ケイエスリンクス Product Lineup

In the plastic industry, the uniform mixing of additives significantly affects product quality. Particularly for additives that are prone to clumping due to moisture or static electricity, uneven mixing can lead to a decline in product performance or defects. Our vibrating sieve machine "Tsubasa" realizes both crushing and sieving functions in one unit, efficiently processing powders that tend to clump, thereby supporting the uniform mixing of additives. 【Application Scenarios】 - Crushing and sieving before mixing additives into plastic raw materials - Uniformity of additives in masterbatch production - Removal of foreign substances from recycled plastics 【Benefits of Implementation】 - Improved dispersion of additives, stabilizing product quality - Increased production efficiency - Reduction of defective products

In the metal processing industry, particularly in the field of abrasive material recovery, there are challenges related to the reuse and sorting of used abrasives, such as clumping and clogging. These issues can lead to decreased recovery efficiency and increased workload. Our vibrating sieve machine "Tsubasa" combines crushing mechanisms and vibrating sorting functions in one unit, contributing to the resolution of these challenges. 【Usage Scenarios】 - Recovery and sorting of abrasives - Screening of metal powders - Recovery of useful materials from waste liquids and waste materials 【Benefits of Implementation】 - Improved recovery rate of abrasives - Enhanced work efficiency - Securing reusable abrasives

In the water treatment industry, particularly in sludge dewatering, appropriate processing is required to enhance the separation efficiency of solids and liquids. In the treatment of sludge, which tends to clump due to moisture and static electricity, performing disintegration and screening simultaneously leads to reduced burden in subsequent processes and improved treatment efficiency. Our vibrating screen machine "Tsubasa" addresses this challenge and supports the efficiency of sludge treatment. [Usage Scenarios] - Pre-treatment for sludge dewatering - Improvement of solid-liquid separation efficiency - Reduction of processing time [Benefits of Implementation] - Improvement of treatment efficiency - Reduction of burden in subsequent processes - Improvement of working environment

In the food industry, the separation and classification of fine powders is crucial for maintaining the quality of raw materials and products. In particular, contamination and variations in quality can affect the safety and reliability of products. Therefore, high-precision and hygienic powder separation technologies are in demand. The 'Artech Ultrasonic' is a sieve that enhances the screening capability of fine powders through ultrasonic vibrations, allowing for classification at the micron level. It strengthens contamination and heat generation countermeasures, supporting quality control in food manufacturing. 【Usage Scenarios】 - Precise classification of fine powders - Removal of foreign substances - Uniformity of raw material quality 【Benefits of Implementation】 - Improved separation accuracy - Stabilization of product quality - Reduced contamination risk

In the pharmaceutical industry, the removal of fine foreign substances and impurities is extremely important to ensure product quality and safety. In particular, maintaining a uniform particle size distribution of active ingredients and preventing contamination from fine particles directly impacts the efficacy and stability of pharmaceuticals. Improper sieving can increase the risk of product quality deterioration and unexpected side effects. Our ultrasonic vibration sieve, "Artech Ultrasonic," significantly enhances the sieving capability of difficult-to-separate fine powders, effectively sorting at the micron level and supporting the resolution of fine particle removal challenges in pharmaceutical manufacturing. 【Application Scenarios】 - Removal of fine particles from pharmaceutical raw materials - Particle size selection in formulation processes - Contamination prevention measures 【Benefits of Implementation】 - Improved sieving capability for fine powders - Precise sorting at the micron level - Reduced risk of contamination

In the chemical industry, precise classification of fine powders is required to achieve uniform mixing. Particularly, since the uniformity of raw materials directly affects product quality, there is a risk of mixing inconsistencies when the separation or sorting of fine powders is difficult. Our 'Artech Ultrasonic' significantly enhances the screening capability of fine powders that are challenging to classify and is effective for sorting at the micron level by applying ultrasonic vibrations to the screen. 【Application Scenarios】 - Classification before uniform mixing of fine powders - Sorting of chemical raw materials that require high purity - Processing of precision chemicals where contamination must be avoided 【Benefits of Implementation】 - Achievement of uniform mixing - Improvement of product quality - Enhancement of yield

