Pigments In Plastic Production Enhances The Quality And Aesthetics Of The Final Plastic Products.
      • Chemical Excellence: In Various Chemical Processes, Mixer Extruders Play A Pivotal Role In Creating Homogenous Mixtures, Ultimately Improving Product Quality And Minimizing Wastage.
      • Beauty Innovations: In The Cosmetics Industry, Where Consistency And Appearance Are Paramount, Mixer Extruders Are Employed To Create Creams, Lotions, And Makeup Products That Meet The Highest Standards.

      As industries constantly strive to enhance efficiency, quality, and sustainability, Jaygo’s Double Arm Mixer Extruders emerge as pioneers in engineering innovation. By seamlessly merging mixing and extrusion, these machines are poised to reshape industries, propelling them into an era of optimized processes and enhanced products. In the competitive landscape of modern business, embracing such revolutionary technologies is no longer just a choice—it’s a necessity.

    • Industrial Mixers And Blenders Used In Process Industries

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      A Legacy of Excellence: Tracing back to its roots, Jaygo’s commitment to quality and efficiency has always been evident. Since introducing its original industrial mixers and blenders, the company has been instrumental in addressing the unique challenges faced by the process industries. Their equipment’s precision and reliability have set new benchmarks in mixing and blending operations.

      Why Jaygo Stands Out: Innovative Design: The design of Jaygo’s mixers and blenders is a blend of traditional techniques and modern innovations. This synergy ensures efficient mixing, longevity, and reduced maintenance needs.

      Versatility: Whether it’s the food and beverage industry, pharmaceuticals, or cosmetics, Jaygo’s mixers and blenders have proved their mettle across various sectors. Their adaptability to diverse materials and processes is a testament to their versatile design.

      Energy Efficiency: In an age where sustainability is vital, Jaygo has made significant strides in making its equipment energy-efficient without compromising on performance.

      Custom Solutions: Recognizing that one size doesn’t fit all, Jaygo offers custom solutions tailored to individual industry needs. This customer-centric approach has endeared them to businesses, big and small.

      Jaygo’s Mixers come in a wide range of sizes and configurations, and Jaygo Inc. can customize their mixers to your requirements.

      1. Double Arm Mixers / Sigma Blade Mixers: Ideal For Mixing Dense Materials And Used In Applications Requiring Kneading And Folding Actions.
      2. High Shear Mixers: Suitable For Applications Where Fast, Efficient Blending And Particle Size Reduction Is Required.
      3. Paddle Mixers: Often Used For Blending Dry Or Wet Ingredients And Offer A Gentle Mixing Action.
      4. Planetary Mixers: Feature An Off-Center Mixing Action, Perfect For Mixing Products With Different Viscosities.
      5. Ribbon Blenders: Commonly Used For Mixing Powders And Delicate Granules Without Causing Breakage.
      6. Conical Screw Mixers: Offer An Intensive Mixing Action And Are Great For Mixing Powders, Granules, And Other More Viscous Materials.
      7. Turbulent Mixers: Typically Used In Applications Requiring The Rapid Blending Of Liquids With Different Viscosities Or The Blending Of Particles Into A Liquid Matrix.

      Jaygo’s Authentic Industrial Mixers & Blenders: The Choice of Process Industries

    • Jaygo Inc’s Altern Mill – Batch Mills

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      Upgrade Your Altern Mill or Batch Mills with Jaygo Inc: A Superior Choice

      Are you looking to enhance the performance and efficiency of your Altern Mill or Batch Mills? Look no further than Jaygo Inc. With our extensive range of new and used products specifically designed for milling applications, we have the perfect solution to take your milling process to the next level.

      At Jaygo Inc., we understand the critical role that milling plays in various industries. That’s why we offer top-quality products that are built to deliver exceptional results. Our Altern Mill and Batch Mills are renowned for their reliability, durability, and precision, making them the go-to choice for businesses worldwide.

      By upgrading your Altern Mill or Batch Mills with Jaygo Inc. products, you can unlock a host of benefits. Here’s why it’s a smart move:

      1. Enhanced Efficiency: Our cutting-edge technology and innovative designs allow for faster and more efficient milling. Experience increased production speeds and reduced processing time, giving you a competitive edge in today’s fast-paced market.

      2. Improved Product Quality: Achieve superior product quality and consistency with the precision engineering of our new or used products. Whether you’re milling pharmaceuticals, chemicals, or food ingredients, you can always rely on Jaygo Inc. to deliver exceptional results.

      3. Versatility and Adaptability: Our wide range of milling products caters to a diverse range of applications. Jaygo Inc has the perfect solution to meet your specific milling requirements from fine particle size reduction to homogenization and blending.

