No. 13 Heating and cooling capable, inclined bowl type for easy removal of crushed material.
No. 13 Ishikawa-type stirring and crushing machine
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.
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basic information
**Features of the Ishikawa Type Grinding Machine** The following features are available: (1) Uniform and consistent mixing and grinding treatment within the bowl due to unique design (2) Simultaneous mixing and grinding processing is possible (3) High driving torque allows for processing of high-viscosity materials (4) Lower processing energy compared to ball mills, enabling "mild processing" **Basic Specifications of the Product** Model Number | Processing Volume 13A | 20L 13AA | 60L 13B | 100L 13C | 150L - The kettle tilts forward, improving the workability when loading and unloading materials. - It features a double kettle structure that allows for heating and cooling of the ground material while mixing 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 mixing power of the machine. - Options for installing an inverter, digital timer, etc., are available. **Introduction to the Testing Laboratory** You can use the experimental machine for free to evaluate the functions and performance of the Ishikawa type mixing and grinding machine. We will propose the optimal selection of the Ishikawa type mixing and grinding machine for your processing needs and the corresponding mixing and grinding treatment. Please feel free to utilize this when considering your options.
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Applications/Examples of results
- Electronic component materials - Conductive inks, conductive adhesives - Insulating materials, sealing materials - Pigments, glazes - Metal (gold, silver, copper) pastes - Glass pastes - Carbon pastes - Lithium battery materials, electrode materials for all-solid-state batteries - Dispersion of carbon nanotubes - Mixing of ceramic materials - Abrasive stones, abrasive grains, polishing agents - Flux, welding materials - Brake shoes - Food (miso, red bean paste, spices, sesame, etc.) - Pharmaceuticals, ointments - Chemicals, cosmetics - Chemical and fiber materials - Equipment and devices for research and development - This single unit can handle stirring, grinding, dispersion, kneading, mixing, blending, concentrating, drying, and powdering tasks at universities and research institutions.
Detailed information
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(1) 13A - Inner diameter of the pot: 584mm - Depth of the pot: 330mm - Processing volume: 20L - Width of the device: 1250mm - Depth of the device: 1350mm - Height of the device: 1600mm - Power supply: 200V 0.75kW (2) 13AA - Inner diameter of the pot: 762mm - Depth of the pot: 381mm - Processing volume: 60L - Width of the device: 1440mm - Depth of the device: 1550mm - Height of the device: 1880mm - Power supply: 200V 1.5kW (3) 13B - Inner diameter of the pot: 914mm - Depth of the pot: 457mm - Processing volume: 100L - Width of the device: 1700mm - Depth of the device: 1700mm - Height of the device: 2050mm - Power supply: 200V 1.5kW (4) 13C - Inner diameter of the pot: 1067mm - Depth of the pot: 495mm - Processing volume: 150L - Width of the device: 1930mm - Depth of the device: 1900mm - Height of the device: 2050mm - Power supply: 200V 2.2kW
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Company information
Our company is a specialized manufacturer of automatic mortar and pestle machines. The features of the automatic mortar and pestle (Ishikawa-style stirring and grinding machine) include the ability to simultaneously perform stirring, grinding, mixing, and kneading using unique technology. It has the following basic capabilities: 1. Uniform and precise mixing is possible - Allows for uniform mixing while controlling particle size. 2. Easy uniformity and control of particle size - Can achieve uniform particle size while finely grinding. 3. Prevents excessive deterioration of materials - Due to low mechanical stress (mild processing energy), it can process while suppressing over-grinding and chemical changes. - High-energy processing (such as ball mills) can cause reaction changes due to heat generation, but temperature management is easier with the automatic mortar and pestle. 4. Suitable for small-scale prototyping and experiments - Ball mills and planetary mixers require large amounts of raw materials, but the automatic mortar and pestle can prototype with a minimum of 0.5g. - Easily adaptable for process scale-up (easy application from small to large scale). 5. Capable of processing slurries, pastes, and high-viscosity materials - The motor torque for the pestle rotation is high, allowing for processing of high-viscosity materials.