In the adjustment of metal powder particle size, it is essential to accurately classify fine particles and achieve a uniform particle size distribution. Particularly, the quality of metal powder directly affects the performance of the final product, making the separation of fine particles and agglomerated powders, as well as the prevention of contamination, crucial. Our ultrasonic vibration sieve machine, "Artech Ultrasonic," addresses these challenges and supports precise particle size adjustment of metal powders. 【Application Scenarios】 - Precise particle size adjustment of metal powders - Classification of fine metal powders - Manufacturing processes where contamination must be avoided 【Benefits of Implementation】 - Improved screening capability of fine powders - Enhanced sorting accuracy at the micron level - Reduced risk of contamination mixing

In the electronic components industry, the high purity of fine powders significantly affects product performance and reliability. The presence of fine foreign substances can directly lead to component failure or performance degradation. Therefore, high-precision sorting and contamination prevention are essential. 'Artech Ultrasonic' reduces the risk of contamination by placing the ultrasonic transducer outside the powder contact area, demonstrating high capability in the sorting of micron-sized fine powders. 【Application Scenarios】 - Manufacturing processes for electronic materials requiring high purity - Removal of foreign substances from fine powders - Control of precise particle size distribution 【Benefits of Implementation】 - Improved product quality - Increased yield - Reduced defect rates

In the paint industry, the uniform dispersion of fine pigments and additives, as well as the removal of agglomerates, significantly affects product quality. Agglomerated particles can compromise the smoothness and adhesion of the paint film, potentially impacting the final appearance. Therefore, there is a demand for improved screening capabilities of fine powders and reduced risks of contamination. Our ultrasonic vibration sieve, "Artech Ultrasonic," addresses these challenges and supports the production of high-quality paints. 【Application Scenarios】 - Dissolution of pigment and additive agglomeration - High-precision sorting of fine particles - Quality improvement in the paint manufacturing process 【Benefits of Implementation】 - Significant enhancement of fine powder screening capabilities - Improved sorting accuracy at the micron level - Stabilization of product quality through reduced contamination risks

In the cosmetics industry, uniform classification of fine powders is required to enhance the smoothness and usability of products. In particular, the quality of fine powders directly related to skin feel and texture significantly impacts product evaluation. Uneven particle sizes and contamination by foreign substances can lead to a decline in product quality and a deterioration in usability. The ultrasonic vibration sieve "Artech Ultrasonic" improves the screening capability of fine powders and accommodates selection at the micron level, contributing to the enhancement of the quality of cosmetic ingredients. 【Application Scenarios】 - Classification of fine powders in cosmetic ingredients - Selection of raw materials aimed at improving smoothness - Screening of raw materials requiring high purity 【Effects of Implementation】 - Improvement in product smoothness and usability - Stabilization of quality through uniform particle size - Reduction of contamination risks

In the agricultural sector, uniform size and shape selection is required for the sorting of seeds, which significantly affects crop quality. In particular, the separation and sorting of fine seeds or seeds that tend to stick together can be challenging with conventional sieve machines. Improper sorting may lead to reduced germination rates and poor growth. Our ultrasonic vibration sieve machine, 'Artech Ultrasonic,' enhances the screening capability for fine powders by applying ultrasonic vibrations to the screen, allowing for sorting at the micron level. 【Application Scenarios】 - Size sorting of fine seeds - Removal of contaminants from seeds - Seed sorting to improve germination rates 【Benefits of Implementation】 - Improved sorting accuracy - Enhanced work efficiency - Stable supply of high-quality seeds

