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Mixing and crushing machine - List of Manufacturers, Suppliers, Companies and Products

Mixing and crushing machine Product List

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Ishikawa Type Stirring Crushing Machine No. 6R, Type A, Type AA, Type B

Mixing, grinding, blending, kneading. Large machines (compatible with 20ℓ to 100ℓ). Bowl inclination (easy material extraction).

**Features** - A large-capacity type suitable for mass production, maintaining the characteristics of the Ishikawa-style mixing and grinding machine. - Bowl inclined for easy removal of ground material. - Option to select bowl materials suitable for grinding: porcelain, bronze, cast iron, stainless steel. - Designed to accommodate three pestles, allowing for improved grinding performance. - An option to rotate the pestles with a motor to enhance grinding performance (this option is not available for porcelain pestles). - Model numbers and processing volumes: - 6RA: 20L - 6RAA: 60L - 6RB: 100L - 6RC: 150L - Note: Porcelain bowls are available for models 6RA to 6RB. **Preferred Use Cases** - Finely grinding slurries, pastes, and colloids without solidifying the materials while dispersing and kneading. - Achieving uniform dispersion and kneading during the concentration process of slurries and pastes with added solvents, utilizing the stirring effect of the pestle and the grinding action at the tip. - High grinding performance with three pestles makes it suitable for mechanical alloying processes. - High grinding performance also makes it suitable for mechanochemical processing.

  • Crusher
  • Mixer/agitator
  • Food Processing Equipment

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Electric hot water bath type No. 16 to No. 24 (for heating and cooling)

It is possible to heat and stir while crushing using a built-in heater with a heating and insulation jacket attached to the mortar.

【Features】 - Capable of processing under heating and cooling environments, maintaining the characteristics of the Ishikawa-type mixing and grinding machine. - Equipped with a double vessel (jacket) for heating and insulation, allowing for uniform heating of the porcelain bowl from the outside by adding hot water while performing mixing and grinding. - Further temperature increase inside the porcelain bowl (mortar) can be achieved through oil heating. - By filling the double vessel with cold water or supplying and circulating cold water from an external chiller, it is possible to cool the porcelain bowl from the outside while performing mixing and grinding (in the case of cooling, additional measures may be necessary to prevent condensation depending on the usage environment). - Optional thermostat installation allows for temperature maintenance by controlling the on/off power of the built-in heater. - Processing in a heated environment reduces drying and concentration time. - Power supply can accommodate both single-phase 100V and three-phase 200V. 【Suitable Use Cases】 - Heating allows for simultaneous dispersion, kneading, concentration, and drying of slurries, pastes, and colloids, enabling fine grinding without solidifying the materials. - Simultaneous grinding and disintegration of powder particles during heating also allows for the removal of moisture from hydrates, facilitating drying.

  • Crusher
  • Emulsifier/Disperser
  • Concentration Equipment

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No. 13 Heating and cooling capable, inclined bowl type for easy removal of crushed material.

This single machine handles processes such as grinding/dispersing, stirring, kneading, mixing, dispersing, concentrating, drying, and powdering while heating/cooling powders, slurries, pastes, etc.

【Features】 - The kettle is tilted forward, improving the ease of loading and unloading materials. Moreover, this forward-tilting mechanism is mechanical, making it suitable for use in explosion-proof environments. - It has a double kettle structure that allows for uniform heating and cooling from an external heat source, enabling the warming or cooling of the ground material while stirring and grinding. - By changing the shape of the pestle tip or adjusting the strength of the spring built into the pestle, it is possible to adjust the grinding and stirring power of the machine. - By adding options such as an inverter and digital timer, it becomes possible to change the rotation speed of the pestle and manage the operating time of the machine. 【Suitable Use Cases】 - Finely grinding slurries, pastes, and colloids without solidifying the materials while dispersing and kneading. - Achieving uniform dispersion and kneading during the concentration process of slurries and pastes with added solvents through the stirring effect of the pestle and the grinding action of the pestle tip. - Utilizing the dehydration effect of heating to simultaneously grind and break down powder particles, as well as drying moisture from hydrates. - Mechanical-chemical reactions occur during grinding. Furthermore, heating can accelerate these mechanical-chemical reactions.

