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Hywell machinery had been engineering & manufacturing the most advanced laboratory powder mixer/laboratory dryer/laboratory granulator as 20+ years of experience.
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Leading Laboratory Machinery Manufacturers

 in China

Hywell machinery company's laboratory machinery mainly have the laboratory dryers, laboratory powder mixers and laboratory granulators converted from industrial dryers, industrial powder mixers and industrial granulators. It is mainly used for the front-end development of new products in factories or laboratory experiments.
Laboratory dryers include laboratory spray dryers, hot air circulation oven, vacuum tray dryer, double cone vacuum dryer.
Laboratory powder mixer includes 3D lab powder mixer, dry powder blending machine, V cone blender.
Laboratory granulator includes high shear mixer granulator, fluid bed granulator, swing granulator.
If you are looking for a reliable laboratory powder mixer, laboratory dryer, laboratory granulation machine, you can rely on Hywell Machinery. Buy laboratory machinery from us and let us help you grow your business with our customizable and affordable products.

Hot Selling Laboratiry Machine

  • Lab Spray Dryer
    Lab Spray Dryer
    Hywell machinery specializes in both standard and customizable lab spray dryers. The lab spray dryer is targeted for small-scale production as well as R&D work and is widely used by companies and universities. All Hywell lab spray dryer is available as standard plants. Furthermore, the lab-scale spray dryers can be designed based on a modular concept with a range of optional items. In this way, each individual plant can be custom designed to match our customers’ individual requirements. Lab spray dryers are available in many flexible configurations enabling process simulations of larger industrial-size spray dryers.
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  • Lab Powder Mixer
    Lab Powder Mixer
    The lab powder mixer is suitable for mixing dry-powder material in the pharmaceutical, chemical, and food industries. the 3D lab powder mixer is used in mixing evenly and quickly between different proportions and fineness of materials. The working principles of the lab powder mixer when the machine is in operation. Because of the running actions of the mixing tank in multi-direction, the now and derision of the various kinds of materials are sped up in the process of mixing. At the same time, the phenomenon is avoided in that the congregation and segregation of the material in gravity ratio caning due to the centrifugal force in the normal mixer and extremely good effect can be obtained.
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  • Dry Powder Blending Machine
    Dry Powder Blending Machine
    Hywell machinery's lab Dry Powder Blending Machine is designed for ultra-uniform mixing of a wide range of powder and granular products in the pharmaceutical, chemical, food, light and related industries. This type of Dry Powder Blending Machine has a three dimensional mixing (lab 3D mixer) method for high efficiency mixing unlike other 2D mixers.The whole machine features novel design, compact structure, and good appearance; The evenness of mixing reaches 99%, and the volume charge coefficient reaches 80%, compared to 40%-50% of other dry powder blenders.
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  • V Cone Blender
    V Cone Blender
    Hywell Machinery is the manufacturer of laboratory V cone blenders, sometimes also called Y-shaped mixers, which is one type of the well-known Tumbler powder mixer which is very popular for the intimate blending of free-flowing dry powders, granules, and crystals. It is featured by its very simple design and easy-to-clean construction. The V cone blenders are featured a gentle high-flowing mixing process for solids/solids in a proportion of up to 1:100 with the possibility of using an intensifier bar to enhance the mixture and solids/liquids in powder or granulate form with different specific weights
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  • High Shear Mixer Granulator
    High Shear Mixer Granulator
    The Hywell machinery high shear mixer granulator, also called Lab High-Speed Granulator, lab Wet Granulator, or lab scale High Shear Granulator, is an efficient and versatile blending machine for mixing dry powders or granulating with the addition of liquid binder, within a very short time and with excellent cleaning abilities. It is able to give perfect results for mixing due to the innovative design of a central impeller-type mixer with a side vertical chopper.
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  • Swing Granulator
    Swing Granulator
