増野製作所 Product Lineup

In the chemical industry, improving reaction efficiency and achieving uniform reactions are essential. Particularly, when the mixing or dissolution of raw materials is insufficient, it can lead to a decrease in reaction speed and incomplete reactions, potentially adversely affecting product quality and productivity. The disintegrator efficiently breaks down solidified clumps of raw materials, maximizing the reaction surface area and thereby enhancing the reaction speed. 【Usage Scenarios】 - Breaking down materials before feeding them into the reaction vessel - Breaking down impurities that inhibit the reaction - Reactions requiring uniform mixing 【Benefits of Implementation】 - Improved reaction efficiency - Stabilization of product quality - Increased productivity

In the agricultural sector, particularly in feed formulation, the uniform disintegration of feed ingredients is crucial for improving the nutritional intake efficiency of livestock. It is necessary to efficiently disintegrate bulk materials and those with specific hardness to promote digestion and absorption. Uneven disintegration can disrupt the nutritional balance of livestock, potentially adversely affecting their growth and health. Our disintegrator, the "Disintegrator," optimally disintegrates feed ingredients, contributing to the health and productivity of livestock. 【Usage Scenarios】 - Disintegration of feed ingredients such as grains and seafood bones - Improvement of feed formulation efficiency - Enhancement of feed digestion and absorption rates 【Benefits of Implementation】 - Reduction of feed waste - Promotion of livestock growth - Decrease in feed costs

In the electronic components industry, the uniform fine processing of materials significantly affects product quality and performance. Particularly as high functionality progresses, controlling the particle size and dispersion of materials is essential for improving product yield. Uneven fine processing can lead to a decline in product performance and the occurrence of defects. The disintegrator, which uses impact and shear forces from a rod ring arrangement, crushes materials to achieve uniform fine processing. 【Application Scenarios】 - Fine processing of electronic component materials (ceramics, metal oxides, etc.) - Foreign matter removal - Improvement of material dispersion 【Benefits of Implementation】 - Improved product quality through uniform fine processing of materials - Increased yield - Stabilization of product performance

In the cosmetics industry, a uniform dispersion of raw materials that affects product quality is required. In particular, insufficient dispersion of pigments and additives can lead to uneven color and a deterioration in usability. Our disintegrator, 'Disintegrator', crushes raw materials using impact and shear forces from rod rings, achieving uniform dispersion. 【Usage Scenarios】 - Dispersion of pigments, dyes, and additives - Manufacturing of creams, emulsions, foundations, etc. - Crushing of raw material clumps 【Benefits of Implementation】 - Improved product quality through uniform dispersion - Increased efficiency in the manufacturing process - Stable supply of products

In the waste management industry, reducing the volume of waste is crucial for cost reduction and minimizing environmental impact. In particular, there is a demand for reducing the amount of waste sent to landfills and for the efficient recovery of recyclable resources. Efficiently breaking down solid, lump-like waste and ensuring a smooth subsequent processing stage is essential for improving waste management efficiency. Our disintegrator, "Disintegrator," addresses these challenges. 【Usage Scenarios】 - Breaking down sludge and cake - Processing seafood bones - Other volume reduction through the disintegration of lump waste 【Benefits of Implementation】 - Reduces the volume of waste, lowering landfill costs - Improves the recovery efficiency of recyclable resources - Reduces total costs through the efficiency of processing stages

In the ceramics industry, uniform grinding of raw materials is required to improve product quality and production efficiency. In particular, the uniformity of the particle size distribution of raw materials before firing significantly affects the strength and finish of the product. Uneven grinding can lead to variations in shrinkage and cracking during firing. Our disintegrator, "Disintegrator," efficiently crushes ceramic raw materials using impact and shear forces from rod rings, achieving a uniform particle size distribution. 【Application Scenarios】 - Grinding of ceramic raw materials - Preparation of raw materials before firing - Removal of foreign substances 【Benefits of Implementation】 - Achievement of uniform particle size distribution - Improvement in product quality - Enhancement of production efficiency

