シンキー Product Lineup

THINKY of "Awatori Rentaro" will launch a new product, the self-rotation and revolution mixer ARE-312. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and de-foaming power, allows for log storage via PC connection, and facilitates smoother examination of stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and de-foaming, achieving IoT compatibility, while also improving usability with an easy-to-read operation panel and the addition of a new impact sensor. ■ Features - Monitorable revolution speed during operation - Easy-to-read operation panel - Enhanced stirring and de-foaming power - Suppression of temperature rise in the main unit - Traceability support through communication functions and control from external devices - Ensured safety compliant with CE standards (EN61010-1:2010+A1:2019) - Capable of long-term operation with high-load materials (maximum operation time 30 minutes) - Improved safety with the addition of an impact sensor - Compatible with commercially available containers and customer containers (Containers and adapters for ARE-310 can also be used.) *Currently accepting reservations for free demos. If you would like to know more, please feel free to contact us!

The compact stationary type can accommodate a maximum capacity of 500mL and has achieved a low price. Additionally, the variable rotation speed allows for optimal settings for a wide range of materials. It employs a highly durable drive system developed with production in mind.

The smallest model in the "Awatori Rentaro" series, designed for ease of use with the aim of repeatedly performing small-volume processing. Its space-saving, compact design makes it ideal for fundamental experiments conducted by researchers and engineers. It utilizes disposable containers, demonstrating its effectiveness in experiments and research that require frequent use. **Features of AR-100** - Ideal for basic research and initial development studies with small amounts of materials. - Optimal stirring for each material can be achieved by changing the rotation speed. - The use of disposable containers eliminates the hassle of cleaning containers. - Compact and lightweight, making it suitable for various installation locations. - Built-in strobe lighting allows for visual confirmation of the stationary stirring state.

A stirring and defoaming device with a dual-hanging system equipped with a self-rotation and revolution independent variable mechanism that can change the rotation ratio of self-rotation and revolution. It can handle a maximum of 500ml/800g (gross) of materials, allowing simultaneous stirring and defoaming. It is capable of stirring high-viscosity grease with a viscosity of 4,000 Pa·s. Additionally, it can be used in conjunction with a newly developed temperature sensor unit that allows real-time monitoring of the material temperature during stirring. This device strongly supports research and development of composites using thermosetting resins and various fillers. ■ Remote control and confirmation of operating conditions from an external PC or remotely is possible. ■ It excels in stirring and defoaming high-viscosity and high-specific-gravity fillers, expanding possibilities for high-value-added materials. ■ With the material temperature monitoring function (optional), it is possible to safely reproduce optimal stirring conditions even for materials that are difficult to manage in terms of temperature.

We are offering a free case study collection titled "I Want to Mix Cleanly Without Adding Bubbles. vol.5" from our company, which develops the mixer "Awatori Rentaro" that can stir and de-bubble simultaneously! We present various solutions from different fields, including examples of uniform dispersion without damaging CNT fibers. This book clearly explains the functions of nano-dispersion and nano-grinding machines that apply stirring and de-bubbling technology. Our company continues to contribute to the development and processing of functional materials with our rotation and revolution technology. [Contents] ■ Uniform dispersion without damaging fibers (CNT Carbon Nanotubes) ■ Achieving ideal particle size without hassle or thermal modification (Pigments) ■ Bubble removal improves measurement accuracy of 3D observation and laser scattering (Silicone for 3D printers) For more details, please refer to the catalog or feel free to contact us.

Introducing the first installment of the footsteps of "Awatori Rentaro," which has walked alongside customer voices. "Wanting to mix beautifully without introducing bubbles." Shinky has seriously tackled this theme and has solved numerous customer problems. The first booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, defoaming, and even new genres of nano-grinding. You can download it from the catalog download button.

Introducing the second installment of "Awatori Rentaro," which has walked alongside the voices of our customers. "Wanting to mix beautifully without introducing bubbles." Shinky has seriously tackled this theme and has solved numerous customer problems. The second volume of our booklet, summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far, is now complete. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres like nano-milling. You can download it from the catalog download button.

