ケイエスリンクス Product Lineup

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

"Artech Ultrasonic" is a sieving machine equipped with ultrasonic oscillators from Artech Ultrasonic Systems. By adding ultrasonic vibrations through a sweep vibration method to the screen, the sieving capability for fine powders, which are difficult to classify and separate, is significantly improved, and it also proves effective for micron-level sorting. Compared to conventional ultrasonic oscillators, measures against contamination and heat generation have been strengthened. [Features] - Ultrasonic transducers installed outside the contact area - Further enhanced risk of contamination - Sweep vibration method - Strengthened measures against heat generation *For more details, please refer to the PDF materials or feel free to contact us.

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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)

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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.

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

The "Ultrasonic" is a model equipped with a clamp band-type ultrasonic unit, designed for laboratory use with a compact, direct discharge type. By adding ultrasonic vibrations through a sweep vibration method to the screen, the sieving capability for fine powders that are difficult to separate and classify is significantly improved, and it also proves effective for micron-level sorting. It is also possible to install test sieves of 200mm and 300mm in accordance with JIS standards. 【Features】 ■ Compact design suitable for laboratory use with direct discharge type ■ Equipped with a clamp band-type ultrasonic unit ■ Capable of installing test sieves of 200mm and 300mm in accordance with JIS standards ■ Significantly improved sieving capability for fine powders that are difficult to separate and classify ■ Effective for micron-level sorting as well *For more details, please refer to the PDF materials or feel free to contact us.

• Sieve/Shaker

"Ultrasonic: SG47" is an ultrasonic vibration sieve that employs a push-pull connector on the converter side. By adding ultrasonic vibrations to the screen, the sieving capability of fine powders, which are difficult to separate and classify, is significantly improved, and it is also effective for sorting at the micron level. Installation and removal have become easier, and the cable can be detached from the generator side. 【Features】 ■ Easy cable attachment and detachment ■ Simple operation screen ■ Push-pull connector adopted on the converter side ■ The converter can also be used with the "SG46" mesh frame ■ Effective for sorting at the micron level *For more details, please refer to the PDF document or feel free to contact us.

• Sieve/Shaker

This product is a "resin screen" that can be installed on all models of vibrating sieves equipped with ultrasonic oscillators. Previously, fine powders below 20 microns were sorted using classifiers, but by layering a resin screen on top of the ultrasonic metal screen, it has become possible to sieve them. This is an optional setting, so please contact us for details. 【Features】 ■ Patented ■ Compatible with all models of vibrating sieves equipped with ultrasonic oscillators ■ Optional item ■ Suitable for sieving fine powders below 20 microns 【Notice】 Starting from October 2020, we plan to begin "online testing" at our Western Japan sales office. *Currently in preparation Customers will be able to remotely check the testing process. *For more details, please refer to the PDF document or feel free to contact us.

• Sieve/Shaker

Our company is the distributor of Kōei Sangyō Co., Ltd., a manufacturer of Sato-style vibrating screens. We sell a wide range of products, including various vibrating screening machines, plant engineering, precision device-related molds, machine tools, and industrial machinery. We have now started offering online support for sample tests of our vibrating screens. Even customers without a remote setup can participate in online sample tests by visiting a nearby sales office. Please feel free to contact us when you need assistance. **Features** - Main supporter will assist you - Fixed camera captures the overall view - Handheld camera focuses on specific areas of interest - Camera screens can be switched as needed - Sales representatives will visit customers for support *For more details, please refer to the PDF document or feel free to contact us.*

• Sieve/Shaker

This is a standard specification screening machine known as the "Sato-style vibrating screener," which has our dedicated motor built into the main body. 【Features】 ■ Screening can be done in up to 3 stages and can classify up to 4 types. ■ The attachment of screens can be selected according to the application. ■ The material of the main body can be chosen based on the application, including stainless steel, iron, and titanium. ■ It demonstrates capability in foreign object removal and contamination prevention. 【Notice】 Starting from October 2020, we plan to begin "online testing" at our Western Japan sales office. *Currently in preparation Customers will be able to remotely check the status of the tests.