In the field of biotechnology, cell disruption is an important process in various research and manufacturing processes, such as protein extraction, DNA/RNA extraction, and analysis of intracellular substances. Particularly, depending on the type of cells and the target substances, it is necessary to efficiently disrupt the cells while minimizing damage to the desired substances. Disintegrators enable efficient disruption of cells without over-grinding them. 【Application Scenarios】 - Cell disruption after cell culture - Protein extraction - DNA/RNA extraction - Analysis of intracellular substances 【Effects of Implementation】 - Increased efficiency of cell disruption - Reduced damage to target substances - Enhanced efficiency of research and manufacturing processes

In the paint industry, the uniform dispersion of pigments and additives significantly affects product quality. It is particularly important to prevent color variations and sedimentation to ensure stable coating performance. Uneven mixing can lead to poor product appearance and reduced performance. The disintegrator, through the action of its rod ring arrangement, crushes raw materials and achieves uniform mixing of paint. 【Application Scenarios】 - Mixing of pigments and additives in paint manufacturing - Improvement of color variations and sedimentation - Stabilization of paint quality 【Effects of Implementation】 - Improved product quality through uniform mixing - Suppression of color variations and sedimentation - Stabilization of paint performance

This document is a collection of case studies summarizing solutions to various challenges using classifiers and crushers provided by Masuno Seisakusho. It includes examples of improving the reuse rate of used foundry sand and crushing wood carbon materials while considering dust explosion risks, addressing challenges and solutions in actual operations. It introduces equipment that accommodates a wide range of raw materials and applications. It also explains continuous crushing while discharging foreign substances and examples of fine crushing of food products with minimized thermal effects. This content will be useful for your company's equipment introduction and process improvement, so please take a moment to read it. [Contents (partial)] ■ Case Study 01: Classification for the reuse of used foundry sand ■ Case Study 02: Crushing of wood carbon materials considering dust explosion risks ■ Case Study 03: Separation and crushing of raw materials with foreign substances ■ Case Study 04: Crushing of food products with suppressed temperature rise after crushing ■ Case Study 05: High processing volume crushing of salt *For more details, please download the PDF or feel free to contact us.

In the chemical industry, maintaining uniform quality of raw materials and achieving specific particle size distributions are essential. Particularly, precise grinding and classification of raw materials are crucial for improving reaction efficiency and ensuring product stability. Inconsistent raw materials can lead to variations in the manufacturing process and a decline in product quality. This case study collection introduces examples of problem-solving in the chemical field using Masuno Seisakusho's classifiers and grinders. 【Usage Scenarios】 - Achieving a uniform particle size distribution of chemical raw materials - Precision grinding for improved reaction efficiency - Classification processing for stabilizing product quality 【Effects of Implementation】 - Stabilization of the manufacturing process - Improvement in product quality - Enhancement of yield

In the food industry, proper processing of raw materials is required to improve product quality and create new textures. In particular, in texture improvement, the particle size and uniformity of raw materials significantly affect the mouthfeel and physical properties of the product, making precise grinding and classification techniques essential. Improper processing may lead to failure to achieve the desired texture or result in quality variations. Our company provides a collection of case studies to support the resolution of challenges related to the fine grinding and classification of food, based on years of experience and unique technology. 【Usage Scenarios】 - Texture improvement through particle size adjustment of food ingredients - Flavor enhancement through the grinding of dried foods - Separation and grinding of contaminated raw materials - Fine grinding of food while suppressing temperature rise after grinding - Uniform mixing through the crushing of salt and other ingredients 【Effects of Implementation】 - Achieving the desired texture - Stabilization of product quality - Contribution to new product development - Streamlining of manufacturing processes