Introducing the third installment of the footprints of "Awatori Rentaro," which has walked alongside the voices of our customers. "I want to mix cleanly without creating bubbles." Shinki has seriously tackled this theme and has solved numerous customer problems. The third booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres of nano-grinding. You can download it from the catalog download button.

Introducing the fourth installment of "Awatori Rentaro," which has walked alongside our customers' voices. "I want to mix cleanly without creating bubbles." Shinky has seriously tackled this theme and has solved numerous customer issues. The fourth booklet summarizing the cases that "Awatori Rentaro," which continues to evolve, has resolved so far has been completed. This valuable booklet details examples of uniform mixing of materials, de-bubbling, and even new genres like nano-grinding. You can download it from the catalog download button.

The Awatori Rentaro can simultaneously stir and degas low to high viscosity materials. Furthermore, by using it in conjunction with the multi-sensor and the vacuum syringe filling machine ARC-40H, it contributes to improving the efficiency of users' operations! 【Features of the Multi-Sensor】 The multi-sensor is equipped with a thermometer on the lid of the container, allowing for the measurement of material temperature during stirring operations. It can connect to a PC via Bluetooth® to log temperature changes and output them in CSV format. It can be easily installed by simply replacing the container lid. ■ Real-time thermometer (infrared thermometer method) ■ Rotation speed meter (equipped with a gyro sensor) ■ Data logging via Bluetooth® connection 【Features of the ARC-40H】 The ARC-40H is a manual small filling machine that can efficiently fill syringes without bubbles. It accommodates 3ml, 5ml, and 10ml syringes and can fill up to four syringes at once. It streamlines the process from stirring and degassing to syringe filling. ■ Fills up to four syringes at once ■ Compatible with small capacity syringes of 3ml, 5ml, and 10ml (custom options available) ■ Comes with a cleaning container set that allows for cleaning with the Awatori Rentaro, reducing the burden of cleaning.

THINKY of "Awatori Rentaro" is launching a new product, the self-rotation and revolution mixer ARE-312. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and defoaming capabilities, allows for log storage via PC connection, and facilitates smoother examination of stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and defoaming, achieving IoT integration, and features an easy-to-read operation panel along with a newly added shock sensor for improved usability. ■ Exhibition Information We will be exhibiting at the High-Function Material Week [Kansai] (Adhesive and Joining EXPO)! 【Date】May 8 (Wed) to May 10 (Fri), 2024 【Venue】Intex Osaka 【Booth Number】Hall 2, 1-46 We will showcase our newly released stirring and defoaming machine, ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

Designed for ease of use with a focus on small-scale processing, it is capable of stirring and degassing not only in disposable containers but also in ointment containers! This machine is ideal for basic experiments conducted by researchers and engineers. 【Features of AR-100】 ■ Space-saving, compact design, perfect for basic experiments conducted by researchers and engineers ■ Many adoption records in universities and research institutions ■ Specializes in small quantities, capable of processing from a few grams ■ Variable rotation speed allows for optimal settings based on material properties ■ Processing possible with various containers using adapters ■ Built-in strobe lighting enables visual confirmation of the stationary stirring state.

The new product, the ARE-312 rotational and orbital mixer, has enhanced its stirring and degassing capabilities, allowing for log storage via PC connection, making the examination of stirring conditions smoother. Additionally, by using a dedicated application, it enables control of stirring and degassing, achieving IoT integration, while also featuring an easy-to-read operation panel and impact sensors, improving usability and safety. We will hold a real seminar where you can see the ARE-312! It will take place in Kumamoto Prefecture, home to one of the world's largest volcanoes, Mount Aso, and one of Japan's three famous castles, Kumamoto Castle. This seminar is recommended for: - Those who have had more opportunities to interact with the Awatori Rentaro - Those considering a purchase in the future - Those who want to learn more about the legal self-inspection of centrifuges *The Awatori Rentaro series falls under the regulations for centrifuges as per labor safety and health regulations, requiring annual self-inspection and record-keeping. We will provide detailed explanations during this seminar. The seminar will be held multiple times over two days, allowing you to participate on a date that suits you. You can attend just one of the seminars if you prefer. We look forward to your applications!