  • Concentration Equipment
  • Crusher
  • Emulsifier/Disperser

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[Use Case] Ishikawa-style Automatic Mortar AGB Used for Glass Crushing Test

Powerfully crush with forced rotation. Capable of grinding hard materials.

**Summary** The particle size distribution was measured after crushing glass pieces using an automatic mortar AGB. The glass slides, typically used for microscopes, were crushed to about 3.5 mm and then pulverized with the automatic mortar AGB. The grinding time was 5 hours, and the particle size measurement was conducted using a laser diffraction device. **Background and Purpose** To understand the grinding performance of the AGB type Ishikawa stirring mill produced at the Ishikawa factory, the grinding of glass pieces was carried out. **Conclusion** When glass pieces crushed to about 3.5 mm using a microscope slide are pulverized with the AGB type Ishikawa stirring mill, saturation occurs in about 3 hours, achieving a particle size of approximately 1.7 μm.

  • Fine grinding machine
  • Crusher/Mill
  • Crusher

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[Usage Example] How to Make Delicious Soba Noodles

Soba No. 2 - A renowned machine for water management in soba (buckwheat noodles).

■Overview This introduces how to make handmade soba using Soba No. 2. Some may wonder if it can still be called handmade soba when using a machine. According to Article 4 of the Fair Competition Code regarding the labeling of fresh noodles, it can still be considered handmade even when using our equipment.

  • Kneading Machine
  • Bean jam making machine
  • Mixer/agitator

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[Automatic Mortar] Ultra-compact, tabletop type, ideal for research and development environments Tiny

Optimal for pre-dispersion! Can mix and grind materials from just a few grams. Reproduces hand grinding【Compact Automatic Mortar】. Fits in a glove box at the smallest size!

【Features】 - The basic performance of the Ishikawa-type stirring and grinding machine is maintained while achieving a minimal size. - Processing volume is 0.03 liters. - An automatic mortar and pestle ideal for researchers and developers who perform grinding tasks manually with a mortar. - The pestle has a built-in spring, allowing for stirring and grinding while applying pressure. - Equipped with LED lighting for easy monitoring of processing conditions. - The detachable AC cord design makes it easy to move and store anywhere. - The use of a stainless steel casing improves chemical resistance, expanding its applications in laboratories and clean rooms. - Comes standard with an acrylic cover designed to prevent splashing and ensure safe handling. - Its ultra-compact and tabletop design allows for use within draft chambers or glove boxes, making it possible to grind substances containing organic solvents by selecting appropriate cover materials. 【Suitable Use Cases】 - Ideal as an automatic mortar and pestle in laboratories for various standard tests. - Dispersing, kneading, and grinding slurries, pastes, and colloids in an argon gas atmosphere using a glove box. - Achieving uniform dispersion and kneading during the concentration process of slurries and pastes with added solvents in a draft chamber through the stirring effect of the pestle and the grinding action of the pestle tip.

  • Other machine tools
  • Mixer/agitator
  • Fine grinding machine

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[Paper Introduction] "Mechanochemical Dehydration of Hydrated Crystals"

Mechanochemical dehydration of water and material crystals.

Introduction to the Paper Title: Mechanochemical Dehydration of Hydrates Author: Yasuo Arai This paper introduces a method using our AGA type to dehydrate hydrates without destroying the crystals. It is noted that since the crystals are not destroyed, mechanochemical phenomena are observed. Our Ishikawa-type stirring and grinding machine performs stirring, grinding, crushing, and mixing simultaneously with a mild force, allowing for the manifestation of mechanochemical and mechanical alloying effects.