In the pharmaceutical industry, there is a demand for improved solubility of active ingredients and control of uniform particle size in formulation. In particular, enhancing the solubility of poorly soluble drugs is essential for the manifestation of their efficacy, making fine particle size reduction and appropriate classification important. Improper handling can affect the variability of drug efficacy and the stability of formulations. Our company provides grinding and classification solutions that contribute to the improvement of drug solubility based on years of experience and unique technology. 【Application Scenarios】 - Improvement of solubility through fine grinding of poorly soluble drugs - Achievement of particle size distribution suitable for formulation - Clean grinding processes that reduce the risk of foreign matter contamination 【Effects of Implementation】 - Enhanced manifestation of drug efficacy - Improved stability of formulations - Increased efficiency of the manufacturing process

In the plastic recycling industry, efficient processing and reuse of used plastics are required. In particular, challenges such as contamination and the mixing of diverse materials can lead to a decline in the quality of recycled products and an increase in processing costs. To address these challenges, the application of appropriate crushing, classification, and disintegration technologies is crucial for improving recycling rates and ensuring stable quality. Our case studies present specific methods and results that help solve these on-site challenges. 【Utilization Scenes】 - Classification and crushing aimed at improving the quality of recycled plastics - Disintegration of raw materials in the recycling process 【Effects of Implementation】 - Increased recycling rates - Stabilization of recycled product quality - Improved efficiency of processing operations

In the agricultural sector, there is a demand for uniform particle size of fertilizer raw materials and effective utilization of underutilized resources. In particular, the variability in particle size that affects the efficiency and effectiveness of fertilizer application, as well as recycling for reducing environmental impact, are important issues. To address these challenges, appropriate grinding and classification technologies tailored to the characteristics of the raw materials are essential. Our case studies showcase specific methods and results that help solve these on-site challenges. 【Application Scenarios】 - Adjustment of uniform particle size for fertilizer raw materials - Grinding and classification of organic fertilizer raw materials - Recycling of underutilized resources (e.g., food waste) - Improvement of fertilizer quality 【Benefits of Implementation】 - Improved efficiency of fertilizer application - Stabilization of fertilizer effectiveness - Cost reduction through increased recycling rates - Reduction of environmental impact

In battery material development, controlling the uniform particle size of raw materials and preventing foreign substance contamination can impact product performance. Particularly in the development of new materials and the optimization of manufacturing processes, processing fine particles and removing impurities are emphasized. To address these challenges, precise grinding and classification technologies are required. The case study collection summarizing various solutions using Masuno Seisakusho's classifiers and grinders is designed to assist your company in equipment introduction and process improvement. 【Application Scenarios】 - Fine grinding of battery materials - Separation and grinding of raw materials with foreign substances - Control of raw material particle size 【Effects of Introduction】 - Improved material uniformity - Stabilization of product performance - Increased efficiency of manufacturing processes

In the paint industry, the uniform dispersion of pigments and additives significantly affects product quality. In particular, uniformly dispersing fine particles is essential for improving the hiding power, color development, and film performance of paints. Insufficient dispersion can lead to unevenness in the paint film, color variation, and reduced durability. Our grinding, classification, and deagglomeration technologies contribute to solving these challenges. 【Application Scenarios】 - Improved dispersibility through fine grinding of pigments - Uniform particle size control of additives - Stabilization of paint quality through foreign matter removal 【Effects of Implementation】 - Enhanced hiding power and color development of paints - Improved uniformity and durability of the paint film - Increased yield in the manufacturing process

In the cosmetics industry, precise control of raw material particle size is required to improve the texture and feel of products. In particular, fine particles significantly affect how well a product adheres to the skin and its uniform finish, making them a crucial factor in product quality. Inadequate particle control can lead to issues such as variability in product texture and failure to achieve the desired effects. The case study collection summarizing various solutions using classification and grinding machines provided by Masuno Seisakusho will assist your company in addressing particle control challenges. 【Application Scenarios】 - Micronization of cosmetic ingredients - Achieving uniform particle size - Attaining specific particle size distributions 【Benefits of Implementation】 - Improved product texture - Enhanced skin adherence - Consistent quality product delivery