The self-rotating and orbiting mixer ARE-312 has enhanced its stirring and degassing power, allows for log storage via PC connection, and has made the examination of stirring conditions smoother. Additionally, by using a dedicated application, it enables control of stirring and degassing, achieving IoT integration, and features an easy-to-read operation panel and shock sensors, improving usability and safety. ■Exhibition Information We will be exhibiting at BATTERY JAPAN (Secondary Battery Exhibition)! 【Date】February 19 (Wednesday) to 21 (Friday), 2025 【Venue】Tokyo Big Sight, East Exhibition Hall 【Booth Number】Hall 4, E47-38 We will showcase our new product, the stirring and degassing machine ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

THIINKY of "Awatori Rentaro" is launching a new product, the self-rotation and revolution mixer ARE-312. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and de-aeration power, allows for log saving via PC connection, and makes it easier to examine stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and de-aeration, achieving IoT integration, and features an easy-to-read operation panel along with a newly added shock sensor for improved usability. ■ Exhibition Information We will be exhibiting at the High-Function Material Week [Kansai] (High-Performance Ceramics Exhibition)! 【Date】May 14 (Wed) - 16 (Fri), 2025 【Venue】Intex Osaka 【Booth Number】Hall 4, 18-24 We will showcase our newly released stirring and de-aeration machine, ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

Shinkei of "Awatori Rentaro" has launched a new product, the ARE-312 mixer with rotation and revolution method. Compared to conventional rotation and revolution mixers, it has enhanced stirring and defoaming power, allows for log saving via PC connection, and facilitates smoother examination of stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and defoaming, achieving IoT integration, while also improving usability with an easy-to-read operation panel and a newly added impact sensor. ■ Exhibition Information We will be exhibiting at the Kokkō Exhibition 2025! 【Date】May 22 (Thursday) - 23 (Friday), 2025 【Venue】Shinshu Sky Park, Yamabiko Dome 【Booth Number】Tool Area We will showcase our newly launched stirring and defoaming machine, ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demos. If you would like to know more, please feel free to contact us!

Are the measures against particle aggregation in high-performance materials sufficient? The "Awatori Rentaro" allows for efficient dispersion (deagglomeration) processing through media.

Shinkei of "Awatori Rentaro" has launched a new product, the self-rotation and revolution mixer ARE-312. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and defoaming capabilities, allows for log storage via PC connection, and facilitates smoother examination of stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and defoaming, achieving IoT integration, while also improving usability with an easy-to-read operation panel and the addition of a new impact sensor. ■ Features - Monitorable revolution speed during operation - Easy-to-read operation panel - Enhanced stirring and defoaming capabilities - Suppresses temperature rise of the main unit, allowing for temperature measurement within the device - Communication functions support traceability and control from external devices - Ensures safety compliant with CE standards (EN61010-1:2010+A1:2019) - Capable of long-term operation even with high-load materials (maximum operation time 30 minutes) - Improved safety with the addition of an impact sensor - Compatible with commercially available containers and customer containers (Containers and adapters from ARE-310 can also be used.) * We are currently accepting reservations for free demonstrations. Please feel free to contact us for more information!

The Awatori Rentaro ARX-5000TWIN has the largest processing capacity among the atmospheric pressure types in the current lineup. It was created in response to customer requests for a larger atmospheric pressure type Rentaro.

Automation is being adopted in various processes such as assembly, welding, and inspection of parts. By automating, we can expect benefits such as improved efficiency of human resources, enhanced safety, and reduced human error. This time, we will introduce a concept model that addresses the automation of the mixing and defoaming process through the combination of Awatori Rentaro and a robotic arm.

- Improved stirring performance through increased orbital speed and optimization of the self-rotation ratio. - Variable rotation speed allows for optimal settings according to material characteristics. - Touch panel integration makes condition setting even easier. - Inherits the high-durability drive unit of the ARE-500, refined in production environments. - Added communication functions contribute to traceability management. - Adapter production enables processing with various containers.

