増野製作所 Product Lineup

This machine has a very simple structure, is easy to maintain, inexpensive, and demonstrates high performance. It is simpler than any other screening device, and we are confident that it will satisfy our customers. ● This machine does not have rotating blades such as blowers inside. ● The mesh is attached to a sturdy frame, and the mesh surface is installed vertically, resulting in a long mesh lifespan. ● The internal structure of the screening machine is extremely simple, allowing for complete cleaning. ● It has a small installation area while having a very large screening capacity, making it incomparable to vibrating screens and others. ● It can be installed in the raw material transportation process, and the products that pass through the mesh can be transported directly to the required locations. For more details, please contact us or download the catalog.

It is a highly efficient dry air separator that integrates dispersion and classification mechanisms, widely used in various fields. It particularly demonstrates high performance in the production of ultrafine powders and the removal of fine particles from bulk materials. ● By adjusting the secondary classification mechanism, it exhibits exceptional performance in producing fine powders with a passing rate of about 99% from 5 to 10 μm to 45 μm. ● Due to its very high classification efficiency, the recovery rate of the product is improved, contributing to increased productivity. ● It also shows excellent performance in removing fine particles from bulk materials. ● The entire machine operates under negative pressure, eliminating any dust generation. ● It can simultaneously dry the product while classifying. For more details, please contact us or download the catalog.

The SAS type air separator is a dry classification machine primarily used for the classification of cement, silica sand, limestone, and slaked lime. It efficiently disperses using a circulating airflow and can handle large volumes through the use of centrifugal force. Additionally, we also manufacture the TMS type (twin motor). ■ We have a test machine available at our factory. We look forward to your requests for classification tests. Please feel free to contact us through the inquiry form. * For more details, please contact us or download the catalog. * Technical materials are also available.

The structure consists of a drive unit (gyre box) and a vibration frame sieve, with the drive unit located on the raw material supply side. The drive unit features a vertical eccentric shaft, which drives the entire screen. Its movement on the horizontal plane performs circular motion at the raw material supply inlet, reciprocating motion near the discharge outlet, and elliptical motion as a combination of these in the intermediate section. Therefore, the raw materials introduced from the supply inlet are quickly and evenly distributed across the sieve mesh, effectively utilizing almost the entire surface of the sieve. Additionally, there are tapping balls underneath the sieve mesh, and during movement, the rebound action of the balls vibrates the sieve mesh, preventing clogging. For more details, please contact us or download the catalog.

- Customer's issues and requests before implementation: In the crushed stone plant, we crush stones finely with a crusher and sell them at a specified particle size. However, there has been no use for the fine crushed sand, which has been disposed of until now. There is a request to find a way to utilize this crushed sand. - Proposed model in response to the request: Our company has traditionally classified fine powder in the production line for limestone and other materials. By using an air separator, we classify and remove dust from the crushed sand, producing coarse powder as sand. - Specifications of the model: SAS-8F (diameter 2,440mm) to SAS-16F (diameter 4,880mm) - Customer feedback after implementation: We remove dust from the crushed sand and manufacture and sell it as concrete-grade crushed sand.

The CAS-type air separator is a dry classification machine primarily used for the classification of limestone, quicklime, talc, silica sand, barite, phosphate rock, and other materials. It efficiently utilizes circulating airflow and centrifugal force, allowing for the processing of large quantities. *For more details, please refer to the catalog or feel free to contact us.*

In the battery materials industry, adjusting particle size, which influences product performance, is crucial. The uniform particle diameter of electrode materials affects the battery's capacity and charge/discharge rates. Improper particle size adjustment can lead to decreased battery performance and shortened lifespan. The SAS-type air separator efficiently classifies materials using circulating airflow and centrifugal force, contributing to the particle size adjustment of battery materials. 【Application Scenarios】 - Classification of lithium-ion battery cathode materials - Classification of lithium-ion battery anode materials - Particle size adjustment of other battery materials 【Benefits of Implementation】 - Achievement of uniform particle diameter - Improvement in battery performance - Enhancement of yield

In mining, it is essential to efficiently separate the desired minerals from the extracted ores. Particularly, to ensure a stable supply of high-quality minerals, it is important to accurately control the particle size and effectively separate unwanted materials. The SAS-type air separator enables efficient classification of minerals through circulating airflow and centrifugal force. 【Application Scene】 - Mineral sorting 【Benefits of Implementation】 - Efficient classification processing - Quality improvement through particle size adjustment