    Whether it be a wet powder or a pack of dry block materials, the Laboratory model swing granulator will develop the material into fine and consistent granules. The swing granulators come with an elastically adjustable wire screen mesh that is easy to assemble and disassemble. The main elements of the Laboratory swing granulator machine are composed of an enclosed steel-plated body and a lubrication system that enables it to run smoothly without producing any unnecessary noise.The Lab scale swing Granulator is a popular granulating machine used for size reduction or forming the required granule sizes from moist powder material or for crushing dried block stock, sensitive powders, and granules in the pharmaceutical, chemical, and food industries. swing granulation makes the quality of granules better by facilitating their flowability and handling.
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  • Fluid Bed Granulator
    Fluid Bed Granulator
    The fluid bed granulator is a method for making free-flowing granulate from liquids. Laboratory fluid bed granulators can be used in different applications in various industries since the product properties can be varied in many ways by setting process technical parameters and configurations. The granules made by the lab fluid bed granulator are suitable for making tablets, and the granules are also for final coating by the laboratory liquid bed coating machine.Many industrial applications require converting liquid substances into a stable product form with precisely defined properties – whether for further processing as a solid for Pharmaceutical, food products, animal feed, or cleansing agents, for increasing stability in chemical substances, or for handling thermally sensitive products such as enzymes, proteins or micro-organisms. Lab spray granulation in the fluidized bed permits liquids to be directly made into free-flowing granulate with specific product properties. Generally, the granules also have instant properties.
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  • Double Cone Vacuum Dryer
    Double Cone Vacuum Dryer
    The double cone vacuum dryer is a high-efficiency horizontal type vacuum drying equipment that integrates drying, vacuum decompression, and mixed powder.The Hywell Machinery lab model double cone vacuum dryer has a few advantages that make it suitable. the double cone vacuum dryer (lab scale) is an extremely gentle dryer/mixer for minimal particle size degradation. The drying phase is by vacuum with a solvent recovery system to allow for the recovery of the solvents that were used to dissolve the active ingredients. The discharge from the vessel is from the bottom of the cone by a full port valve. It also allows for the entire batch to discharge quickly with minimal residual material left behind. 
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  • Hot Air Circulation Oven
    Hot Air Circulation Oven
    The hot air circulation oven adopts the forced circulation of hot air inside the chamber of the oven. In the drying chamber of hot air circulation, hot air rises above and the hot air reaches the top of the chamber. Then, hot air is circulated back to the bottom by a fan installed inside the chamber and hence the optimum amount of heat is achieved gradually inside the oven. A pharma hot air circulation oven is a process in which the materials are heated in the trays with a hot air circle, the wet moisture taken out from the material will be exhausted outside at the same time. the hot air circulation oven also named as hot air drying oven or hot air tray dryer.
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  • Vacuum Tray Dryer
    Vacuum Tray Dryer
    the vacuum tray dryer consists of a square or round vacuum chamber with customized fixed internal shelves; the wet material to be dried is loaded into pans or trays and manually placed on the shelves. The top part of each shelf is flat with a coil jacket on the underside to circulate steam or liquid heating medium for the desired operating temperature.Due to hundreds of various products and demands of inducing and controlling a vacuum environment, almost all aspects of a vacuum tray dryer's mechanical design and ancillary support equipment can be customized to meet each process design need.
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Still Not Finding What You're Looking For?
Contact Our Consultants For More Available Products.

Custom Laboratory Machinery For Various Industries

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Custom Laboratory Powder Mixer

Customizing the lab powder mixer can provide several benefits, such as increased efficiency, improved product quality, and reduced downtime. A customized powder mixing machine is designed to meet your specific needs, making it easier to achieve the desired outcome. Additionally, a customized lab powder mixer can reduce maintenance costs and improve the overall performance of your machine. By customizing the laboratory powder mixer, you can ensure that it is optimized for your specific application, providing you with a more reliable and efficient mixing process.
 
 
 
 
 
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Custom Laboratory Dryer

Customizing the lab drying machine can provide several benefits, such as improved drying efficiency, increased product quality, and reduced energy consumption. A customized dryer machine is designed to meet your specific needs, ensuring that it is optimized for your application. By customizing your lab drying machine, you can ensure that it has the necessary features and capabilities to efficiently and effectively dry your specific product. This can result in faster drying times, higher product yields, and improved product quality. Additionally, a customized laboratory dryer can be designed to use less energy, reducing your operating costs and minimizing your environmental impact. Overall, customizing laboratory drying machines can lead to a more efficient and effective drying process, resulting in improved product quality and reduced costs.
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Custom Laboratory Granulator

Customizing your lab granulator machine can provide several benefits, such as improved granulation efficiency, increased product quality, and reduced waste. A customized machine is designed to meet your specific needs, ensuring that it is optimized for your particular application. By customizing your laboratory granulation machine, you can ensure that it has the necessary features and capabilities to efficiently and effectively granulate your specific product. This can result in faster granulation times, higher product yields, and improved product quality. Additionally, a customized laboratory granulator can be designed to produce less waste, reducing your operating costs and minimizing your environmental impact. Overall, customizing the laboratory granulator machine can lead to a more efficient and effective granulation process, resulting in improved product quality and reduced costs.

Customize Your Laboratory Machinery From a Chinese Manufacturer

 Machine Material

For optimal performance, your custom lab machinery needs to be designed with the right steel. For different industries and different materials, the machine chooses the right steel. it is able to offer the powder pelletizing machine to be built in SS304, SS316L, Titanium, Duplex stainless steel, etc.

 Laboratory Machinery Function

Our company has different lab machines, including a powder mixer, powder granulator, and lab dryer. First of all, it is necessary to determine which kind of lab machinery is needed by your company
 
 

 Machinery Volume

Whether it is a laboratory dryer, a laboratory granulator, or a laboratory powder mixer, it can customize the volume of the equipment

Get Laboratory Machine Step-by-step

Respond

1.We Respond to Your Laboratory Machine Inquiry Within 12 Hours

We understand that time is an invaluable resource for your business and thus fast service delivery is important. Our short response times aim to provide easy access to our services.
 
Customized-Designs

2.We Deliver Customized  Laboratory Machines Designs

 
Our objective is to deliver a customized Granulator Machine design that meets all your requirements. We aim to bring your vision to life because customer satisfaction is important to us.
 
 
 
Manufacturing

3.We Achieve Efficient Laboratory Machinery Manufacturing

The Hywell factory is equipped with skilled workers and advanced equipment to ensure that we produce high quality powder granulator machine efficiently. It also enables us to deliver the powder granulators machine with short turnaround times.
Respond

4.We Offer Custom Laboratory Machine Packaging

 
Hywell Machinery manufacture a variety of Laboratory machine for food, pharmaceutical and chemical industries. All this lab equipments will be packed to follow the internation transfer standard.

Benefits From Your Committed Laboratory Machine Manufacturer

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  Laboratory Machine Price

Our high-quality wet powder granulation is available at wholesale rates which saves you money and reduces your costs of production.

  Fast Production Turn-around

Hywell machinery manufacture your lab granulator fast to ensure that the production of your business are not delayed or disrupted.

  Free Lab Machine Testing

Hywell Machinery offers you a free powder granulations of sample powder testing ; and to confirm that the granulating machine reach your design requirements.

  Minimum Lab Machine Order Quantity

All our clients are important to us and thus our MOQ is 1 set lab machine to accommodate large and small orders.

  High Laboratory Machine Quality

We are meticulous with our quality checks and manufacturing standards. Our goal is to offer you the best lab powder mixing machine.

  Worry-free After Sale Services

The Hywell Machinery team is always on hand to guide you through after sale procedures of machine such as warehousing, shipment, and just-in-time delivery.

Which Laboratory Machine is Right for Your Process?

  • Laboratory Dryers

    What Does a Laboratory Dryer Do?

    If you have ever been inside a laboratory, you may have noticed several machines that you might not recognize. One of those machines is a laboratory dryer. But what is a laboratory dryer? What does it do? In this article, we will explore the functions of a laboratory dryer, its different types, and its applications.


    What is a Laboratory Dryer?

    A laboratory dryer is a piece of equipment that is used to dry and remove moisture from samples or substances that have been washed or treated with solvents. It is also used to remove any residual moisture after sterilization. Laboratory dryers use different heating technologies, depending on the type of material being dried and the temperature required.


    Types of Laboratory Dryers

    There are several types of laboratory dryers available in Hywell Machinery, including:

    1. Vacuum Oven Dryers

    Vacuum oven dryers operate by reducing the pressure within the chamber. This lowers the boiling point of water, which evaporates more quickly, resulting in faster drying times.

    2. Forced Hot Air Oven

    A forced hot air oven uses a fan to blow hot air over the sample or substance being dried, which evaporates the moisture more quickly.

    3. Spray Dryer

    After being filtered and heated, the air enters the air distributor on the top of the lab spray dryer, and the hot air enters the drying chamber evenly in a spiral shape. The feed liquid passes through the high-speed centrifugal atomizer on the top of the tower, (rotating) and sprays into very fine mist droplets, which can be dried into finished products in a very short time in contact with hot air. The finished product is continuously output from the bottom of the drying tower and the cyclone separator, and the exhaust gas is evacuated by the induced draft fan

    4. Double Cone Vacuum Dryer

    The double-cone vacuum dryer is a double-cone rotary tank. In the vacuum state of the tank, steam or hot water is passed into the jacket for heating. The heat contacts the wet material through the inner wall of the tank. The water vapor evaporated after the wet material absorbs heat is sucked away through the vacuum exhaust pipe by the vacuum pump. Since the inside of the tank is in a vacuum state, and the rotation of the tank makes the material continuously turn up and down, inside and outside, the drying speed of the material is accelerated, the drying efficiency is improved, and the purpose of uniform drying is achieved.


    Applications of Laboratory Dryers

    Laboratory dryers have several applications across various industries, including:

    1. Pharmaceutical Industry

    In the pharmaceutical industry, laboratory dryers are used to dry and sterilize glassware and equipment used in drug production, as well as to dry active pharmaceutical ingredients.

    2. Chemical Industry

    In the chemical industry, laboratory dryers are used to dry solvents and other chemicals, as well as to remove moisture from samples used in research and development.

    3. Food Industry

    In the food industry, laboratory dryers are used to dry and dehydrate food products such as fruits, vegetables, and grains.

    4. Research and Development

    In research and development, laboratory dryers are used to dry samples and substances for various experiments and studies.



    Benefits of Using a Laboratory Dryer

    Using a laboratory dryer offers several benefits, including:

    1. Improved Accuracy

    Laboratory dryers help to eliminate any moisture that may affect the accuracy of measurements or experiments.

    2. Reduced Processing Time

    Laboratory dryers help to reduce the processing time by drying samples and substances quickly and efficiently.

    3. Preservation of Samples

    Laboratory dryers help to preserve samples by removing any moisture that may cause decay or spoilage.


    Conclusion

    In conclusion, laboratory dryers are essential pieces of equipment in many industries and laboratories. They are used to dry and remove moisture from samples and substances, and they come in various types depending on the application. The benefits of using a laboratory dryer include improved accuracy, reduced processing time, and preservation of samples.

     

  • Laboratory Granulator

    What Does a Laboratory Granulator Do?

    Laboratory granulators are essential granulating equipment in the research and development of pharmaceuticals, food, and chemical products. They play a critical role in the process of converting large particle materials into smaller, more homogenous particles for further processing or analysis. In this article, we will dive into the functionality of laboratory granulators, their applications, types, and key considerations when selecting one for your laboratory needs.

     

    Introduction

    Laboratory granulators are used in many industries, including pharmaceuticals, food processing, and chemical manufacturing. They are designed to break down materials into smaller or gather into big sizes from fine powder, more homogenous particles that are easier to process and analyze. The use of a laboratory granulator provides researchers with better control over the size and consistency of the final product. This, in turn, results in higher-quality products and increased efficiency.
     

    What is a Laboratory Granulator?

    A laboratory granulator is a machine that reduces the particle size of materials by breaking them down into smaller, more uniform particles. This process is accomplished by the use of blades or knives that rotate at high speeds, cutting and shearing the materials as they pass through the granulator.
     

    How Does a Laboratory Granulator Work?

    A laboratory granulator works by using a cutting mechanism to break down materials into smaller, more uniform particles. The cutting machine can be in the form of blades or knives that rotate at high speeds, or it can be a combination of both. The materials are fed into the granulator and are then cut and sheared as they pass through the machine. The size of the particles is determined by the size of the holes in the screen or mesh that is used to collect the particles. Another kind of granulator is to aggregate the powder into large particles, such as the fluid bed granulator, which is to obtain particles in one step from the powder when the binder is sprayed.
     

    Applications of Laboratory Granulators

    Laboratory granulator machines are used in a wide range of applications, including:
    • Pharmaceutical research and development
    • Food processing and manufacturing
    • Chemical processing and manufacturing
    • Materials science and engineering
    • Environmental research and analysis
     

    Types of Laboratory Granulators

    There are some types of laboratory granulators: oscillating granulators and high-shear granulators, fluid bed granulators, and basket granulators.

    Oscillating Granulators

    Oscillating granulators use a horizontal rotor with knives or blades that rotate at high speeds, cutting and shearing the materials as they pass through the machine. The size of the particles is determined by the size of the holes in the screen or mesh that is used to collect the particles.

    High-Shear Granulators

    High-shear granulators use a vertical rotor with blades that rotate at high speeds, creating a high-shear force that breaks down materials into smaller particles. The size of the particles is determined by the size of the holes in the screen or mesh that is used to collect the particles.

    Fluid Bed Granulators

    The powdery material is put into the closed container of the hopper of the fluid bed granulator, and due to the action of the hot air flow, the powder is suspended in a fluidized circulation to achieve uniform mixing. Small particles, at the same time of granulation, due to the efficient drying of the hot air flow, the water evaporates continuously, the powder continues to solidify, and the induction process is repeated to form ideal, uniform microporous spherical particles, which are mixed in the container at one time. Granulation and drying are three processes.

    Basket granulator

    The basket granulator is a kind of oscillating action with a rotating drum. The wet powder raw material can be ground into granules through a wire sieve, and it can also be widely used to crush blocks that have become ready-made granules.
     

    Key Considerations When Choosing a Laboratory Granulator

    When choosing a laboratory granulator, there are several key considerations to keep in mind:
    Key Considerations When Choosing a Laboratory Granulator
    When choosing a laboratory granulator, there are several key considerations to keep in mind:
    • The material being processed
    • The required particle size
    • The desired particle shape
    • The required capacity
    • The required uniformity of the final product.
     

    Benefits of Using a Laboratory Granulator

    The use of a laboratory granulator provides several benefits, including:
    • Improved control over particle size and shape
    • Increased efficiency
    • Higher-quality products
    • Reduced waste
    • Reduced processing time
     

    Limitations of Laboratory Granulators

    While laboratory granulators offer several benefits, there are also some limitations to consider:
    • Some materials may not be suitable for granulation
    • Granulation can be time-consuming and require significant energy input
    • The cost of a laboratory granulator can be high
    • The maintenance and cleaning of a laboratory granulator can be complex
     

    Maintenance and Cleaning of Laboratory Granulators

    Proper maintenance and cleaning of a laboratory granulator are essential to ensure optimal performance and prolong the lifespan of the equipment. Regular cleaning can help prevent contamination and ensure the integrity of the final product. It is recommended to follow the manufacturer's guidelines for maintenance and cleaning, which may include disassembly, cleaning, and lubrication of the cutting blades and screens.
     

    Conclusion

    Laboratory granulators play a vital role in many industries, including pharmaceuticals, food processing, and chemical manufacturing. They provide researchers with better control over the size and consistency of the final product, resulting in higher-quality products and increased efficiency. When choosing a laboratory granulator, it is essential to consider factors such as the material being processed, the required particle size, and the desired particle shape. Proper maintenance and cleaning are also critical to ensure optimal performance and prolong the lifespan of the equipment.
     

    FAQs

    1. Can a laboratory granulator handle different types of materials? Yes, a laboratory granulator can handle a wide range of materials, including powders, pellets, and granules.
    2. How do I determine the required particle size for my application? The required particle size will depend on the specific application. It is important to consult with a product manufacturer to determine the optimal particle size for your needs.
    3. How often should I clean and maintain my laboratory granulator? The frequency of cleaning and maintenance will depend on the frequency of use and the materials being processed. It is recommended to follow the manufacturer's guidelines for maintenance and cleaning.
    4. Can a laboratory granulator be used for large-scale production? Laboratory granulators are typically designed for small-scale production. For large-scale production, it is recommended to use an industrial-scale granulator.
    5. What safety precautions should I take when using a laboratory granulator? Always wear appropriate personal protective equipment, ensure that the machine is properly grounded and installed in a stable location, and follow the manufacturer's guidelines for use and maintenance.

  • Laboratory Powder Mixers

     

    What Does a Laboratory Powder Mixer Do?

    Laboratory powder mixers are essential equipment for researchers, scientists, and engineers involved in the development of new products, formulations, and processes. They are designed to homogenize and blend different powders, granules, and other solid materials quickly and efficiently. In this article, we will discuss in detail the functionality and benefits of laboratory powder mixers.
     

    Laboratory Powder Mixer Introduction

    Powder mixers are a type of equipment that is used in various industries, such as pharmaceuticals, food and beverage, cosmetics, and chemicals, to blend dry powders or granules. A laboratory powder mixer is a scaled-down version of an industrial mixer, designed to handle small batches of materials. It is ideal for research and development work, where small quantities of powders need to be mixed to test the viability of a formulation.
     

    Types of Laboratory Powder Mixers

    There are different types of laboratory powder mixers available, and the choice of the mixer depends on the material being mixed, the desired level of homogeneity, and the desired batch size. we have the following common types of laboratory powder mixers: V cone blender,
    3D lab powder mixer, Cone powder blending machine    .
     

    The Functionality of Laboratory Powder Mixers

    The functionality of a laboratory powder mixer depends on its type and design. However, most powder mixers have the following basic functions:

    Homogenization

    The primary function of a laboratory powder mixer is to homogenize the materials. The mixer's agitator creates a motion that distributes the particles evenly, ensuring that each particle has the same amount of exposure to the other particles.

    Dispersion

    The mixer's agitator also helps to disperse the materials, breaking down any agglomerates or clumps that may be present. This function is especially important for materials that are not easily soluble in liquids.

    Blending

    The mixer's ability to blend materials ensures that the final product is uniform in composition. This function is essential in industries such as pharmaceuticals, where the quality and consistency of the product are critical.
     

    Benefits of Laboratory Powder Mixers

    Laboratory powder mixers offer numerous benefits for researchers and scientists, including:

    Accuracy

    Powder mixers offer a high degree of accuracy, ensuring that the materials are mixed in the correct proportions.

    Reproducibility

    Powder mixers ensure that the materials are mixed consistently, allowing for the reproducibility of results.

    Efficiency

    Powder mixers can blend materials quickly and efficiently, reducing the time needed for research and development work.

    Versatility

    Powder mixers can handle a wide range
     

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