• Sieve/Shaker

The Sato-style vibrating sieve machine "Cassette Type / CB Model" features a cassette-type mesh that is very lightweight, weighing only a quarter of our conventional mid-frame model, and the mesh is integrated with the ring, making it easy to replace the mesh. 【Features that make this product popular】 ● The mesh is a cassette type integrated with the ring ● Screen replacement is very easy compared to the standard type ● Weighs only a quarter of the standard type ● Increased work efficiency!! Quick response when replacing screening materials ● Easy to clean ● Suitable for hygiene management in food-related screening. *For more details, please download the catalog.

• others

The "Strata" is a direct discharge vibrating screen with a very simple structure, resulting in low failure rates and low noise. Since the motors are mounted on both sides, the machine allows for easy maintenance as the motors can be detached without removing the entire unit. We offer a "cassette type" that makes wire mesh replacement easy and a "frame-mounted type" that is interchangeable with the middle frame and can be used as is. 【Features】 ■ Simple direct discharge type ■ Space-saving design ■ Easy maintenance ■ Simple structure 【Notice】 Starting from October 2020, we plan to begin "online testing" at our Western Japan sales office. *Currently in preparation Customers will be able to remotely check the testing process. *For more details, please refer to the PDF document or feel free to contact us.

• Sieve/Shaker

This is a screening machine that enhances vibration balance and increases the motor specifications compared to conventional models, generating strong vibrations and improving processing capacity. With a robust machine structure that withstands strong vibrations and reliable processing capabilities, it meets the needs for sorting, such as foreign object removal. The installation area and maintenance methods are the same as those of conventional machines, allowing for a swift transition from existing equipment.

• Sieve/Shaker

The "GMP type" is a vibrating sieve that can be easily disassembled and cleaned thanks to its special clamp. The tightening of the special clamp is done with a specified torque, allowing anyone to disassemble and assemble it uniformly. Additionally, the welded areas on the inside and outside surfaces are bead-cut and can be washed with water, ensuring a structure free from cross-contamination. 【Features】 ■ Easy disassembly and cleaning due to the special clamp ■ No need for mesh stretching work ■ Uses special rubber springs for low noise ■ Mobile type available as an option ■ Three models available: 400, 500, and 700 【Notice】 Starting in October 2020, we plan to begin "online testing" at our Western Japan sales office. *Currently in preparation Customers will be able to remotely check the testing process. *For more details, please refer to the PDF materials or feel free to contact us.

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

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

• Sieve/Shaker

In the paint industry, the uniform dispersion of pigments and the maintenance of fine particle size significantly impact product quality. Clumping of pigments due to moisture and static electricity can lead to a decline in paint performance and delays in the manufacturing process. In response to these challenges, our vibrating sieve machine "Tsubasa" achieves uniform dispersion and fine particle size by simultaneously crushing and sieving, thereby supporting the production of high-quality paint. 【Usage Scenarios】 - Resolving pigment clumping - Sieving fine pigments - Uniform dispersion in the paint manufacturing process 【Benefits of Implementation】 - Improved paint quality - Increased manufacturing efficiency - Enhanced yield

• Sieve/Shaker

In the ceramics industry, the homogeneity of raw materials greatly affects product quality. Particularly in the processing of powders that are prone to clumping due to moisture or static electricity, a uniform particle size distribution and smooth flowability are required. Non-uniform powders can lead to inconsistencies during firing and cause product defects. Our vibrating sieve machine "Tsubasa" integrates the crushing mechanism and vibrating sieving function into one unit, efficiently achieving the homogenization and fine sieving of ceramic powders. 【Usage Scenarios】 - Crushing and sieving of raw materials - Processing of powders that tend to clump - Sieving of fine powders - When equipment that is easy to clean is required 【Benefits of Implementation】 - Quality improvement through powder homogenization - Increased process efficiency - Reduction of product defects - Maintenance of a hygienic environment