  • Fine grinding machine
  • Emulsifier/Disperser
  • Crusher/Mill

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[Case Study] Ishikawa-style Automatic Mortar: Application to Salt Milling Method

Grinding and refining organic pigments using NaCl!

■Overview We examined the possibility of further fine grinding of approximately 100 nm phthalocyanine organic pigments using the D18S type Ishikawa stirring mill with the solvent salt milling method. It was demonstrated through electron microscope images that organic pigments can be fine-ground using the solvent salt milling method with the D18S type Ishikawa stirring mill. ■Discussion Salt milling is a technique that uses fine NaCl particles to grind and refine organic pigments. When organic pigments are refined through salt milling, they also tend to grow again. Ideally, temperature control during the fine grinding process is crucial. It can be concluded that fine grinding of organic pigments is possible using the Ishikawa stirring mill with the salt milling method. By using the Ishikawa stirring mill, it seems feasible to conduct studies on the fine grinding of organic pigments through salt milling on a small scale, with easy cleaning. Models that allow for temperature control of the pot have also been developed by Ishikawa Factory Co., Ltd., and it is believed that they can be applied for research purposes in the fine grinding of organic pigments using the salt milling method on a small scale.

  • Fine grinding machine
  • Fine grinding machine
  • Crusher

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"Compact, desktop type, ideal for research and development environments" D18S/D20S/D22S

Automation of mortar and pestle. Proven results in stirring, grinding, dispersing, kneading, and mixing for all-solid batteries, fine ceramics, carbon nanotubes, and conductive pastes.

【Features】 - Achieves a compact design while retaining the characteristics of the Ishikawa-type stirring and grinding machine. - Improved chemical resistance due to the use of a stainless steel casing, expanding its applications in laboratories and clean rooms. - The D18S, D20S, and D22S models feature two pestle tips, enhancing grinding performance. - Being a tabletop model allows for use within draft chambers and glove boxes, enabling grinding of organic solvents and more. 【Suitable Use Cases】 - Ideal as an automatic mortar in laboratories for various standard tests. - Dispersing, kneading, and grinding slurries, pastes, and colloids in an argon gas atmosphere using a glove box. - Achieves uniform dispersion and kneading treatment during the concentration process of slurries and pastes with added solvents in a draft chamber, utilizing the stirring effect of the pestle and the grinding action of the pestle tips. The Ishikawa-type stirring and grinding machine (Kakuhan Raikai machine) can simultaneously perform "stirring," "dispersion," "grinding," "mixing," and "kneading." This allows for processing effects that cannot be achieved with dedicated machines such as stirrers, dispersers, kneaders, and grinders, like in mechanochemical and mechanical alloying. Its unique structure realizes high-density particle shape uniformity and mixing uniformity.

  • Other processing machines

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Introduction to Technical Monographs: Materials Technology for Lithium-Ion Batteries and All-Solid-State Batteries

Materials Technology for Lithium-Ion Batteries and All-Solid-State Batteries: From Processes to Evaluation Techniques

Introduction to Technical Monographs Title: Materials Technology for Lithium-Ion Batteries and All-Solid-State Batteries: From Processes to Evaluation Techniques Editor: Yoji Sakurai (Toyohashi University of Technology) Co-authors: Ryosuke Inada (Toyohashi University of Technology) Yuto Tojo (Toyohashi University of Technology) Kazuhiro Hikima (Toyohashi University of Technology) Atsunori Matsuda (Toyohashi University of Technology) Hiroyuki Muto (Toyohashi University of Technology) Publisher: Science Information Publishing Co., Ltd. Usage of AGA mentioned in the book When investigating the electrochemical properties of a certain electrode active material as a lithium-ion battery, it is necessary to prepare the electrode active material according to the measurement. To ensure the overall electronic conductivity of the electrode and the uniformity of the electrochemical reaction, it is mixed with a conductive additive to form a composite electrode. It is mentioned that our grinding machine (AGA) may be used for this mixing process.

  • Fine grinding machine
  • Crusher/Mill
  • Fine grinding machine

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