      4. Cost Savings: Upgrading your Altern Mill or Batch Mills with our new or used products can lead to significant cost savings in the long run. Experience reduced maintenance and operational costs, increased productivity, and minimized downtime, ensuring optimal ROI for your business.

      5. Expert Support: At Jaygo Inc., we pride ourselves on our exceptional customer service and technical support. Our team of experts is always on hand to provide guidance, answer your queries, and assist with any issues you may encounter during the upgrading process.

      When it comes to upgrading your Altern Mill or Batch Mills, trust the industry leader – Jaygo Inc. Our commitment to excellence and decades of experience makes us your trusted partner for all your milling needs.

      Contact our in-house engineers today to learn more about our extensive range of products and how they can revolutionize your milling process. Upgrade with Jaygo Inc and experience the difference firsthand.

      Upgrade your altern mill or batch mills with Jaygo Inc today.

    • Industrial Mixer Maintenance Tips

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      Best Practices For Maintaining and Cleaning Industrial Mixers

      Industrial mixers are an integral part of manufacturing and processing Industries. These mixers ensure the homogeneity of different materials through thorough mixing. Industrial mixers require proper and regular maintenance and cleaning to enhance their longevity and optimal performance. Failure to do this can lead to equipment failure, decreased productivity, and safety. Below are seven best practices to maintain and clean industrial mixers for smooth running and efficiency. 1. Follow the Manufacturer’s Recommendations Read the manufacturer’s user manual for the specific mixer model. Note the particular maintenance schedules for the model. Regular maintenance typically involves the replacement of worn-out or damaged components and the lubrication of moving parts. Adhere to the manufacturer’s guidelines to ensure that the mixer functions appropriately and to foresee any potential issues before they become significant problems. 2. Keep It Clean Industrial mixers should be cleaned regularly as part of their maintenance. Residue and build-up from previously mixed batches can compromise the quality of future products and eventually damage the mixer over time. To avoid residue and build-up, clean the mixer after each use. If mixing happens concurrently, maintain a regular cleaning schedule. Remove individual components during cleaning, for example, blades and agitators. Thoroughly sanitize the interior of the mixer. Use appropriate cleaning agents and follow all safety procedures when you handle chemicals. Wear protective gear throughout the cleaning process to avoid harmful burns on the skin. 3. Check for Wear and Tear Components of your mixer may wear down or become damaged over time due to typical wear and tear. Wear and tear decreases performance and can cause equipment failure in some instances. Conduct regular inspections to identify worn-out or damaged parts that need replacing. Check bearings, belts, and seals, as they are susceptible to wear and tear. Inspect the mixer for rust and corrosion, which can compromise the integrity of the mixers. 4. Monitor Performance The industrial mixer’s performance should be monitored regularly. The mixer should continuously operate at optimal mixing speeds, vibration, and noise levels. A decrease in performance should be investigated promptly, and corrective measures should be taken. 5. Train Operators Mixer operators should be adequately trained on handling mixers for their safety and that of the mixer. They should be familiarized with manufacturers’ guidelines and recommendations. This helps them recognize signs of equipment failure early and know the appropriate intervention measures to take. 6. Store Components Properly  When not in use, mixer components should be stored in a clean, dry, and temperature-controlled environment. This prevents corrosion, rust, and damage, which can compromise the integrity of the mixers. 7 Document Maintenance and Cleaning Maintenance and cleaning tasks performed on the mixers should be well documented. This helps users to keep track of when components were last inspected or replaced, as well as track recurring issues or areas that require additional attention. Additionally, proper documentation minimizes human errors that can be detrimental to the longevity of the mixer. Documentation can be helpful for demonstrating compliance with regulatory requirements. In the event of equipment failure or safety incidents, proper documentation can be used to draft control measures. Contact your manufacturer whenever you need to replace worn-out parts of your mixers. They will supply you with genuine parts that easily integrate with your mixer. Spare parts from unauthorized dealers might be tempting due to their low prices. However, most of them are of low quality and might cause equipment failure that might be more costly to fix. Consult certified dealers for the installation of spare parts whenever you are uncertain. At Jaygo Inc., we supply used, rebuilt, and refurbished equipment, as well as genuine spare parts. Contact us today for all your manufacturing equipment needs.

    • What to Consider before You Purchase a Mixer for Your Business

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      Mixing equipment is an essential component in many industries that require blending materials. These machines combine various materials, including liquids, powders, and solids. Many different types of mixing equipment types are available on the market, making it challenging to select the best one. This blog will discuss what you need to consider before choosing mixing equipment.