In the recycling industry, material separation requires the removal of fine foreign substances and the precise sorting of different materials. In particular, efficiently separating mixed fine powders and micron-sized materials is a crucial challenge that directly impacts the improvement of recycling rates and the quality of resource recovery. Conventional screening machines may face issues such as clogging of fine powders and limitations in sorting accuracy. The "Artech Ultrasonic" is equipped with ultrasonic oscillators from Artech Ultrasonic Systems, which significantly enhances the screening capability of fine powders that are difficult to separate by adding ultrasonic vibrations through a sweep vibration method to the screen. It also proves effective for sorting at the micron level. Additionally, it strengthens measures to reduce contamination risks and heat generation, thereby increasing reliability in the recycling process. 【Usage Scenarios】 - Removal of foreign substances in plastic recycling - Separation of fine materials from metal scrap - Sorting in the recycling of waste glass - Separation of composite materials 【Benefits of Implementation】 - Improved recycling rates - Enhanced resource recovery quality due to increased separation accuracy - Stable operation by suppressing clogging of fine powders - Reduced risk of contamination

In the field of mining, the recovery of fine powders requires the efficient separation and collection of fine particles. In particular, improving recovery rates and preventing contamination from impurities are critical issues directly related to product quality and profitability. Traditional screening machines may pose risks of clogging with fine powders and contamination. The "Artech Ultrasonic" is equipped with ultrasonic oscillators from Artech Ultrasonic Systems, which enhance the screening ability of difficult-to-separate fine powders by adding ultrasonic vibrations through a sweeping vibration method. It also accommodates sorting at the micron level. Compared to conventional ultrasonic oscillators, it strengthens measures against contamination and heat generation, contributing to solving challenges in fine powder recovery in the mining sector. 【Application Scenarios】 - Recovery of fine mineral resources - Sorting of fine particles in the refining process - Particle size analysis for quality control 【Benefits of Implementation】 - Improved fine powder recovery rates - Reduced risk of contamination - Maintenance of stable sorting capability

In the fiber industry, the removal of fine foreign substances and short fibers is essential for maintaining product quality. In particular, the contamination of fine fibers that could affect the performance and appearance of the final product can undermine the reliability of the product. In response to these challenges, our ultrasonic vibration sieve machine, "Artech Ultrasonic," significantly enhances the ability to remove fine short fibers, supporting the creation of high-quality products. 【Usage Scenarios】 - Removal of short fibers - Removal of fine foreign substances - Improvement of product quality 【Effects of Implementation】 - Increased product yield - Reduced risk of foreign substance contamination - Improved sorting accuracy

In the pharmaceutical industry, powder purification requires the maintenance of a uniform particle size distribution of fine powders and quality control through foreign matter removal. This is particularly crucial as it directly impacts the efficacy and safety of pharmaceuticals, making a precise and efficient sieving process essential. Inadequate sieving can lead to a decline in product quality and manufacturing efficiency. The "Mini Sonic Sieve" from KS Links is a compact ultrasonic vibrating sieve suitable for precise powder purification in laboratories, achieving efficient sieving through ultrasonic power. 【Application Scenarios】 - Sieving of small sample sizes in laboratories - Particle size adjustment of pharmaceutical raw materials - Homogenization of additives - Foreign matter removal 【Benefits of Implementation】 - Quality improvement through precise particle size management - Realization of an efficient powder purification process - Ideal for laboratory-scale testing - Wide adaptability through adjustment of vibration intensity

In the food industry, preventing foreign matter contamination is extremely important to ensure product quality and safety. In particular, fine foreign objects can not only affect the appearance and texture of products but also undermine consumer trust. Therefore, there is a demand for efficient and reliable separation technology to remove foreign matter. The Mini Sonic Sieve is a small ultrasonic vibrating sieve equipped with an ultrasonic oscillator attached to a JIS 200mm standard sieve, which efficiently performs separation using only the power of ultrasound. This contributes to the removal of fine foreign matter. [Application Scenarios] - Foreign matter inspection during raw material acceptance - Foreign matter removal on the production line - Quality inspection of final products [Benefits of Implementation] - Improvement in product quality - Reduction of foreign matter contamination risks - Improvement in yield