In the cement industry, the micronization of raw materials is crucial for improving product quality and production efficiency. The precision of micronization affects the strength and reactivity of cement, influencing the quality of the final product. The SAS-type air separator efficiently classifies cement using circulating airflow and centrifugal force, contributing to the production of high-quality products. 【Application Scenarios】 - Classification of raw materials in the cement manufacturing process - Particle size adjustment in cement quality control 【Benefits of Implementation】 - Production of high-quality cement products - Improvement of production efficiency - Reduction of running costs

In the recycling industry, it is required to accurately sort waste by type. In particular, to prevent contamination and ensure high-quality recycled materials, high sorting accuracy is essential. Improper sorting can lead to decreased recycling efficiency and deterioration of product quality. The SAS-type air separator efficiently sorts using circulating airflow and centrifugal force, allowing for classification points to be set in the range of 75μm to 150μm. 【Application Scenarios】 - Waste sorting - Classification of recycled materials 【Benefits of Implementation】 - Securing high-quality recycled materials through high sorting accuracy - Cost reduction through efficient sorting operations - Space-saving due to the elimination of external blowers and dust collectors

In the ceramics industry, the uniformity of particle size distribution, which affects product quality, is required. A uniform particle size distribution is essential to prevent deviations in shrinkage during sintering and to improve product strength and dimensional accuracy. The SAS-type air separator efficiently classifies ceramic raw materials using circulating airflow and centrifugal force, precisely controlling the particle size distribution. This supports the production of high-quality ceramic products. 【Application Scenarios】 - Classification of ceramic raw materials - Particle size adjustment before sintering - Quality control of products 【Benefits of Implementation】 - Improvement in product quality through uniform particle size distribution - Suppression of sintering defects - Improvement in yield

In the paint industry, the uniform dispersion of pigments and additives is a crucial factor that affects product quality. Insufficient dispersion can lead to color unevenness, sedimentation, and a decrease in performance. The SAS-type air separator efficiently disperses fine particles in the paint through circulating airflow and centrifugal force, ensuring uniform quality. This contributes to improved paint performance and the provision of stable quality. 【Usage Scenarios】 - Dispersion of pigments in paint manufacturing - Uniform dispersion of additives - Quality control of paint 【Effects of Implementation】 - Improvement in paint quality (suppression of color unevenness and sedimentation) - Increased production efficiency - Cost reduction (minimization of material waste)

In the fertilizer industry, there is a demand for improved uniformity in particle size and quality. In the granulation process, deviations in particle size distribution can reduce the effectiveness of fertilizers and worsen application efficiency. The SAS-type air separator efficiently classifies fertilizer raw materials using a circulating airflow and centrifugal force, achieving uniform particle size. This allows for maximizing the effectiveness of fertilizers and improving application efficiency. 【Usage Scenarios】 - Classification of raw materials in fertilizer manufacturing - Particle size adjustment before granulation 【Benefits of Implementation】 - Enhanced fertilizer effectiveness due to uniform particle size - Improved application efficiency - Stabilization of product quality

In the chemical industry, a uniform mixing of raw materials is required to maintain consistent product quality. Particularly in mixing processes that affect reaction rates and product characteristics, the uniformity of particle size distribution is crucial. Improper mixing can lead to reaction biases and a decline in product quality. The SAS-type air separator efficiently disperses materials using circulating airflow and centrifugal force, promoting uniform mixing. 【Application Scenarios】 - Mixing of chemical substances - Mixing of powdered raw materials - Pre-treatment in reaction processes 【Benefits of Implementation】 - Improved product quality through uniform mixing - Increased productivity through efficient mixing - Optimization of product characteristics through particle size adjustment

In the pharmaceutical industry, the control of excipient particle size significantly impacts product quality and uniformity. If the particle size distribution of the excipient is uneven, it can lead to variations in tablet hardness and dissolution characteristics, potentially hindering the proper release of active ingredients. The SAS-type air separator efficiently classifies excipients using circulating airflow and centrifugal force, achieving a uniform particle size distribution. This contributes to the improvement of pharmaceutical quality. 【Application Scenarios】 - Adjustment of excipient particle size - Quality control in pharmaceutical manufacturing 【Effects of Implementation】 - Achievement of uniform particle size distribution - Stabilization of pharmaceutical quality - Increased efficiency in manufacturing processes