• Sieve/Shaker

In the construction materials industry, particularly in aggregate processing, a stable supply of aggregates with a uniform particle size distribution is required. When aggregates tend to clump due to moisture or static electricity, it can lead to variations in quality and decreased work efficiency. Our vibrating sieve machine "Tsubasa" integrates crushing mechanisms and screening functions into one unit, making it suitable for processing aggregates that are prone to clumping. 【Usage Scenarios】 - Crushing and screening of aggregates - Elimination of clumps caused by moisture or static electricity - Improvement of particle size adjustment accuracy 【Benefits of Implementation】 - Production of aggregates with a uniform particle size distribution - Stabilization of quality - Improvement of work efficiency

• Sieve/Shaker

In the agricultural sector, particularly in soil improvement, securing uniform and high-quality soil is essential. The treatment of soil amendments, which are prone to clumping due to moisture and static electricity, hinders uniform distribution and reduces effectiveness. Our vibrating sieve machine "Tsubasa" addresses these challenges by performing both crushing and sieving in one unit, contributing to the improvement of soil amendment quality and work efficiency. 【Usage Scenarios】 - Crushing and sieving of soil amendments that tend to clump - Uniforming of compost and organic fertilizers - Even distribution of soil after sieving 【Benefits of Implementation】 - Enables uniform distribution of soil amendments - Enhances soil improvement effects - Reduces work time and increases efficiency

• Sieve/Shaker

In the recycling industry, material separation involves the removal of foreign substances and size classification, which are crucial processes. Particularly in the handling of waste materials and mixed waste that are prone to clumping due to moisture and static electricity, efficient crushing and precise screening are required. To address these challenges, our vibrating screening machine "Tsubasa" achieves both crushing and screening in one unit, contributing to improved processing capacity. 【Usage Scenarios】 - Removal of foreign substances and size classification of waste plastics - Separation processing of construction waste - Removal of foreign substances from metal scrap - Separation of solids and liquids in waste liquids and waste materials 【Benefits of Implementation】 - Simultaneous crushing and screening of materials prone to clumping - Increased efficiency and labor savings in processing operations - Improved recycling rates due to enhanced separation accuracy - Easy cleaning and hygienic operation possible

• Sieve/Shaker

In the food industry, the removal of foreign substances and the maintenance of uniformity in raw materials are essential for ensuring product quality and safety. Particularly in the handling of powdered raw materials, which are prone to clumping due to moisture and static electricity, efficient foreign substance removal and restoration to a uniform state significantly impact product quality. Improper handling can affect the texture and appearance of products, potentially leading to decreased customer satisfaction. Our vibrating sieve machine "Tsubasa" achieves both crushing mechanisms and sieving functions in one unit, contributing to the removal of foreign substances and the resolution of clumps in food raw materials. 【Usage Scenarios】 - Removal of foreign substances during raw material input - Resolution of clumps caused by moisture and static electricity - Coarse crushing during flake production 【Benefits of Implementation】 - Improved product uniformity and quality - Reduced risk of foreign substance contamination - Increased efficiency in the manufacturing process

• Sieve/Shaker

In the pharmaceutical industry, the uniform processing of raw materials and the removal of impurities during ingredient purification significantly impact product quality and stability. Particularly in handling powdered raw materials that are prone to clumping due to moisture and static electricity, efficient disintegration and precise sieving are required. Improper handling can lead to reduced yield and variability in quality. The vibrating sieve machine "Tsubasa" is suitable for processing powdered raw materials that tend to clump, as it simultaneously performs disintegration and sieving through a rotating blade mechanism and compression vibration. 【Application Scenarios】 - Disintegration and sieving of pharmaceutical raw materials - Purification processes for intermediates - Homogenization of powdered pharmaceuticals - Removal of foreign substances in quality control 【Benefits of Implementation】 - Efficient processing of clump-prone powders - Streamlining of purification processes - Stabilization of product quality - Improved hygiene management due to ease of cleaning

• Sieve/Shaker

In the chemical industry, the uniform separation and processing of raw materials affect product quality. The handling of chemical raw materials, which are prone to clumping due to moisture and static electricity, can lead to decreased production efficiency and variations in quality. In response to these challenges, our vibration sieve machine "Tsubasa" achieves both crushing and sieving in one unit, supporting the efficiency of raw material separation. 【Usage Scenarios】 - Crushing and separating chemical raw materials that are prone to clumping - Sieving fine chemical powders - Compatible with both dry and wet raw materials 【Benefits of Implementation】 - Improved quality through uniform separation of raw materials - Increased efficiency in the production process - Stable operation due to reduced clogging