In the chemical industry, particle classification requires precise separation of fine powders and ensuring a uniform particle size distribution. This is particularly important as it directly affects the quality and performance of the products, making high-precision and efficient screening technologies essential. Inadequate screening can lead to product variability and performance degradation. The "Mini Sonic Sieve" from KS Links is a compact ultrasonic vibrating sieve ideal for particle classification in laboratories. It is equipped with an ultrasonic oscillator attached to a JIS 200mm standard sieve, allowing for efficient screening using only ultrasonic power. 【Application Scenarios】 - Measurement of particle size distribution of fine powders in the lab - Classification of high-purity powders - Sample screening during research and development stages 【Benefits of Implementation】 - Quality improvement through precise particle classification - Realization of efficient screening operations - Ability to meet diverse needs at the lab scale

In the electronic components industry, the precise separation of fine powders can impact the quality and performance of products. In particular, ensuring a uniform particle size distribution and removing foreign substances are crucial for improving yield and ensuring reliability. Improper separation can lead to variations and defects in products. KS Links' "Mini Sonic Sieve" is a compact ultrasonic vibrating sieve suitable for fine powder separation in laboratories. It achieves efficient screening through the power of ultrasound. 【Application Scenarios】 - Particle size analysis of fine powder samples in the lab - Fine powder separation of prototypes - Quality control of small sample sizes 【Benefits of Implementation】 - Efficient separation of fine powders - Improved work efficiency in the lab - Support for precise particle size analysis

In the ceramics industry, the uniformity of particle size in raw material shaping significantly affects product quality, necessitating precise sieving. Particularly when handling fine powders, clogging and reduced sieving accuracy can lead to decreased production efficiency. The Mini Sonic Sieve utilizes ultrasonic power for sieving, making it less prone to clogging even with fine powders, and enabling stable sieving. 【Usage Scenarios】 - Particle size adjustment of ceramic raw materials - Sieving of fine powders - Prototype development and evaluation at the lab scale 【Benefits of Implementation】 - Improved uniformity of raw materials - Maintenance and enhancement of production efficiency - Stable quality in product manufacturing

In the metal powder industry, managing product uniformity and particle size distribution is essential for quality improvement. Particularly in the sieving of fine metal powders, issues such as clogging and damage to the powder can arise. To address these challenges and obtain metal powders of stable quality, precise and efficient sieving technology is required. The Mini Sonic Sieve efficiently performs sieving using ultrasonic power, contributing to the improvement of metal powder quality. 【Application Scenarios】 - Pre-treatment before measuring particle size distribution of metal powders - Manufacturing processes of high-purity metal powders - Quality control of fine metal powders 【Effects of Implementation】 - Continuous operation due to reduced clogging - Sieving that minimizes damage to the powder - Achievement of stable particle size distribution

In the agricultural sector, uniform sorting of seeds is required to improve crop quality and ensure efficient cultivation. In particular, accurately removing fine foreign materials and size differences that affect germination rates and growth is essential for stabilizing yield and quality. Inadequate sorting can increase the risk of poor growth and pests. KS Links' "Mini Sonic Sieve" efficiently sifts seeds using ultrasonic power, supporting high-quality seed sorting. 【Usage Scenarios】 - Seed size sorting - Removal of fine foreign materials - Seed sorting aimed at improving germination rates 【Effects of Implementation】 - Improved germination rates with uniformly sized seeds - Reduced risk of poor growth - Increased work efficiency