In the electronic materials industry, the removal of impurities that affect product quality and the pursuit of high purity are essential. In particular, contamination at the fine particle level can lead to a decline in product performance and a decrease in yield. The SAS-type air separator efficiently classifies fine particles using circulating airflow and centrifugal force, supporting the production of high-purity electronic materials. 【Application Scenarios】 - Classification of raw materials in electronic material manufacturing - Removal of foreign substances in the high-purity process - Quality control at the fine particle level 【Benefits of Implementation】 - Production of high-purity electronic materials - Improvement in product quality - Enhancement of yield

In the pharmaceutical industry, it is important to standardize raw materials to maintain consistent product quality. In particular, the uniform dispersion of active ingredients is essential for the stability of efficacy. Uneven mixing can lead to a decline in product quality and variability in effectiveness. The New Ultra Separator excels in the production of fine powders and the removal of fine powders from granules, contributing to the uniformity of pharmaceuticals. [Application Scenarios] - Classification of pharmaceutical raw materials - Uniformity of active ingredients [Effects of Implementation] - Improvement in product quality - Stabilization of efficacy - Increase in productivity

In the ceramics industry, achieving high purity, which influences product quality, is an important challenge. In particular, the removal of impurities from the powder used as raw material significantly affects the strength and durability of the products. If fine particles are mixed in, they can cause abnormal growth and defects during sintering, potentially degrading product performance. The New Ultra Separator contributes to the high purity of ceramic raw materials through its high-efficiency classification performance. 【Application Scenarios】 - High purity achieved through the classification of ceramic raw materials - Improvement of product quality in the sintering process - Increased yield of products 【Effects of Implementation】 - Manufacturing of high-purity ceramic products - Improvement in product quality and yield - Reduction in manufacturing costs

In the food industry, adjusting the particle size of raw materials is crucial to maintaining consistent product quality and texture. Particularly for powdered foods and those where texture is important, the uniformity of particle size significantly affects the final product. Improper particle size adjustment can lead to a decline in product quality and a decrease in yield. The New Ultra Separator can produce fine powders with 99% passing through particle sizes ranging from 5 to 10μm up to 45μm, contributing to the adjustment of food particle size. 【Application Scenarios】 - Particle size adjustment of food ingredients - Classification of food additives - Particle size adjustment to enhance flavor and texture 【Benefits of Implementation】 - Improvement in product quality - Enhancement of yield - Increase in productivity

In the battery materials industry, there is a demand for improvements in material quality and production efficiency. In particular, the management of fine powders, which significantly affects battery performance, is crucial. It is essential to prevent foreign matter contamination and achieve a uniform particle size distribution. The New Ultra Separator contributes to these challenges with high classification performance and efficient fine powder removal. 【Application Scenarios】 - Classification of fine powders in battery material manufacturing - Uniformization of particle size distribution - Quality improvement through foreign matter removal 【Effects of Implementation】 - Increased product recovery rate - Enhanced productivity - Stabilization of material quality

In the cosmetics industry, the micronization of raw materials and control of uniform particle size are required to improve product quality and usability. In particular, the particle size of powders that affects skin feel and spreadability is a crucial factor that greatly influences the value of the product. Inappropriate particle sizes can lead to a gritty texture or clumping, potentially compromising product quality. The New Ultra Separator generates fine powders in the range of 5 to 45 μm and achieves uniform particle size, contributing to the improvement of cosmetic texture. 【Application Scenarios】 - Manufacturing of cosmetics such as foundation, powder, and eyeshadow - Micronization of raw materials and removal of foreign substances - Improvement of skin feel, spreadability, and adhesion 【Effects of Implementation】 - Enhanced product quality due to uniform particle size - Improved adhesion, spreadability, and feel on the skin - Increased added value of the product

In the paint industry, a uniform dispersion of pigments and additives that affects product quality is required. Low dispersion can lead to a decline in the performance of the paint film and poor appearance. The New Ultra Separator achieves both dispersion and classification performance, contributing to the improvement of paint quality. 【Application Scenarios】 - Dispersion of pigments in paint manufacturing - Uniform mixing of additives - Quality improvement through foreign matter removal 【Effects of Implementation】 - Improvement in paint film performance due to enhanced dispersion - Increased product yield - Stable supply of high-quality paint