Shinky of "Awatori Rentaro" is launching a new product, the self-rotation and revolution mixer ARE-312. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and defoaming capabilities, allows for log saving via PC connection, and makes it easier to examine stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and defoaming, achieving IoT integration, while also improving usability with a user-friendly operation panel and a newly added shock sensor. ■ Exhibition Information We will be exhibiting at the Secondary Battery Expo in Tokyo! 【Date】September 17 (Thursday) to 19 (Friday), 2025 【Venue】Makuhari Messe 【Booth Number】Hall 4 E3-54 We will be showcasing the stirring and defoaming machine ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

Shinky's "Awatori Rentaro" has launched a new product, the ARE-312 mixer with a self-rotation and revolution mechanism. Compared to conventional self-rotation and revolution mixers, it has enhanced stirring and de-aeration power, allows for log saving via PC connection, and facilitates smoother examination of stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and de-aeration, achieving IoT integration, and features an easy-to-read operation panel along with a newly added shock sensor, improving usability. ■ Seminar Information The first Shinky seminar of 2026 will be held in Hakata! 【Date and Time】January 23, 2026 (Friday) 13:30 - 15:30 【Venue】JR Hakata City Conference Room 2 【Participation Fee】Free We will be showcasing the stirring and de-aeration machine ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

Shinky of "Awatori Rentaro" is launching a new product, the ARE-312 mixer with self-rotation and revolution mechanism. Compared to conventional mixers of this type, it has enhanced stirring and defoaming power, allows for log saving via PC connection, and makes it easier to examine stirring conditions. Additionally, by using various dedicated applications, it enables control of stirring and defoaming, achieving IoT integration, and features an easy-to-read operation panel along with a newly added shock sensor for improved usability. ■ Exhibition Information 【Date】January 28-30, 2026, 10:00 AM - 5:00 PM 【Venue】Tokyo Big Sight (West Hall) 【Booth Number】4W-C30 We will be showcasing the stirring and defoaming machine ARE-312! Please stop by during this opportunity! *We are currently accepting reservations for free demonstrations. If you would like to know more, please feel free to contact us!

In the electronic components industry, it is essential to prevent the inclusion of bubbles in sealing materials to enhance product reliability and ensure uniform mixing. The presence of bubbles in sealing materials can lead to insulation failures and performance degradation. ARE-312 simultaneously performs stirring and degassing, contributing to the improvement of sealing material quality. 【Application Scenarios】 - Sealing process for electronic components - Material mixing in the manufacturing process of electronic components 【Benefits of Implementation】 - Improved quality of sealing materials - Enhanced product reliability - Improved work efficiency

In the paint industry, uniform mixing of materials is essential to maintain product quality. This is particularly important for paints where pigments and additives tend to settle, as uniform dispersion significantly affects product performance. Uneven mixing can lead to color inconsistencies and reduced performance. Our stirring and defoaming device, ARE-312, enhances stirring and defoaming capabilities, promoting the uniformity of paint. 【Usage Scenarios】 - Paint manufacturing processes - Material formulation in research and development - Sample creation in quality control 【Benefits of Implementation】 - Improved paint quality - Reduced working time - Decreased material waste

In the adhesive industry, the removal of bubbles, which affects product quality, is an important challenge. If bubbles remain, it can lead to a decrease in adhesive strength and poor appearance, potentially compromising the reliability of the product. ARE-312 effectively removes bubbles in adhesives by enhancing stirring and defoaming capabilities, contributing to the production of high-quality products. 【Application Scenarios】 - Quality control in adhesive manufacturing - Material adjustment in research and development departments - Process improvement in manufacturing sites 【Benefits of Implementation】 - Production of high-quality adhesives with fewer bubbles - Improved product yield - Reduced working time

In the ink industry, issues such as the incorporation of air bubbles and poor dispersion in the dispersion process affect ink quality. These problems can negatively impact the finish of printed materials and the durability of products. The Awatori Nentaiko ARE-312 simultaneously stirs and de-aerates, ensuring uniform dispersion of ink materials and preventing the incorporation of air bubbles. This contributes to the improvement of ink quality. 【Usage Scenarios】 - Ink manufacturing - Pigment dispersion - Ink quality control 【Benefits of Implementation】 - Improvement in ink quality - Reduction of defects caused by air bubble incorporation - Increased work efficiency

In the cosmetics industry, uniform mixing and the removal of air bubbles during the emulsification process are crucial for enhancing product quality and stability. In particular, the emulsification state, which affects the gentleness on the skin and the user experience, significantly influences the value of the product. The inclusion of air bubbles not only detracts from the product's appearance but can also lead to ingredient separation and quality degradation. The Awatori Nenta-ro ARE-312 addresses the challenges of the emulsification process in cosmetics manufacturing by improving stirring and de-aeration capabilities. [Usage Scenarios] - Manufacturing of creams, lotions, foundations, etc. - Mixing, dispersing, and de-aerating raw materials - Sample preparation in quality control [Effects of Implementation] - Achievement of a uniform emulsification state - Production of high-quality products with fewer air bubbles - Improvement of product stability

In the food industry, uniform mixing and the removal of air bubbles are crucial factors that affect product quality and shelf life. This is especially true for foods containing high-viscosity materials or delicate ingredients, where proper stirring and de-aeration are essential. If air bubbles remain, it can not only compromise the appearance and texture of the product but also promote oxidation and bacterial growth, leading to quality deterioration. Our stirring and de-aeration device, ARE-312, was developed to address these challenges in the food mixing process. 【Usage Scenarios】 - Production of creams, sauces, pastes, etc. - Emulsification and dispersion processing - Mixing of food additives 【Benefits of Implementation】 - Improved quality through uniform mixing - Enhanced product stability through bubble removal - Reduced working time and increased efficiency

In the pharmaceutical industry, uniform mixing and the removal of air bubbles are essential to ensure product quality and efficacy. Particularly in the manufacturing of pharmaceuticals, uneven distribution of ingredients or the presence of air bubbles can negatively impact the product's effectiveness. Our achievement includes the "Nankou Rentaro," a rotational and orbital mixing device. The ARE-312 demonstrates high stirring power and de-aeration performance in pharmaceutical mixing, achieving uniform mixing with minimal air bubbles. The log-saving function via PC connection allows for smooth examination of stirring conditions, supporting quality control. 【Usage Scenarios】 - Mixing of pharmaceutical raw liquids - Production of creams and ointments - Preparation of clinical trial drugs 【Benefits of Implementation】 - Suppression of quality defects due to mixing inconsistencies and air bubble contamination - Streamlining of the manufacturing process - Improvement in quality control

In the ceramics molding industry, uniform mixing and degassing of materials are crucial factors that influence product quality. In particular, the inclusion of air bubbles can lead to reduced strength and poor appearance after molding. ARE-312 addresses these challenges by enhancing stirring and degassing capabilities. The log-saving function via PC connection facilitates the examination of optimal stirring conditions and supports the production of products with stable quality. 【Application Scenarios】 - Mixing of ceramic raw materials - Degassing of slurries - Material adjustment before molding 【Benefits of Implementation】 - Achieving high-quality molded products with fewer air bubbles - Reducing material waste - Streamlining the manufacturing process

In the battery industry, the uniform mixing and degassing of electrode materials are crucial factors that influence battery performance. If air bubbles remain in the electrode materials, it can lead to a decrease in battery capacity and an increase in internal resistance, potentially compromising product quality. ARE-312 enhances stirring and degassing capabilities, contributing to the improvement of electrode material quality. 【Application Scenarios】 - Mixing of battery electrode materials - Degassing treatment of slurries - Material adjustment in research and development 【Effects of Implementation】 - Improvement in electrode material quality - Stabilization of battery performance - Increased efficiency in research and development

In the coloring process of the resin industry, the uniform dispersion of pigments and additives is a crucial factor that affects product quality. In particular, color unevenness and the inclusion of bubbles can negatively impact the appearance and strength of the product. ARE-312 promotes the uniform dispersion of pigments and additives in resin by improving stirring and defoaming capabilities, achieving high-quality coloring. The log-saving function via PC connection also makes it easier to examine optimal stirring conditions, contributing to the efficiency of the coloring process. 【Usage Scenarios】 - Mixing pigments and additives into resin - Manufacturing colored resin - Suppressing color unevenness and bubbles 【Benefits of Implementation】 - Production of high-quality colored products - Reduction of process time - Improvement of yield

In the prototype production environment of research institutions, uniform mixing of materials and removal of air bubbles are crucial factors that influence the accuracy of experiments. Especially when testing new materials or formulations, the state of the materials significantly affects the results, necessitating high-quality mixing and defoaming. ARE-312 addresses these challenges by enhancing stirring and defoaming capabilities. 【Application Scenarios】 - Research and development of new materials - Examination of formulation ratios - Production of prototypes 【Benefits of Implementation】 - Improved reliability of experimental data - Streamlined prototyping process - Reduced research and development time

In experiments conducted at universities and research institutions, the uniform mixing and degassing of materials are crucial factors that influence the accuracy of experimental results. This is especially true when handling materials with high viscosity or those where the inclusion of air bubbles is problematic; appropriate stirring and degassing are essential. If air bubbles remain, it can lead to variability in experimental data and a decrease in the reliability of analytical results. The Awatori Nentaro ARE-312 contributes to the improvement of experimental material quality by enhancing stirring and degassing capabilities. [Usage Scenarios] - Material formulation in laboratories - Development of new materials - Improvement of experimental data accuracy [Effects of Implementation] - Enhanced reproducibility of experiments - Reduced experimental time - Increased reliability of experimental results

- Two modes of mixing and deaeration achieve dispersion and deaeration of various materials in a short time. - Supports a wide range of materials, including high-viscosity materials and nano fillers. - Ensures high productivity. - Cold-insulated, heat-resistant adapter allows support for various material characteristics. - Option | ENs-10 heat dissipation table: effectively expels heat accumulated in the device using a powerful DC fan (reducing internal temperature by approximately 10°C). - Option | Multi-sensor (real-time thermometer + automatic speedometer) allows real-time measurement of material temperature and rotation speed, with measurement data transferable to a PC via Bluetooth connection.

In the field of semiconductor manufacturing and fine processing, the dispersion of high-precision materials and the removal of bubbles significantly impact product quality and yield. Particularly in the processes of forming fine circuits and sealing, minute foreign substances and bubbles in the materials can cause defects, leading to decreased product performance and failures. Therefore, a uniform and clean supply of materials is essential. The Awatori Nentaro ARE-310S simultaneously achieves the functions of "stirring" and "defoaming" in a short time, addressing these challenges. 【Usage Scenarios】 - Dispersion and defoaming of various materials (resists, sealing materials, adhesives, etc.) in the semiconductor manufacturing process - Uniform mixing of materials for fine processing - Processing of small sample quantities in research and development stages 【Benefits of Implementation】 - Improves material uniformity and enhances the precision of fine processing - Reduces the incorporation of bubbles, improving product reliability - Contributes to increased production efficiency through processing in a short time

In the automotive parts industry, the uniform application of adhesives and the removal of bubbles affect the quality and durability of products. Particularly for parts that require precise bonding, the dispersion of materials and defoaming are emphasized. Insufficient dispersion or the inclusion of bubbles can lead to poor adhesion and a decrease in product lifespan. Shinki's "Awatori Rentaro Atmospheric Pressure Type ARE-310S" achieves both "stirring" and "defoaming" functions in a short time, supporting the resolution of these challenges by accommodating a wide range of adhesives from low to high viscosity. [Usage Scenarios] - Application of adhesives for automotive interior and exterior parts - Application of sealing materials for electronic components - Uniform dispersion and defoaming of various materials [Benefits of Implementation] - Improved adhesive quality - Reduced working time - Enhanced product reliability