In the paint industry, particularly in the field of pigment dispersion, a uniform particle size distribution and high dispersion are directly linked to product quality. To prevent the aggregation of fine pigments and produce smooth paints, efficient and precise sieving is required. Traditional sieving methods can face challenges such as clogging of fine powders and long processing times. The Mini Sonic Sieve performs sieving solely using ultrasonic power, making it suitable for the dispersion and sieving of fine pigments, contributing to efficiency in quality control and development stages in the lab. 【Usage Scenarios】 - Measurement of particle size distribution of pigments for paints - Sieving tests in the development of new pigments - Precise sieving of small samples 【Benefits of Implementation】 - Suppression of pigment aggregation and uniform dispersion - Reduction of sieving time - Improvement of work efficiency in the lab

In the plastic industry, the uniform mixing of additives greatly affects the quality and performance of products. In particular, uniformly dispersing fine additives is crucial for maintaining the physical stability and processability of the final product. Uneven mixing can lead to variations in the product and a decrease in performance. The Mini Sonic Sieve efficiently screens fine powders using ultrasonic power, supporting uniform mixing. 【Usage Scenarios】 - Screening and mixing of plastic additives on a lab scale - Confirmation of uniform dispersion of fine powders - Quality evaluation of small sample sizes 【Benefits of Implementation】 - Improved product quality through uniform dispersion of additives - Efficient sample preparation in the lab - Acquisition of highly reproducible experimental results

In the recycling industry and material recovery sites, efficient and precise sorting is required for foreign object removal and material selection. In particular, the inclusion of fine foreign objects can lead to a decrease in the quality of recovered materials. Our mini ultrasonic vibration sieve, "Mini Sonic Sieve," effectively sorts even fine particles using ultrasonic power, contributing to the improvement of the purity of recovered materials. 【Usage Scenarios】 - Removal of foreign objects from recovered plastics - Separation of fine foreign objects from metal scrap - Sorting of useful materials from waste 【Benefits of Implementation】 - Improvement in the quality of recovered materials - Increased efficiency in sorting operations - Production of high-value-added recycled materials

In the field of research and development, particularly in sample analysis, there is a demand for technology that can accurately separate and analyze fine particles. Obtaining the desired particle size distribution without compromising the characteristics of the sample is a crucial factor that affects the reliability of experimental results. Improper sieving can lead to decreased analytical accuracy and potential loss of valuable samples. The "Mini Sonic Sieve" from KS Links is a compact ultrasonic vibration sieve that is ideal for laboratory use, achieving efficient sieving through the power of ultrasound alone. 【Application Scenarios】 - Precise particle size analysis of trace samples - Classification of powder samples of various materials - Sieving tasks for small samples in the laboratory 【Benefits of Introduction】 - Smooth sieving with ultrasound helps prevent sample clogging - Compact design makes it easy to install even in limited lab spaces - Adjustable vibration intensity allows for compatibility with a variety of samples

In the pharmaceutical industry, particularly in the purification of active pharmaceutical ingredients, there is a demand for technology that accurately classifies and selects fine particles to obtain high-purity products. Contamination by impurities and variations in particle size can potentially affect the quality and efficacy of the products. Our "Ultrasonic" system contributes to solving these challenges by enhancing the screening capability of fine powders through a clamp-band type ultrasonic unit, enabling classification at the micron level. 【Application Scenarios】 - Classification of fine powders in the purification process of active pharmaceutical ingredients - Selection of particles at the micron level - Use of JIS standard test sieves (200mm, 300mm) 【Benefits of Implementation】 - Improved screening capability of fine powders - Enables precise particle selection at the micron level - Contributes to the stable supply of high-quality active pharmaceutical ingredients

In the chemical industry, efficient classification and selection of fine powders are required for catalyst separation. In particular, accurately separating fine powders and micron-sized particles that are difficult to decompose or classify is an important challenge for maintaining catalyst performance and recycling. Our "Ultrasonic" features a compact design suitable for laboratory use and a direct discharge type, equipped with a clamp band ultrasonic unit. By adding ultrasonic vibrations using a sweep vibration method to the screen, it enhances the sieving capability of fine powders and is effective for micron-level classification. 【Application Scenarios】 - Separation of fine catalyst powders - Selection of micron-sized particles - Classification tests at the laboratory scale 【Benefits of Implementation】 - Improved sieving capability for fine powders - Achieving precise classification at the micron level - Efficient catalyst separation work in the laboratory