      Size of Mixing Equipment

      If the size of the mixer doesn’t match the amount of material that needs to be mixed, the material may not be mixed well or may be overworked, which can lead to low-quality finished products or inefficient mixing. Choosing the wrong mixer size can lead to problems such as uneven mixing, over-mixing, or under-mixing.

      For example, if the mixer is too small, it will be hard to make a mixture that is all the same. The mixing process may take longer and lead to reduced productivity. If the mixer is too large, it may lead to material clumping or settling.

      Cleaning and Maintenance

      Proper cleaning and maintenance procedures help to prevent equipment breakdowns and reduce downtime. If you don’t clean and maintain mixing equipment, the quality of the finished product goes down, and the machine’s internal parts get damaged. It causes things to break down and need repairs more often, which makes things less efficient and productive.

      It can be a safety risk for operators, especially when handling hazardous materials. Some equipment needs to be taken care of with special tools or knowledge, which can add to costs and downtime. So, it’s important to follow the steps for cleaning and maintenance that the manufacturer gives.

      Risk of Cross–Contamination

      Cross-contamination can occur when materials from different batches mix, contaminating the final product. This can happen due to the mixing equipment’s design or the cleaning and maintenance procedures. To prevent cross-contamination, select mixing equipment that minimizes the risk of unintended mixing.

      For instance, equipment that can drain itself keeps the leftover product from staying in the mixer and getting mixed up with the next batch. Equipment with smooth surfaces and no cracks makes the product less likely to build up and cause contamination.

      Material Properties

      When you mix materials, they have different properties, which may cause unintended chemical reactions. These reactions can damage the mixing equipment and even pose a safety risk. You should also ensure the mixing equipment can handle those materials safely and effectively.

      For example, some materials may require specialized mixing equipment, such as high-shear mixers. In this case, choose equipment for mixing that can handle the materials and reduce the chance of bad reactions. In this case, choose equipment for mixing that can handle the materials and reduce the chance of bad reactions.

      Type of Mixing

      The amount of mixing you need depends on the materials, the final product, and the environment. Some need gentle mixing, while others need intense mixing, like high-shear mixing. The materials’ viscosity, flowability, and particle size can also affect the required mixing. Some materials need specific agitation speeds, mixing times, or temperatures to blend.

      Choose the right mixing equipment for your specific process to get the quality you want and reduce waste, which helps you save energy and increase efficiency. Using the right equipment leads to product consistency, better blending, less downtime, and lower production costs.

      If you’re in the market for mixing equipment, consider the factors we’ve discussed before you make a decision. At Jaygo Inc., we specialize in providing high-quality mixing equipment for a wide range of industries. Contact us, and our team of experts will help you choose the right equipment for your needs and give you ongoing support to make sure your mixing operations go smoothly.

    • What You Need to Consider before You Choose a Mixing Machine

      Comments Off on What You Need to Consider before You Choose a Mixing Machine

      What to Consider before You Purchase a Mixer for Your Business

      Mixing equipment is an essential component in many industries that require blending materials. These machines combine various materials, including liquids, powders, and solids. Many different types of mixing equipment types are available on the market, making it challenging to select the best one. This blog will discuss what you need to consider before choosing mixing equipment.

      Size of Mixing Equipment

      If the size of the mixer doesn’t match the amount of material that needs to be mixed, the material may not be mixed well or may be overworked, which can lead to low-quality finished products or inefficient mixing. Choosing the wrong mixer size can lead to problems such as uneven mixing, over-mixing, or under-mixing.

      For example, if the mixer is too small, it will be hard to make a mixture that is all the same. The mixing process may take longer and lead to reduced productivity. If the mixer is too large, it may lead to material clumping or settling.

      Cleaning and Maintenance

      Proper cleaning and maintenance procedures help to prevent equipment breakdowns and reduce downtime. If you don’t clean and maintain mixing equipment, the quality of the finished product goes down, and the machine’s internal parts get damaged. It causes things to break down and need repairs more often, which makes things less efficient and productive. 

      It can be a safety risk for operators, especially when handling hazardous materials. Some equipment needs to be taken care of with special tools or knowledge, which can add to costs and downtime. So, it’s important to follow the steps for cleaning and maintenance that the manufacturer gives.

      Risk of Cross–Contamination

      Cross-contamination can occur when materials from different batches mix, contaminating the final product. This can happen due to the mixing equipment’s design or the cleaning and maintenance procedures. To prevent cross-contamination, select mixing equipment that minimizes the risk of unintended mixing.