• Sieve/Shaker

"Tsubasa" is a vibrating sieve machine that can perform "crushing" and "sieving" with a single unit, utilizing a rotating blade mechanism on a wire mesh and vertical compression vibrations. It is convenient for processing powders that are prone to clumping due to moisture or static electricity, such as coarse crushing of food and the production of flakes. The attachment and removal of the sieve frame and blades, as well as cleaning, are easy and hygienic. It is utilized across a wide range of fields including chemicals, plastics, ceramics, food, and metals/mining. 【Features】 ■ Efficient crushing on a "sieving surface" where raw materials are evenly distributed from the center ■ Less prone to clogging due to three-dimensional motion and tapping rubber ■ Container materials can be changed (stainless steel, iron, titanium, etc.) ■ 10 to 24 springs absorb vibrations, eliminating the need for foundation work ■ Customization is possible according to application and powder characteristics *Free demonstrations are currently available. Please feel free to contact us. *You can view the catalog via PDF download.

• Sieve/Shaker

KS Links handles sieving machines for the pharmaceutical and food industries. <Featured Products> ◆ Ultrasonic Vibration Sieve 【Effective for sieving fine powders below 100 microns】 A vibration sieve equipped with an ultrasonic oscillator. By adding ultrasonic vibrations to the sieve's screen, the sieving capability is significantly enhanced. It is ideal for sieving pharmaceutical and food raw materials that are sensitive to contamination, as there is no need to attach tapping rubber. ◆ Sanitary Type <GMP Compliant Vibration Sieve> 【Easy to disassemble and clean! No screen stretching required】 The "GMP compliant vibration sieve" adopts a specially developed clamp system. The screen can be stretched simply by tightening the clamp, eliminating the need for traditional screen stretching tasks. It is made entirely of stainless steel for easy disassembly and cleaning, meeting the needs of the pharmaceutical industry. *For more details, please download and view the comprehensive catalog.

• Sieve/Shaker

Kōei Sangyō Co., Ltd. manufactures powder equipment, including the Sato-style vibrating sieve, and also offers stainless steel processing technology that leverages its expertise. The high-quality technology cultivated over half a century of operations contributes to various manufacturing processes. KS Lynx Co., Ltd. acts as the sales division of Kōei Sangyō Co., Ltd., designing and selling vibrating sieves, ultrasonic vibrating sieves, air classifiers for fine powders, jet mills, and more. As specialists in material classification, honed through 50 years of sales experience, we provide equipment tailored to our customers' needs. We offer a range of classifiers from coarse powders to ultrafine powders. 【Business Activities】 ○ Vibrating sieve business ○ Plant engineering business ○ Precision device business ○ Logistics and environmental-related business For more details, please contact us or download the catalog.

• Sieve/Shaker

In the plant engineering business of KS Links Co., Ltd., we conduct a series of raw material manufacturing plant engineering processes such as drying, crushing, mixing, classification, and transportation of powder raw materials. We propose optimal equipment including cost reduction. We can also propose individual equipment. 【Business Content】 - Sales of conveyors, dryers, crushers, mixers, dust collectors, etc. - Powder equipment plant engineering For more details, please contact us or download the catalog.

• Other powder equipment

At KS Links Co., Ltd.'s precision device business, we provide high-quality precision devices (automotive mold components, electronic mold components, LED and sensor packages, various ultra-precision etching products, etc.) made in South Korea, Taiwan, and China, with a stable supply and short delivery times. Our years of experience and achievements, along with our trusted relationships with manufacturers, enable us to ensure a stable supply of high-quality and affordable products. 【Products Offered】 ○ Automotive mold components ○ Electronic mold components ○ LED packages ○ PHOTO MASK, METAL MASK ○ High-performance plating solutions For more details, please contact us or download the catalog.

• Other molds

Through sustainable standard management, we have achieved high quality, low cost, short delivery times, and stable supply. We will respond to our customers' requests. Please consult us with your drawings and other inquiries first!

• Press Dies