In the food industry, the mixing of additives requires maintaining a uniform dispersion and fine particle size, which are crucial factors affecting product quality and functionality. In particular, powdered additives can easily agglomerate, making it difficult to achieve a uniform mix. In response to this challenge, our "Ultrasonic" technology enhances the sieving capability of fine powders through ultrasonic vibrations, enabling micron-level sorting. This facilitates the uniform mixing of food additives and contributes to the stable maintenance of product quality. 【Application Scenarios】 - Mixing of powdered food additives - Processing of supplement ingredients requiring uniform dispersion - Classification of confectionery materials that require maintenance of fine particle size 【Benefits of Implementation】 - Improved product quality through uniform dispersion of additives - Suppression of powder agglomeration and enhanced sieving capability - Increased accuracy in raw material management through precise micron-level sorting

In the cosmetics industry, uniform dispersion of pigments and fine particle classification, which influence product quality, are essential. Particularly in the processing of fine powders that affect color development and texture, high screening capability and precise classification at the micron level are indispensable. Uneven particle sizes and agglomerated fine powders can lead to a decline in product quality and variability in performance. Our "Ultrasonic" significantly enhances the screening capability of fine powders that are difficult to decompose and classify, and it is effective for micron-level classification as well. 【Application Scenarios】 - Pigment dispersion of cosmetic raw materials - Precise classification of fine particle powders - Pre-treatment for particle size analysis in quality control 【Benefits of Implementation】 - Improved product quality through uniform dispersion of pigments - Increased productivity through high-efficiency screening of fine powders - Realization of high value-added products through precise classification at the micron level

In the ceramics industry, the precise classification and selection of fine powders significantly impact product quality and performance. Particularly in the classification of fine powders that are difficult to decompose and in micron-level selection, high screening capability is required. The "Ultrasonic" is equipped with a clamp band-type ultrasonic unit that addresses these challenges by adding ultrasonic vibrations to the screen. 【Application Scenarios】 - Classification of fine ceramic raw materials - Precise particle size selection at the micron level - Screening of small sample sizes during research and development stages 【Benefits of Implementation】 - Significant improvement in the screening capability of fine powders - Enhanced selection accuracy at the micron level - Efficient sample processing in the lab

In the metal powder industry and its applications, precise control of particle size, which affects product quality, is required. Particularly in the classification and sorting of fine metal powders, issues such as powder agglomeration and clogging can arise, making efficient processing difficult. The "Ultrasonic" is a compact design ultrasonic vibration sieve suitable for laboratory use, featuring direct discharge. By adding ultrasonic vibrations through a sweep vibration method to the screen, the sieving capability for fine powders that are difficult to classify is enhanced, proving effective even for micron-level sorting. 【Usage Scenarios】 - Confirmation of particle size distribution of metal powders - Removal of fine powders in the manufacturing process of high-purity metal powders - Precise classification of metal powders for additives - Sampling of fine metal powders in the research and development stage 【Benefits of Implementation】 - Suppresses agglomeration and clogging of fine powders, achieving stable sieving - Enables control of fine particle sizes at the micron level - Compact design makes it easy to install even in limited laboratory spaces - Compatible with JIS standard test sieves (200mm, 300mm), considering integration with existing equipment - The clamp band system allows for easy use of existing stainless steel sieve frames as ultrasonic sieves.