In the electronic materials industry, the removal of impurities and precise control of particle size distribution are required to improve product quality and yield. Particularly in the manufacturing of electronic components, fine powders and foreign substances in the materials can potentially degrade product performance. The New Ultra Separator can produce fine powders with a size range of 5 to 10 μm to approximately 45 μm with a 99% pass rate, and due to its high classification efficiency, it contributes to improving product recovery rates. 【Application Scenarios】 - Precise classification of electronic materials - Quality improvement through foreign substance removal - Production of ultra-fine powders 【Effects of Implementation】 - Improved product yield - Stabilization of quality - Increased productivity

In resource recovery in the mining industry, efficient sorting and fine powder recovery are essential for improving profitability. In particular, to efficiently recover metallic minerals and other resources, it is important to minimize fine powder loss and obtain high-purity products. The New Ultra Separator contributes to these challenges with its high classification performance and fine powder recovery capability. 【Application Scenarios】 - Sorting of mineral resources - Metal recovery from metal smelting slag 【Effects of Implementation】 - Increased product recovery rate - Improved metal recovery yield - Enhanced productivity

In the fertilizer industry, efficient fertilization through uniform application is required. When the particle size of the fertilizer is uneven, uneven distribution can occur, leading to imbalances in crop growth. The New Ultra Separator promotes uniform growth by standardizing the particle size of the fertilizer and improving application efficiency. 【Usage Scenarios】 - Classification in the fertilizer manufacturing process - Achieving uniform distribution through particle size adjustment - Preventing clogging by removing fine powders 【Benefits of Implementation】 - Improved application efficiency due to uniform particle size distribution - Promotion of crop growth - Reduction of fertilizer waste

In the chemical industry, improving reaction efficiency and stabilizing product quality are essential. In particular, the uniform dispersion of fine powders that influence reaction speed and the removal of unwanted coarse powders are crucial for enhancing reactivity. Inadequate powder handling can lead to delays in reactions and a decline in product quality. The New Ultra Separator excels in the production and particle size adjustment of fine powders, contributing to improved reactivity. 【Application Scenarios】 - Classification of chemicals - Classification of various powders and granules 【Benefits of Implementation】 - Improved reaction efficiency - Stabilization of product quality - Increased productivity

In the ink industry, high color reproduction and stable quality are required. The particle size and particle size distribution of the pigments that make up the ink significantly affect the vibrancy and color development, making precise control of fine powders essential. Inappropriate particle sizes or contamination with foreign substances can lead to color unevenness and nozzle clogging, potentially compromising product quality. The New Ultra Separator precisely classifies fine powders in the range of 5 to 45 μm, contributing to improved color reproduction in inks. [Application Scenarios] - Classification of pigments in ink manufacturing - Adjustment of particle size distribution of pigments used in inks - Improvement of ink color reproduction [Effects of Implementation] - Cost reduction through improved recovery rates of color materials - Enhanced color reproduction of inks - Stable quality in ink manufacturing

In mining, the sorting process is a crucial step that affects product quality and production efficiency. To make effective use of mineral resources, it is essential to remove unwanted materials and adjust the particle size of the target minerals. The CAS-type air separator is used for the classification of limestone, quicklime, talc, silica sand, barite, and phosphate rock, achieving efficient sorting. By utilizing centrifugal force and circulating airflow, it enables the processing of large quantities of minerals, contributing to increased productivity. 【Application Scenarios】 - Classification of mineral products - Removal of foreign substances 【Benefits of Implementation】 - Reduces initial costs as no auxiliary equipment is required - Allows for classification point settings in the range of 45μm to 150μm - Supports a wide processing capacity from 0.3t/h to 16t/h

In the pharmaceutical industry, micronization technology is essential for uniformly dispersing the active ingredients of drugs. Particularly when the particle size affects the efficacy of the medication, precise classification is required. Inadequate classification can potentially reduce the effectiveness of the drug. The CAS-type air separator utilizes centrifugal force and circulating airflow to achieve efficient micronization. 【Application Scenarios】 - Classification of pharmaceutical raw materials - Adjustment of active ingredient particle size - Removal of foreign substances 【Benefits of Implementation】 - Uniformity of particle size distribution - Optimization of drug efficacy - Improved yield

In the pigment industry, it is important to maintain uniform color quality of products. Color variation can compromise product quality and lead to customer complaints. The CAS type air separator is used for the classification of pigments and contributes to color adjustment. By utilizing the dispersive force and centrifugal force generated by the circulating airflow created by the main wings, it can be processed efficiently. 【Application Scenarios】 - Color adjustment of pigments - Paint manufacturing - Ink manufacturing 【Benefits of Implementation】 - Reduction of color variation - Improvement of quality - Enhancement of yield

In the electronic materials industry, controlling fine particles that affect product quality is crucial. Especially when handling high-purity materials, contamination by impurities can significantly degrade product performance. The CAS-type air separator can set classification points in the range of 45μm to 150μm, efficiently classifying fine particles by utilizing centrifugal force and circulating airflow. This contributes to the improvement of electronic material quality. 【Application Scenarios】 - Removal of foreign substances in electronic material manufacturing - Classification of high-purity materials - Precise control of fine particle sizes 【Benefits of Implementation】 - Improved product yield - Stabilization of quality - Reduction of initial costs due to the absence of auxiliary equipment

In the chemical industry, adjusting the particle size of raw materials and intermediate products is crucial for maintaining consistent product quality. Variations in particle size distribution can lead to decreased reaction efficiency and deterioration of product performance. The CAS-type air separator is used for classifying materials such as limestone, quicklime, talc, silica sand, barite, and phosphate rock, achieving efficient particle size adjustment by utilizing centrifugal force and circulating airflow. 【Application Scenarios】 - Particle size adjustment of raw materials in the manufacturing process of chemical products - Quality control of intermediate products - Removal of foreign substances 【Benefits of Implementation】 - Stabilization of product quality - Improved yield - Cost reduction

In the ceramics industry, there is a demand for improving the purity of raw materials, which affects product quality. Particularly in ceramics used for electronic components and precision instruments, the presence of impurities can lead to a deterioration in product performance and a decrease in yield. The CAS-type air separator utilizes centrifugal force and circulating airflow to efficiently remove impurities, enabling the classification of high-purity ceramic raw materials. 【Application Scenarios】 - Classification of ceramic raw materials - Purification through foreign matter removal 【Effects of Implementation】 - Improvement in raw material quality - Increase in product yield - Stabilization of product performance

In the fertilizer manufacturing industry, it is important to ensure the uniformity of components to maintain consistent product quality. If the components of the fertilizer are not uniform, it can lead to uneven growth after application, potentially adversely affecting yield and quality. The CAS-type air separator efficiently classifies and homogenizes components in the fertilizer production process, contributing to improved fertilizer quality. 【Application Scenarios】 - Uniformity of components in fertilizer manufacturing - Quality control through particle size adjustment - Stabilization of products by removing foreign substances 【Effects of Implementation】 - Improved fertilizer quality - Stabilization of fertilization effects - Increased efficiency of the manufacturing process

In the paint industry, a uniform dispersion of pigments, which affects product quality, is required. Insufficient dispersion can lead to a decline in the performance of the paint film and poor appearance. The CAS-type air separator efficiently disperses pigments in paint by utilizing centrifugal force and circulating airflow, supporting the production of high-quality paint. 【Application Scenarios】 - Dispersion of pigments in paint manufacturing - Improvement of paint quality - Removal of foreign substances 【Benefits of Introduction】 - Enhanced paint film performance due to uniform pigment dispersion - Stable supply of high-quality paint - Reduction of initial costs as auxiliary equipment is not required

In the feed industry, accurate classification of raw materials and removal of foreign substances are required to maintain the quality of compound feed consistently. Particularly, adjusting the particle size of raw materials and promoting uniform mixing are crucial for optimizing the nutritional balance of the feed. Improper classification can lead to a decline in feed quality and health issues in livestock. The CAS-type air separator efficiently classifies feed raw materials using centrifugal force and circulating airflow, supporting the production of high-quality compound feed. 【Application Scenarios】 - Classification of feed raw materials - Removal of foreign substances - Improvement of compound feed quality 【Effects of Implementation】 - Improvement of feed quality - Maintenance of livestock health - Increase in production efficiency

In the food industry, measures to prevent foreign matter contamination are extremely important to ensure product safety. Foreign matter contamination can lead not only to a decline in product quality and customer complaints but also to a loss of trust in the company. The gyro flat screen efficiently removes foreign matter in the food manufacturing process, supporting the supply of safe products. 【Usage Scenarios】 - Removal of foreign matter from grains, powders, and other food ingredients - Integration into manufacturing lines - Strengthening quality control processes 【Benefits of Implementation】 - Reduction of foreign matter contamination risks - Improvement in product quality - Gaining customer trust

In the pharmaceutical industry, adjusting the particle size of raw materials is crucial to maintaining consistent product quality. If the particle size is uneven, it can lead to discrepancies in active ingredient distribution and solubility issues, potentially adversely affecting product quality. The gyro flat screen solves the challenges of particle size adjustment by evenly dispersing pharmaceutical raw materials and efficiently sifting them. 【Application Scenarios】 - Sifting pharmaceutical raw materials - Pharmaceutical manufacturing processes requiring particle size adjustment 【Benefits of Implementation】 - Achieving a uniform particle size distribution - Improving product quality - Enhancing yield

In the chemical industry, quality control of products and the efficiency of manufacturing processes are crucial. In particular, contamination of raw materials and uneven particle size distribution can lead to a decline in product quality and a decrease in manufacturing efficiency. The gyro flat screen addresses these challenges by evenly dispersing raw materials and achieving efficient screening. 【Usage Scenarios】 - Classification of raw materials in chemical product manufacturing - Removal of foreign substances - Particle size adjustment 【Benefits of Implementation】 - Improvement in product quality - Streamlining of manufacturing processes - Increase in yield

In mining, it is essential to efficiently sort the extracted minerals and maintain their quality. In particular, it is important to prevent contamination and keep the particle size uniform. Improper sorting can lead to a decline in product quality and delays in the process. Gyro flat screens achieve optimal sorting tailored to the characteristics of the minerals. 【Application Scenarios】 - Sorting of minerals and inorganic materials 【Benefits of Implementation】 - Improved screening efficiency - Stabilization of product quality - Reduction of downtime due to clogging

In the ceramics industry, a uniform particle size distribution of raw materials is essential for determining product quality. If foreign substances are mixed into the raw materials before molding, or if there is a bias in the particle size distribution, it can lead to a decrease in the strength and appearance of the products after firing. The gyro flat screen supports the manufacturing of high-quality ceramic products by evenly dispersing the raw materials and efficiently screening them. 【Application Scenarios】 - Screening of ceramic raw materials - Removal of foreign substances before molding - Particle size adjustment 【Benefits of Implementation】 - Improvement in product quality - Enhancement of yield - Increase in production efficiency

In the paint industry, a uniform dispersion of pigments and additives that affect product quality is required. Insufficient dispersion can lead to a decline in the performance of the paint film and poor appearance. The gyro flat screen solves these issues by evenly dispersing the raw materials. 【Application Scenarios】 - Dispersion of pigments and additives in paint manufacturing - Quality control of paints 【Benefits of Implementation】 - Improvement in paint quality - Increased product yield

In the fertilizer manufacturing industry, uniform screening of raw materials is required to enhance product quality and efficiency. In particular, component bias and foreign matter contamination can reduce the effectiveness of fertilizers and negatively impact crop growth. The gyro flat screen performs circular motion near the raw material supply inlet, reciprocating motion near the discharge outlet, and elliptical motion in the middle section, solving these challenges by evenly dispersing the raw materials. 【Application Scenarios】 - Screening of fertilizer raw materials - Component adjustment - Foreign matter removal 【Benefits of Implementation】 - Achieving uniform product quality - Establishing an efficient production process - Improving yield

In the feed industry, preventing foreign matter contamination is crucial for ensuring safe product supply. The presence of foreign substances can lead to health issues in livestock and a decline in the quality of feed. The gyro flat screen efficiently removes foreign matter from feed ingredients, supporting the production of safe feed. 【Usage Scenarios】 - Screening of feed ingredients - Removal of foreign matter (such as metal and plastic fragments) - Quality control in the manufacturing process 【Benefits of Implementation】 - Reduced risk of foreign matter contamination - Improved quality of feed - Maintenance of livestock health

In the recycling industry, efficient separation of waste is required. In particular, preventing the mixing of foreign materials and enhancing separation accuracy leads to effective resource utilization and cost reduction. Improper separation can decrease the efficiency of the recycling process and potentially affect the quality of the final product. The gyro flat screen achieves high separation accuracy by evenly distributing waste through its unique vibration method. 【Application Scenarios】 - Waste separation - Sorting of recyclable materials - Separation of construction waste 【Benefits of Implementation】 - Improved separation efficiency - Reduced risk of foreign material contamination - Lower recycling costs