In the cosmetics industry, uniform mixing of raw materials and the removal of air bubbles are emphasized to maintain product quality and stability. In particular, fine unevenness and air bubbles directly affect the evaluation of products due to their impact on skin affinity and texture. Our "Awatori Nentaro Atmospheric Pressure Type ARE-310S" addresses these challenges by simultaneously stirring and defoaming, supporting the production of high-quality cosmetic ingredients. [Usage Scenarios] - Uniform mixing of creams, lotions, serums, etc. - Dispersion of pigments and powders - Uniform mixing of fragrances and additives - Adjustment of product texture [Benefits of Implementation] - Achieves uniform mixing and defoaming in a short time - Contributes to the stabilization of product quality - Improves work efficiency

In the food processing industry, uniform mixing of additives and defoaming treatment, which is essential for improving product quality, are required. Particularly, depending on the type and viscosity of the additives, achieving uniform dispersion can be challenging, and the presence of air bubbles may affect the appearance and quality of the product. Our "Awatori Nentaro Atmospheric Pressure Type ARE-310S" solves these issues in a short time through simultaneous stirring and defoaming. 【Usage Scenarios】 - Uniform mixing of food additives - Defoaming of sauces and dressings - Production of paste-like foods - Processing of materials from low to high viscosity 【Benefits of Implementation】 - Quality improvement through uniform dispersion of additives - Improved product appearance by removing air bubbles - Reduction of working time - Capability to handle a wide range of materials

In the ink and paint industry, uniform pigment dispersion and rapid defoaming are essential for improving product quality and production efficiency. In particular, appropriate stirring and defoaming tailored to the characteristics of the materials are crucial to prevent pigment agglomeration and achieve smooth application. Insufficient dispersion or defoaming can lead to color unevenness and the formation of bubbles, potentially affecting the finish of the product. The Shinki "Awatori Nentaro" atmospheric pressure type ARE-310S addresses this challenge by achieving both "stirring" and "defoaming" functions in a short time. 【Usage Scenarios】 - Pigment dispersion for inks and paints - Processing materials from low to high viscosity - From research and development to production sites 【Benefits of Implementation】 - Uniform dispersion of pigments - Rapid defoaming - Compatibility with a wide range of materials

In the battery materials industry, uniform mixing of electrode materials and efficient degassing significantly impact product performance and stability. Particularly when handling fine particles, achieving uniform dispersion and removing air bubbles are critical challenges directly related to the charge and discharge characteristics and lifespan of batteries. Inadequate mixing or degassing can lead to performance variability and premature degradation. Shinki's "Awatori Neritaro Atmospheric Pressure Type ARE-310S" simultaneously achieves stirring and degassing in a short time, supporting the resolution of these challenges. 【Application Scenarios】 - Dispersion and homogenization of electrode materials - Prevention of fine particle agglomeration - Efficiency improvement in manufacturing processes 【Benefits of Implementation】 - Quality enhancement through uniform mixing of materials - Stabilization of product performance through bubble removal - Increased productivity through short processing times

In the adhesive and sealant industry, the removal of bubbles is a crucial issue for maintaining product quality. If bubbles remain, it can lead to a decrease in adhesion, sealing performance, and appearance. Particularly in applications that require the removal of fine bubbles and a uniform finish, efficient degassing treatment is essential. The Shinki Awatori Rentaro Atmospheric Pressure Type ARE-310S achieves both "mixing" and "degassing" functions in a short time, addressing these challenges. [Usage Scenarios] - Mixing and degassing of adhesives - Pre-treatment for sealant filling - Bubble removal from various coating materials [Benefits of Implementation] - Improvement in product quality - Reduction in work time - Enhancement of yield

In the field of nanomaterials, the uniform dispersion of fine particles is a crucial factor that influences product performance. In particular, particle aggregation can lead to dispersion inconsistencies, potentially preventing the expected effects from being realized. Our "Awatori Nentaro Atmospheric Pressure Type ARE-310S" simultaneously achieves stirring and degassing in a short time, supporting the resolution of challenges in the particle dispersion of nanomaterials. [Usage Scenarios] - Uniform dispersion of nanoparticles - Degassing treatment of dispersion liquids - Compatibility with materials ranging from low to high viscosity [Benefits of Implementation] - Reduction of dispersion inconsistencies - Shortened working time - Capability to handle a wide range of materials