In the battery materials industry, particularly in the homogenization of electrode materials, precise classification and selection of fine powders significantly impact product performance. An uneven particle size distribution can lead to variations in the filling density and ionic conductivity of electrodes, potentially affecting the battery's capacity and lifespan. In response to these challenges, our "Ultrasonic" technology enhances the screening capability of fine powders and achieves micron-level classification, supporting the homogenization of electrode materials. [Application Scenarios] - Classification of fine powders for electrode materials - Particle size selection at the micron level - Material evaluation during the research and development phase [Effects of Implementation] - Improved homogeneity of electrode materials - Stabilization of battery performance - Realization of precise material analysis

In the semiconductor materials industry, the removal of fine particles and impurities that affect product quality is extremely important for achieving high purity. In particular, conventional sieves have limitations in their ability to classify and sort micron-sized fine powders, which can impact product performance. Our "Ultrasonic" improves the screening capability of fine powders that are difficult to classify and sort by adding ultrasonic vibrations to the screen, proving effective even for micron-level sorting. 【Application Scenarios】 - Manufacturing processes for semiconductor materials that require high purity - Classification and sorting of fine powders - Removal of foreign substances in quality control 【Benefits of Implementation】 - Enhanced screening capability for fine powders - Enables precise sorting at the micron level - Contributes to the high purity of products

In the agricultural field, uniform sorting of seeds is required to improve crop quality and efficient seedling cultivation. In particular, sorting fine seeds or seeds with irregular shapes can be challenging with conventional sieves. Improper sorting may lead to reduced germination rates and poor growth. Our "Ultrasonic" enhances the screening capability of fine powders through ultrasonic vibrations, enabling precise sorting at the micron level, thus contributing to high-accuracy seed sorting. 【Application Scenarios】 - Sorting fine seeds - Separating seeds of different shapes - Uniform seed sorting to improve germination rates 【Benefits of Implementation】 - Improved sorting accuracy - Enhanced germination rates - Increased work efficiency

In the field of environmental analysis, high-precision particle size separation and classification are required for the detection and analysis of fine pollutants. In particular, accurately sifting fine powders and micron-sized substances is a crucial process that affects the reliability of analytical results. Improving the separation capability of fine particles, which is difficult with conventional sieving machines, leads to enhanced analytical accuracy. The "Ultrasonic" is a compact ultrasonic vibrating sieve designed for laboratory use, equipped with a clamp-band type ultrasonic unit. By adding ultrasonic vibrations through a sweep vibration method to the screen, it significantly enhances the sieving capability for fine powders that are difficult to classify, proving effective for micron-sized separation as well. This is expected to improve the detection accuracy of pollutants in environmental analysis. 【Usage Scenarios】 - Analysis of fine particles in environmental water - Collection and analysis of fine particles in the atmosphere - Separation of pollutants in soil - Solid-liquid separation in wastewater treatment 【Benefits of Implementation】 - Improved separation capability for fine powders and micron-sized pollutants - Enhanced analytical accuracy - Efficient sample pretreatment in the laboratory - Compatibility with JIS standard testing sieves (200mm, 300mm)

In the mining sector, precise sorting of ores affects the quality and yield of products. Particularly, the separation of fine ores and the screening of materials that are prone to clogging are significant challenges in an efficient sorting process. To address these challenges, equipment with high screening capability for fine powders and the ability to sort at the micron level is required. Our "Ultrasonic" is a laboratory ultrasonic vibration sieve developed to meet these needs. 【Application Scenarios】 - Precise sorting of fine ores - Screening of ores that are prone to clogging - Particle size analysis at the micron level 【Benefits of Implementation】 - Improved sorting accuracy of ores - Enhanced processing capacity for fine powders - Increased efficiency in analysis and evaluation

In the fiber industry, the separation and sorting of fine fibers are required to improve product quality and streamline processes. In particular, the accurate separation of short fibers is a crucial process that affects the performance and appearance of the final product. Inadequate separation can lead to product variability and a decline in quality. Our "Ultrasonic" is effective for short fiber separation in the lab. 【Application Scenarios】 - Separation and sorting of short fibers in the lab - Quality evaluation of fine fibers - Sample processing in research and development 【Benefits of Implementation】 - Improved screening capability for difficult-to-separate fine powders - Enhanced sorting accuracy at the micron level - Increased efficiency in research and development