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Method Mixer Product List

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[Case Study] Individual Differences and Time When Manually Mixing Solder Paste

[Demo Application Available] Take the opportunity of a visit from the Customer Consultation Room! From detailed product information such as recipe suggestions to process improvements.

We would like to introduce a case study of the rotation and revolution mixer implemented by an EMS manufacturer. The company operates a 24-hour factory, which means there is a process to bring solder paste back to room temperature from refrigeration during the day shift and night shift. However, since Sundays are off, an early shift was necessary on Monday mornings to take the solder paste out of the refrigerator. Therefore, they introduced the "Awatori Neritaro SR-500." This product has the characteristic of being able to optimize the solder paste within a few minutes from refrigeration, allowing for immediate use with suggested recipes right after taking it out of the refrigerator. [Case Study] ■ Customer's Concern: Individual differences and time when manually stirring solder paste ■ Introduced Product: Awatori Neritaro SR-500 *For more details, please refer to the PDF document or feel free to contact us.

  • Mixer/agitator

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[Case Study] Fiber is finely cut by stirring with a propeller-type mixer.

【Demo application available】Enhance functionality without cutting the fibers! Ensure safety with stirring in a sealed container without compromising fiber integrity.

We would like to introduce a case study of a rotation and revolution mixer that was implemented by a customer researching special radio wave absorption wall materials. The company had been using a conventional propeller mixer to stir carbon fibers, but due to the shear force of the propeller, the fibers were being cut into smaller pieces no matter how they tried. Therefore, it was necessary to find a stirring method that would not compromise the fibrous nature of the material. As a solution, they introduced the "Awatori Nentaro ARE-310 (atmospheric pressure type)." "We were amazed that the operation time was only 3 minutes. Since there is no propeller, the fibers of the carbon material were mixed while being preserved," was the feedback we received. [Case Study] ■ Customer's Concern: Fibers being cut into smaller pieces due to stirring with a propeller mixer ■ Product Introduced: Awatori Nentaro ARE-310 *For more details, please refer to the PDF document or feel free to contact us.

  • Mixer/agitator

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Web Seminar: Practical Use! Introduction to Mixing with Rentaro

Practical Usefulness! Introduction to Mixing with Rentaro - Optimization of Container, Temperature, and Material Mixing Ratios.

At Shinky, we hold various seminars for customers who regularly use our products and for those considering the introduction of our products. This time, we will discuss the basics of stirring. In the seminar, we will provide detailed explanations of our products, including the Awatori Rentaro series, containers, and temperature sensors, and we will also address the frequently requested topic of solid kneading. "Understanding the Mechanism of Stirring" "Tips for Solving Questions and Concerns in the Field Regarding Containers & Temperature Sensors" This seminar is a web seminar. If you have a computer or similar device, you can participate from anywhere, such as your office or home, without being restricted by location.

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  • Technical Seminar

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Awatori Rentaro Introduction Case Study Booklet Vol. 1

Now available for free! A booklet summarizing examples of mixing materials, defoaming, and nano-grinding has been completed.

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.

  • Mixer/agitator

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Case study collection "I want to mix cleanly without adding bubbles." *Free gift

Introducing examples of solutions using rotational technology, such as uniform dispersion without damaging the fibers!

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.

  • Mixer/agitator

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[Case Study] Mixing of High Viscosity Binder and Powder

[Demo Application Available] Expectations for Propeller-less Mixing Method and Surprising Results! Uniform Mixing of High Viscosity Binder and Powder

We would like to introduce a case study of a customer involved in the research and development of heat-dissipating ceramic materials who adopted our rotational and orbital mixer. The company had been mixing materials primarily by hand, but they were unable to achieve satisfactory results when mixing large amounts of powder with a high-viscosity binder. Therefore, we demonstrated the conditions using a large amount of powder that could not be mixed by hand. As a result, what previously took several hours to achieve a satisfactory state was transformed into a uniform ceramic slurry in just a few minutes. Since the device settings can be registered in memory according to material conditions, reproducibility is also high, leading to the adoption of the "Awatori Neritaro ARE-310 (atmospheric pressure type)." [Case Study] ■ Customer's Concern: Mixing of high-viscosity binder and powder ■ Product Introduced: Awatori Neritaro ARE-310 *For more details, please refer to the PDF document or feel free to contact us.

  • Mixer/agitator

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[Case Study] Issues of Defoaming Efforts, Voids, and Material Degradation

[Demo Application Available] Material modification during stirring is resolved! Stirring and degassing are completed in just a few minutes, and voids are reduced.

We would like to introduce a case study of a rotational and orbital mixer that was implemented by a printed circuit board manufacturer using silver paste in their manufacturing process. The company was previously degassing their materials under vacuum for about 30 minutes after manual stirring. However, upon using the materials after degassing, voids occurred during the printed circuit board manufacturing process. Upon investigation, it was found that most of the solvent components contained in the materials had evaporated during the vacuum degassing. As a solution, they introduced the "Awatori Nentaro ARE-310 (atmospheric pressure type)." The task that previously took 30 minutes was completed in just a few minutes, eliminating the need for constant supervision and allowing more time to be allocated to other tasks, making the process much more efficient. [Case Study] ■ Customer's Concern: The hassle of degassing and issues with voids and material degradation ■ Introduced Product: Awatori Nentaro ARE-310 *For more details, please refer to the PDF document or feel free to contact us.

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Stirring and Defoaming Device | Rotational and Orbital Mixer Awatori Rentaro ARE-312

This is a rotational and orbital mixer that improves stirring and degassing capabilities, realizing IoT for stirring and degassing processes through a dedicated app.

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!

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  • Mixer/agitator

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[Case Study] Various Concerns Regarding Ink Mixing for Multiple Types of Materials

[Demo Application Available] Achieve color mixing of 30 different colors a day with varying specific gravity, viscosity, and material properties!

Here is a case study of a rotational and orbital mixer introduced to an ink manufacturer that creates color samples by blending multiple colors of ink. The company faced various challenges related to stirring technology, material loss, and work efficiency. It was very difficult to stir a wide variety of materials uniformly at the same time, as the specific gravity, viscosity, and material properties varied by color, leading to unstable blending. To address this, they introduced the "Awatori Neritaro ARE-310 (atmospheric pressure type)." As a result, they were able to use disposable containers and paper cups, allowing them to allocate the time previously spent on cleaning the machine to blending instead. [Case Study] ■ Customer's Concern: Various issues related to ink stirring of multiple materials ■ Introduced Product: Awatori Neritaro ARE-310 *For more details, please refer to the PDF document or feel free to contact us.

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[Case Study] Our Company and Customers... Double Challenges

[Demo Application Available] Achieve Increased Yield! Improve Time Efficiency, Quality, Conductivity, and Reduce Empty Shots.

We would like to introduce a case study of a centrifugal and orbital mixer that was implemented by a customer who manufactures and sells a wide variety of adhesives. In one of the company's main products, conductive adhesives, the incorporation and dispersion of bubbles is a very important factor. Since metal fillers such as silver are used along with various resins as binders, sedimentation and separation of the fillers can easily occur, leading to challenges in dispersion and efficiency during the manufacturing process. To address this, they introduced the "Awatori Nentaro ARV-310 (vacuum type)." As a result, in just about 30 seconds, they achieved excellent dispersion and defoaming effects, allowing them to supply conductive adhesives with no fine bubbles and uniformly dispersed metal fillers. [Case Study] ■ Customer's Concern: Double challenges for both the company and its customers ■ Introduced Product: Awatori Nentaro ARV-310 *For more details, please refer to the PDF document or feel free to contact us.

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