      For instance, equipment that can drain itself keeps the leftover product from staying in the mixer and getting mixed up with the next batch. Equipment with smooth surfaces and no cracks makes the product less likely to build up and cause contamination.

      Material Properties

      When you mix materials, they have different properties, which may cause unintended chemical reactions. These reactions can damage the mixing equipment and even pose a safety risk. You should also ensure the mixing equipment can handle those materials safely and effectively. 

      For example, some materials may require specialized mixing equipment, such as high-shear mixers. In this case, choose equipment for mixing that can handle the materials and reduce the chance of bad reactions. In this case, choose equipment for mixing that can handle the materials and reduce the chance of bad reactions.

      Type of Mixing

      The amount of mixing you need depends on the materials, the final product, and the environment. Some need gentle mixing, while others need intense mixing, like high-shear mixing. The materials’ viscosity, flowability, and particle size can also affect the required mixing. Some materials need specific agitation speeds, mixing times, or temperatures to blend. 

      Choose the right mixing equipment for your specific process to get the quality you want and reduce waste, which helps you save energy and increase efficiency. Using the right equipment leads to product consistency, better blending, less downtime, and lower production costs.

      If you’re in the market for mixing equipment, consider the factors we’ve discussed before you make a decision. At Jaygo Inc., we specialize in providing high-quality mixing equipment for a wide range of industries. Contact us, and our team of experts will help you choose the right equipment for your needs and give you ongoing support to make sure your mixing operations go smoothly.

    • 6 Tips for Process Equipment Maintenance

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      6 Tips for Process Equipment Maintenance

      Manufacturing equipment is an integral part of the production process. With this in mind, you should take adequate care to ensure your equipment remains in top shape throughout its useful life. If you need general advice on how to keep your equipment operational, here are six of the best practices for maintenance.

      1. Inspection for Degradation and Damage

      Regular inspection can prevent costly breakdowns and repairs. Regular inspections allow you to identify machine and component issues before they become serious. During the inspection, look for signs of vibration, high temperature, and friction. These signs can indicate problems with alignment, shock, or insufficient lubrication, which can all lead to wear and tear. Regular inspections can help you proactively manage maintenance schedules and budget for parts that need replacements ahead of schedule. You can also consider using bushings, sleeve bearings, and ball bearings to reduce the risk of wear and tear. These components can reduce noise pollution and increase the service life of the equipment.

      1. Maintenance Plan

      Establish a scheduled maintenance plan to keep your equipment in good condition. This plan should include regular inspections and replacements of worn components, such as bearings, fluids, belts, oils, friction materials, and tires. Additionally, monitor bearings and bearing housings for corrosion and replace them as necessary. A maintenance log will ensure that you inspect and replace all components before extensive damage affects the machine.

      1. Cleaning

      The accumulation of dirt and debris on a machine can lead to breakdowns and other costly problems. To avoid this, manufacturers should refer to their equipment’s manufacturer’s recommended cleaning instructions and develop an equipment maintenance plan (EMP). This plan should detail the cleaning methods, products, and frequency to ensure that all machines remain clean and free from contaminants. You can use acid, steam, and power washing methods to thoroughly clean machinery. Additionally, you can hose down heavy equipment with water. Remember to document all these processes in the EMP to ensure that all of your personnel notice them. Regular machinery cleaning can help increase their lifespan and maintain optimal performance.

      1. Lubrication

      Lubricants reduce the friction of moving parts and help maintain the temperature of the equipment. Use only the specific lubricants recommended by the equipment’s manufacturer. Also, ensure you use it carefully and in the right amount to avoid grease build-up and other performance issues. Ensure that the lubricants used are of high viscosity index and able to work in extreme temperatures.

      1. Machine Knowledge and Personnel Training

      Familiarize yourself with the equipment to get the most out of the machinery. You can use your knowledge to help the machine operator understand the machinery manual. Also, you can help them become familiar with what the machine is capable of and what should not be done for safety. Frequently train all staff on how to operate machinery properly. Proper training will help reduce wear and tear, decrease the risk of injury, and reduce the risk of equipment breakdown. Training should include regular updates on emergency procedures and safety precautions. Maintain up-to-date information, like software and hardware updates, so that employees can stay knowledgeable and properly operate the equipment. Also, create a daily record of equipment use and monitor operations. These records can help pinpoint the time and location of operation, as well as help identify any unskilled operators.

      1. Machine Storage

      Store your equipment under cover to prevent rust and condensation build-up. Remember to store the equipment visibly without any obstructions from other pieces of equipment. Also, operate them periodically, even when not in use. Contact us at Jaygo Incorporated to replace damaged equipment or upgrade your machinery to newer models.