A machine that performs excellent processing through the synergistic effects of dispersion, stirring, grinding, mixing, and kneading! Processing of ceramics, fine ceramics, and rare metals.
**Features** - Maintains the characteristics of the Ishikawa-style mixing and grinding machine, achieving higher grinding performance by forcibly rotating the pestle with a motor. - Suitable for mixing and grinding high-viscosity materials. - The 'AGX series' includes a convenient tabletop model (AGB type) as well as a self-standing model with legs (AGA type). - The tabletop model (AGB type) is suitable for experiments in research and development and can also be used within a draft chamber. - Various materials for the bowl and pestle are available, including agate, alumina, and tungsten carbide, allowing customers to choose materials according to their needs. **Suitable Use Cases** - Used as an experimental machine for research and development, it is employed for the grinding (pulverization) and dispersion of small quantities of the following materials: - Ceramic materials such as titanium (Ti), zirconia (ZrO2), silica (silicon dioxide SiO2), alumina (Al2O3), silicon carbide (SiC), and silicon nitride (Si3N4). - Processing of rare earth/high-performance metals such as carbon, iridium, tellurium (Bi2Te3), tin, niobium, tungsten, molybdenum, antimony, platinum, gold, and copper.
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basic information
**Features of the Ishikawa Type Stirring and Crushing Machine** The following features are available: (1) Uniform and consistent mixing and crushing treatment within the bowl due to unique design. (2) Simultaneous mixing and crushing 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** - Bowl types: Agate, Alumina, Tungsten Carbide - Bowl inner diameter: Agate: 120mm, Alumina: 120mm, Tungsten Carbide: 140mm - Bowl depth: Agate: 30mm, Alumina: 30mm, Tungsten Carbide: 63mm - Processing volume: 0.05L - AGB type suitable for use as an automatic mortar in laboratories. - AGA type that is self-standing. - The pestle is forcibly rotated by a motor to enhance crushing performance. **Introduction to the Testing Laboratory** You can use the experimental machine for free to evaluate the functions and performance of the Ishikawa type stirring and crushing machine. Additionally, our staff, who are well-versed in stirring and crushing processes, will support your experiments according to your needs. Furthermore, we will propose the optimal selection of the Ishikawa type stirring and crushing machine and the stirring and crushing process for your processing needs. Please feel free to utilize this when considering your options.
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For more details, please refer to the PDF document or feel free to contact us.
Detailed information
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(1) AGA Type (Independent Type) - Pot inner diameter: 120mm - Pot depth: 30mm - Processing volume: 0.05L - Pot materials: agate, alumina, tungsten carbide - Device width: 490mm - