Silverson Nippon Ltd. Product Lineup

In the ink manufacturing industry, reproducibility of color and stability of quality are required. In particular, uniform mixing in pigment dispersion and additive blending is a crucial factor that affects product quality. Uneven mixing can lead to color variations and sedimentation, potentially resulting in product defects. Our laboratory mixer shield unit enables work in a sterile environment and prevents the dispersion of harmful substances. It supports safe and high-quality ink production with its high-performance mixer. [Usage Scenarios] - Ink color adjustment - Mixing of pigments and solvents - Mixing of additives - Research and development [Benefits of Implementation] - Quality improvement through uniform mixing - Realization of a safe working environment - Compatibility with various containers - Expansion of applications with vacuum options

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In the paint industry, the uniform dispersion of materials affects product quality. In particular, insufficient dispersion of pigments and additives can lead to color inconsistencies and decreased performance. Additionally, some paints may contain harmful substances, making it crucial to ensure a safe working environment. The L5 series shield unit for laboratory mixers enables work in a sterile environment and prevents the dispersion of harmful substances. This supports the safe and high-quality production of paints. [Application Scenarios] - Paint formulation - Dispersion of pigments and additives - Research and development [Benefits of Implementation] - Quality improvement through uniform dispersion - Realization of a safe working environment - Increased efficiency in research and development

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In the chemical industry, safety is the top priority in reaction processes. Particularly when handling hazardous substances or dangerous reagents, mixing in a sealed environment is essential. Improper mixing or environmental contamination can lead to experimental failures or accidents. The laboratory mixer shield unit enables mixing in a sterile environment and prevents the leakage of hazardous substances. 【Usage Scenarios】 - Reactions in a sterile environment - Mixing of hazardous materials - Work under vacuum 【Benefits of Implementation】 - Improved safety - Enhanced experimental accuracy - Improved work efficiency

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In the cosmetics industry, it is essential to thoroughly prevent foreign matter contamination and pollution during the emulsification process to ensure product quality and safety. This is especially crucial when handling delicate ingredients, as working in a sterile environment is indispensable. Our laboratory mixer, the L5 series shield unit, maintains a sterile state through a mechanical seal, shutting out external contamination. It also prevents the dispersion of harmful substances, providing a safe working environment. [Usage Scenarios] - Emulsification of cosmetic raw materials - Production of creams, lotions, serums, etc. - Mixing operations in a sterile environment [Benefits of Implementation] - Improved product quality - Ensured safety - Enhanced work efficiency

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In the food industry, homogenization of raw materials is crucial to ensure product quality and safety. Particularly when working in sterile environments or handling hazardous substances, it is necessary to minimize the risk of contamination. Improper mixing can lead to a decline in product quality and the inclusion of foreign substances. Our laboratory mixer shield unit is designed to safely perform homogenization tasks in sterile environments. You can use it without sacrificing safety, ease of use, or product quality. [Usage Scenarios] - Homogenization of food - Mixing in sterile environments - Mixing of hazardous materials [Benefits of Implementation] - Improved product quality - Ensured safety - Enhanced work efficiency

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In the pharmaceutical industry, mixing in a sterile environment is essential to ensure product quality and safety. Particularly in drug manufacturing, it is necessary to minimize the risk of contamination and achieve accurate mixing. Improper mixing or environmental contamination can lead to product quality degradation and safety issues. Our laboratory mixer shield unit enables mixing in a sterile environment and prevents the leakage of harmful substances. It supports the manufacturing of high-quality pharmaceuticals under absolute safety. 【Application Scenarios】 - Mixing in a sterile environment - Mixing of hazardous materials - Operations under vacuum 【Benefits of Implementation】 - Maintenance of sterile conditions - Improved safety - Production of high-quality products

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In the extraction process of the fragrance industry, a uniform mixing of components and efficient extraction are required. In particular, stirring in elongated test tubes makes it difficult to ensure uniformity, which can affect extraction efficiency. The L5 series laboratory mixer offers a variety of tube-type assemblies suitable for stirring in elongated test tubes, addressing the challenges in fragrance extraction. [Application Scenarios] - Research and development in fragrance extraction - Quality control analysis - Small-scale production [Benefits of Implementation] - Improved extraction efficiency through uniform mixing - Compatibility with various test tube sizes - Utilization across all industrial fields such as research and development, QA analysis, and small-scale production

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In the coating process of electronic materials, the uniform mixing of materials affects the quality of the product. Particularly when dealing with materials that contain fine particles or have high viscosity, proper stirring is essential. Uneven mixing can lead to inconsistencies and defects in the coating, potentially resulting in decreased product performance. The L5 series tubular mixer is specialized for stirring within elongated test tubes, allowing for efficient and uniform mixing of coating materials. [Usage Scenarios] - Research and development of electronic materials - QA analysis - Small-scale production [Benefits of Implementation] - Improved uniformity of coatings - Stabilization of product quality - Reduction of material waste

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In the ceramics industry, the uniform mixing of materials during the molding process significantly affects product quality. This is especially true for materials containing fine particles, where the uniformity of dispersion is crucial. Uneven mixing can lead to a decrease in the strength of the product or defects after molding. The L5 series laboratory mixer achieves uniform stirring even within elongated test tubes, contributing to the improvement of the quality of ceramic molding materials. 【Application Scenarios】 - Mixing of ceramic slurries - Mixing of binders and ceramic powders - Material formulation in research and development 【Benefits of Implementation】 - Improved product quality through uniform mixing of materials - Enhanced work efficiency due to stirring within test tubes - A mixer capable of handling a variety of viscosities

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In the coagulation process of the water treatment industry, the proper mixing of coagulants and raw water is essential for efficient floc formation and the removal of pollutants. Particularly during the examination of optimal coagulation conditions in the testing phase, accurate stirring with a small amount of sample is required. Inadequate stirring can lead to poor floc formation and waste of coagulants. The laboratory mixer L5 series achieves uniform stirring even in elongated test tubes, enabling rapid examination of optimal coagulation conditions. [Application Scenarios] - Coagulation tests in water quality analysis labs - Optimization of coagulant types and dosages - Improvement of wastewater treatment processes [Benefits of Implementation] - Increased testing efficiency through accurate stirring with small sample sizes - Cost reduction through rapid identification of optimal coagulation conditions - Improved water treatment efficiency due to stable floc formation

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In the agricultural sector, uniform mixing in the formulation of fertilizers, pesticides, and seed treatment agents influences quality and effectiveness. Particularly in the mixing of trace components and the stirring of high-viscosity liquids, achieving a homogeneous mixture is crucial. Uneven mixing can lead to poor crop growth and biased effects. The L5 series laboratory mixer achieves uniform stirring even in narrow test tubes, addressing challenges in agricultural formulations. 【Application Scenarios】 - Formulation of fertilizers, pesticides, and seed treatment agents - Formulation experiments in research and development - Formulation in small-scale production 【Benefits of Implementation】 - Improved quality through uniform mixing - Enhanced formulation efficiency - Streamlined research and development processes

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In the battery industry, uniform mixing in the preparation of electrode material slurries is a critical factor that influences product performance. In particular, the dispersion of particles and the suppression of aggregation significantly affect the charging and discharging efficiency and lifespan of batteries. Improper mixing can lead to performance degradation and the occurrence of defective products. The tube-type assembly of the laboratory mixer L5 series is very suitable for stirring within elongated test tubes, supporting uniform mixing of slurries. 【Application Scenarios】 - Slurry preparation in research and development - Slurry mixing in QA analysis - Slurry mixing in small-scale production 【Benefits of Implementation】 - Improved battery performance through uniform slurry mixing - Efficient mixing operations within test tubes - A mixer capable of handling a variety of viscosities

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In the ink industry, the uniform dispersion of colorants affects quality. In particular, when pigment or dye particles agglomerate, it can lead to color unevenness and sedimentation, potentially compromising product performance. The L5 series laboratory mixer enables uniform mixing and dispersion in ink coloring, supporting the production of high-quality inks. 【Application Scenarios】 - Research and development of inks - Mixing of colorants in quality control - Small-scale ink manufacturing 【Benefits of Implementation】 - Achieving uniform coloring and stable quality - Improved color reproducibility - Reduction of waste materials

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In the paint industry, uniform mixing of paints is required for quality control and product performance improvement. In particular, insufficient dispersion of pigments and additives can lead to color variation and decreased performance. The L5 series laboratory mixer is specialized for stirring in elongated test tubes, achieving uniform mixing. [Usage Scenarios] - Formulation studies of paints in research and development - Quality assessment of paints in QA analysis - Formulation of paints in small-scale production [Effects of Implementation] - Improvement of paint uniformity - Streamlining of quality control - Stabilization of product performance

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In the chemical industry, uniform mixing is essential for influencing reaction efficiency and quality during reaction processes. Particularly in reactions within narrow test tubes, achieving proper stirring can be challenging, potentially leading to reaction bias and decreased efficiency. Our laboratory mixer, the L5 series, addresses these difficult challenges and contributes to improving reaction efficiency by achieving uniform mixing. [Usage Scenarios] - Chemical reactions in test tubes - Mixing of trace components - Improvement of reaction rates - Achieving uniform temperature distribution [Effects of Implementation] - Increased reaction efficiency - Stabilization of product quality - Improved reproducibility of experiments - Reduction of unnecessary reagents

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In the cosmetics industry, a uniform dispersion of ingredients that affects product quality is required. In particular, dispersion within slender test tubes is crucial for preventing ingredient bias and sedimentation, ensuring product stability. Improper dispersion can adversely affect the appearance, feel, and efficacy of the product. The laboratory mixer L5 series offers a variety of tube-type assemblies suitable for stirring solutions in slender test tubes, achieving ideal dispersion in cosmetic research and development, QA analysis, and small-scale production. [Application Scenarios] - Mixing cosmetic raw materials - Emulsification and dispersion - Quality evaluation [Benefits of Implementation] - Improved product quality through uniform dispersion - Efficient stirring within test tubes - Enhanced efficiency in research and development

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In the food industry, the emulsification process requires uniform mixing and stable quality. Particularly in testing phases and small-scale production, a mixer that can efficiently emulsify even small quantities is essential. Improper mixing can lead to product separation and quality degradation. Our laboratory mixer, the L5 series, is specialized for emulsification within slender test tubes and accommodates a wide range of applications from research and development to small-scale production. [Usage Scenarios] - Mixing food additives - Manufacturing emulsified sauces - Emulsification experiments in research and development [Benefits of Implementation] - Achieves uniform emulsification, improving product quality - Enables efficient emulsification with small sample sizes - Supports highly reproducible experiments in research and development

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In the pharmaceutical industry, the mixing of trace solutions is required in research and development as well as quality control. In particular, uniform mixing within slender test tubes is essential for obtaining accurate analytical results. Improper mixing can compromise the reproducibility of experiments and lead to incorrect results. The laboratory mixer L5 series offers a variety of tube-type assemblies suitable for stirring within slender test tubes, addressing the mixing challenges in the pharmaceutical field. 【Application Scenarios】 - Mixing of reagents in research and development - Sample mixing in QA analysis - Mixing in small-scale production 【Benefits of Implementation】 - Achieves uniform mixing within slender test tubes - Improves reproducibility of experiments - Obtains accurate analytical results

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In the pesticide industry, precise mixing of components is essential for the development of new pesticides and the improvement of existing ones. In particular, uniformly mixing different components and ensuring stable quality is crucial for maximizing the effectiveness of pesticides. Improper mixing can reduce the effectiveness of pesticides or cause separation of components. The L5 series laboratory mixer supports optimal mixing of pesticide components and handles a variety of tasks such as mixing, emulsifying, homogenizing, dispersing agglomerates, and dissolving. 【Application Scenarios】 - Mixing pesticide components in the laboratory - Exploring new formulations in research and development - Manufacturing pesticides in small-scale production 【Benefits of Implementation】 - Improved pesticide effectiveness through uniform mixing of components - Enhanced efficiency in quality control through real-time data output - Data acquisition aimed at scaling up to actual production

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In the fragrance industry, the extraction of aroma compounds relies on uniform mixing and efficient dispersion of ingredients, which are crucial factors that influence product quality and the reproducibility of scents. Particularly in fragrance formulation, precise mixing of trace components is required, as uneven mixing can lead to scent bias and deterioration of quality. The L5 series laboratory mixer addresses these challenging issues, accommodating a wide processing capacity from 2 mL to approximately 10 L, meeting diverse mixing needs. [Application Scenarios] - Mixing of raw materials in fragrance extraction - Emulsification and homogeneous dispersion of fragrances - Dispersion of agglomerates - Dissolution of thickeners [Benefits of Implementation] - Improved reproducibility of scents through uniform mixing - Adaptation to various sample sizes - Enhanced analysis efficiency through real-time PC output of data

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In the adhesive industry, viscosity adjustment, which influences product quality, is crucial. Uniform mixing is essential, and the occurrence of agglomerates can potentially degrade product performance. The L5 series supports a wide range of applications from the development stage in the laboratory to small-scale production, helping to solve challenges in viscosity adjustment. 【Usage Scenarios】 - Viscosity adjustment of adhesives - Uniform mixing of materials - Dispersion of agglomerates - Formulation studies in the laboratory 【Benefits of Implementation】 - Improved product quality through uniform mixing - Acquisition of highly reproducible data - Utilization of data with an eye on scale-up

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In the battery industry, the uniform mixing of materials in electrode production is a crucial factor that affects the performance of the product. Insufficient dispersion of electrode materials can lead to decreased charge and discharge efficiency and a shorter lifespan of the battery. The L5 series contributes to the uniform mixing of materials, enhancing the performance of electrodes. 【Application Scenarios】 * Preparation of electrode slurry * Mixing of binder and active materials * Dispersion of additives 【Effects of Implementation】 * Improvement in battery performance due to uniform mixing of electrode materials * Establishment of a highly reproducible electrode production process * Data collection in research and development with feedback for actual production

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In the ceramics industry, the uniform mixing of raw materials in the pre-sintering process is a crucial factor that affects product quality. In particular, the dispersion of particles and the uniformity of the mixture significantly impact the strength and density of the products after sintering. Uneven mixing can lead to uneven shrinkage during sintering, potentially causing cracks and distortions. The L5 series laboratory mixer provides optimal mixing conditions to address these challenging issues and supports the production of high-quality ceramic products. 【Application Scenarios】 - Mixing of ceramic raw material slurries - Uniform dispersion of binders and additives - Mixing of sintering aids 【Benefits of Implementation】 - Improved product quality after sintering due to uniformity of raw materials - Increased yield - Ensured reproducibility in research and development

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In the electronic materials industry, a uniform dispersion of fine particles that affects product quality and performance is required. Especially when dealing with fine materials such as nanoparticles, the occurrence of agglomerates and non-uniform dispersion can lead to reduced yield and performance of the products. The L5 series laboratory mixer provides mixing solutions aimed at scaling up from small-scale research and development to actual production. [Application Scenarios] - Research and development of electronic materials - Manufacturing of materials requiring fine particle dispersion - Sample preparation in quality control [Benefits of Implementation] - Improved product quality through uniform dispersion - Acquisition of highly reproducible data - Smooth transition to actual production

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In the ink manufacturing industry, reproducibility of color and stability of quality are required. Particularly in color adjustment, the uniform dispersion of pigments and additives is crucial, as uneven dispersion can lead to color variation and a decline in quality. The L5 series laboratory mixer was developed to address the challenges in ink color adjustment. 【Usage Scenarios】 - Ink color adjustment - Pigment dispersion - Additive mixing 【Benefits of Implementation】 - Improved color reproducibility - Stabilization of quality - Increased efficiency in research and development

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In the paint industry, uniform mixing that affects product quality is essential. In particular, insufficient dispersion of pigments and additives can lead to color inconsistencies and reduced performance. The L5 series laboratory mixer provides the optimal solution for achieving uniformity in paints. 【Application Scenarios】 - Formulation and mixing of paints - Dispersion of pigments and additives - Quality evaluation and research and development 【Benefits of Implementation】 - Improved quality through uniform mixing - Acquisition of highly reproducible data - Increased efficiency in research and development

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In the chemical industry, the uniform mixing of reactants is a crucial factor that influences reaction efficiency. Particularly, to enhance reaction rates, maximizing the contact opportunities between substances through appropriate mixing is essential. Inadequate mixing can lead to delays in reactions or incomplete reactions, potentially adversely affecting the quality of the final product. The L5 series laboratory mixer addresses diverse mixing needs and supports the maximization of reaction efficiency. [Application Scenarios] - Optimization of chemical reactions in research and development - Synthesis of new compounds - Examination of reaction conditions [Benefits of Implementation] - Improved reaction efficiency - Stabilization of product quality - Increased efficiency in research and development

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In the pharmaceutical industry, accuracy and reproducibility in the mixing process are essential to ensure product quality and safety. In particular, the uniform mixing of active ingredients is a crucial factor that affects efficacy. Improper mixing can lead to a decline in product quality and variations in effectiveness. The L5 series laboratory mixer accommodates a wide range of applications from small-scale development to actual production, supporting a highly reproducible mixing process through intuitive operation via a touchscreen and data output capabilities. [Usage Scenarios] - Research and development of pharmaceuticals - Mixing in quality control - Small-scale production [Benefits of Implementation] - Improved product quality through uniform mixing - Assurance of reproducibility through real-time data output - Data acquisition with an eye toward scale-up

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In the cosmetics industry, proper dispersion of raw materials is crucial to maintain product quality and uniformity. In particular, insufficient dispersion of pigments and dyes can lead to color inconsistencies and reduced performance of the products. The L5 series laboratory mixer supports dispersion tasks with an eye toward scaling up from small-scale research and development to actual production. 【Usage Scenarios】 - Dispersion of cosmetic raw materials - Emulsification - Homogeneous dispersion - Dispersion of agglomerates 【Benefits of Implementation】 - Improved product quality through uniform dispersion - Smooth transition from research and development to actual production - Enhanced quality control through real-time data output

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In the food industry, the emulsification process requires uniform product quality and stability. Poor emulsification can lead to product separation and deterioration of texture, potentially resulting in decreased customer satisfaction. The L5 series laboratory mixer enables data acquisition with an eye toward scaling up from small-scale trials to actual production, supporting the resolution of challenges in the food emulsification process. 【Usage Scenarios】 - Emulsification experiments in food development - Prototype creation for new products - Verification of emulsification status in quality control 【Benefits of Implementation】 - Acquisition of highly reproducible emulsification data - Smooth transition to actual production - Improvement in product quality

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It can be attached to the L5 series mixer for laboratory use and used as an Ultramix mixer. Even at the lab scale, it can simulate the batch mixing process of Ultramix, making it a reliable unit for analyzing scale-up in research and development or production processes. Ultramix has an ideal shape for stirring solutions in containers with small openings, demonstrating a stirring capacity of up to 12 liters depending on viscosity. With a simple structure and high cleanability, it meets the standards of 3A, USDA, and cGMP. Whether for applications involving hazardous chemicals or advanced sanitary environments, it can be used with confidence in applications that require stringent cleaning performance.

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Tasks that were thought to be impossible become a reality. Silverson's powerful D2500 mixing system crushes, dissolves, and disperses large solids of about 1 meter in size in just one process. You will surely be amazed by its processing speed. The D2500 is equipped with Silverson's unique high-performance mixer at the specially designed bottom of the tank. The mixer generates a strong suction force from the liquid surface, ensuring that even solids with high buoyancy are reliably drawn in. The captured solids are then vigorously crushed and evenly dispersed in the mixed liquid. Furthermore, another mixer integrated into the system, the inline mixer, ensures that the solids are completely dissolved and suspended.

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The Silverson Ultra Sanitary Series is a versatile inline mixer capable of handling a wide range of processes such as mixing, emulsifying, homogenizing, dispersing, and dissolving, featuring high efficiency, flexibility, and hygiene that are unmatched by other devices. Designed to prioritize hygienic performance while accommodating diverse processing needs, it is well suited for applications ranging from research and development to full-scale production.. 【Features and Compliance with Hygiene Standards】 - Mixers in the UHS Series are certified to 3-A TPV standards, ensuring they meet third‑party verification for hygienic design. - An EHEDG‑certified mechanical shaft seal is provided as standard, and models with full EHEDG certification for the entire unit are also available. - The design complies with FDA and cGMP guidelines, making it ideal for industries with stringent hygiene requirements such as pharmaceuticals, food, and cosmetics.

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The AX series mixers are designed for small-scale production in pilot plants, research institutions, and hospital pharmacies. Like the lab mixers, they can be intuitively operated via a touch panel. They are lightweight and easy to operate, yet they are high-performance mixers capable of handling a maximum capacity of 50 liters.

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The Silverson VERSO-UHS is a tabletop in-line mixer designed specifically for use in laboratory and pilot scale applications, featuring a sanitary specification model. It provides reliable results with high precision processing and stable reproducibility, even in environments that require advanced hygiene standards, such as the food, pharmaceutical, and cosmetics industries. 【 Excellent Reproducibility for Scale-Up 】 The VERSO series excels in reproducibility during scale-up, allowing for accurate and easy predictions of how a full-sized inline mixer will operate in a production environment. 【 Advanced Monitoring and Control Features 】 The VERSO lab mixer comes standard with essential features for rigorous process validation and reproducibility, including a digital tachometer, ammeter, and programmable timer. Additionally, it is fully compatible with Silverson's "DataLogger" program, which records the mixer’s rotational speed and power consumption over time and displays the data in real-time graphs.

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It can be installed on the L5 series mixer for laboratory use and used as an in-line mixer. Even at the lab scale, it can simulate in-line processes, making it a reliable unit for analyzing scale-up in research and development as well as production processes. The rotor of the workhead, which has a high shear force, possesses pumping capability due to centrifugal force, allowing it to circulate liquids at a flow rate of 20L/min for low-viscosity solutions. *This unit is designed for use at atmospheric pressure. Please avoid using it with highly abrasive solutions, highly corrosive solutions, or flammable materials.*

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The laboratory mixer [L5 series] comes with a variety of tube-type assemblies suitable for stirring solutions in elongated test tubes (the processing volume may vary depending on viscosity). It is an ideal mixer for all industrial fields, including research and development, QA analysis, and small-scale production.

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The mechanical seal protects sterile materials from air contamination, and there is no concern about harmful substances being released into the surrounding atmosphere. Processing can be carried out under absolute safety. The mixing assembly of the shield unit can be easily attached and detached from the drive unit.

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The "Ultramix" is a mixer developed for applications where it is difficult to obtain a homogeneous solution with an agitator and where the powerful shear force of a conventional high-shear mixer is not required. It is designed to provide excellent performance while being very easy to clean and maintain. It is particularly suitable for containers with narrow openings, and due to its strong stirring action, it can effectively mix solutions even in containers with complex shapes. This offers significant advantages for customers using IBC containers. There is also a lab-scale unit in the same series, allowing for the accurate reproduction of production mixer performance in the laboratory. 【Features】 - High sanitary properties brought by a simple design - Integrated shaft and mixing head, designed for CIP/SIP cleaning - Fully compliant with 3A, USDA, and cGMP standards - Capable of quickly incorporating large amounts of powder - Provides strong stirring power even for high-viscosity solutions - No wear parts, making it maintenance-free for long periods *For more details, please download the PDF or feel free to contact us.

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Silverson’s Bottom-Entry Mixer offers excellent cleanability, making it ideal for applications requiring high sanitary standards. It not only excels at breaking down solids but is also perfect for incorporating powders that tend to float on the liquid surface. For high-viscosity products, it can be combined with a low‑speed anchor agitator or scraper. This powerful combination—homogenization with a bottom‑entry mixer × circulation support with an agitator/scraper —is widely used in the production of high‑viscosity cosmetics, pharmaceuticals, and food products. As with other Silverson rotor/stator mixers, the stator, disintegrating head, and screens can be easily interchanged. A single unit can handle a wide range of mixing processes. *For more details, please download the PDF or feel free to contact us.

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The "Inline Mixer" has a high level of sanitary properties and is compatible with CIP and SIP cleaning. You can select the optimal work head according to your application and purpose. It is used for mixing, dispersing, emulsifying, and dissolving gelling agents. It is easy to install in existing tanks, and because it is inline, it does not come into contact with air, making it a highly efficient mixer. 【Features】 ■ A lineup ranging from large models with a pipe diameter of 0.5 inches to 4 inches ■ Supports a variety of mixing for dispersion, emulsification, and blending ■ Compatible with CIP and SIP ■ Ultra-clean models compliant with EHEDG are also available *For more details, please refer to the PDF document or feel free to contact us.

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The "Batch Mixer" is a vertical high-shear mixer that meets diverse needs such as mixing, emulsifying, homogenizing, breaking down, and dissolving. You can select the optimal work head according to your application and purpose. Its robust construction and simple design make cleaning and parts replacement easy. It can be used for a wide range of applications with just one machine. 【Features】 ■ Suitable work heads can be selected for individual applications ranging from a few liters to a maximum of 30 tons. ■ Simple and robust design. ■ Easy to clean using CIP (Clean-In-Place) and disassembly cleaning. ■ Custom specifications are available according to applications. *For more details, please refer to the PDF document or feel free to contact us.

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Silverson’s Flashmix introduces a completely new approach to powder–liquid mixing. Unlike conventional powder–liquid mixers that rely on vacuum to draw powders into the liquid, the new Flashmix forces powders directly into the liquid stream for rapid incorporation. This method not only enables the handling of large quantities of powder, but also allows efficient processing of high‑temperature liquids and products that reach very high viscosities. The Flashmix is a high‑performance, high‑shear mixer capable of handling a wide range of applications that were previously difficult to process. 【 Features 】 - Handles powder addition rates of up to 15 tons per hour - Produces smooth, lump‑free, homogeneous mixtures - Suitable for processing at higher temperatures than conventional systems - Capable of handling high‑concentration and high‑viscosity gums and thickeners - No additional pump required, reducing energy consumption - Simple construction for easy installation, operation, and cleaning *For more details, please refer to the PDF document or feel free to contact us.

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The L5 series lab mixer is an ideal mixer for development and research in laboratories, and it can also be widely used for small-scale actual production. It features an intuitive operation via a touch screen control panel, allowing for pre-setting of rotation speed and includes a timer function. Equipped with a USB port, it enables real-time output of basic data to a PC. For users requiring validation work or reproducibility, it allows for the direct acquisition of valuable data from the mixer. 【Features】 - It excels in a variety of applications such as mixing, emulsifying, homogenizing, dispersing agglomerates, and dissolving! - Processing capacity: 2 mL to approximately 10 L - The optional inline head achieves a flow rate of 20 L/min - Data obtained from the L5 mixer is also effective for scaling up to large models for actual production! *For more details, please refer to the PDF document or feel free to contact us.

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Our company has consistently provided high-quality high-shear high-speed dispersers to a wide range of industries around the world for over 75 years since our founding. We offer various types of mixer products, from laboratory models to large-scale manufacturing models, aimed at industries such as food, pharmaceuticals, cosmetics, chemicals, and lubricants. <Features> - Time reduction - Versatility - Mixing - Disintegration and dispersion - Granulation - Gelation and dissolution, etc. *For more details, please refer to the PDF document or feel free to contact us.

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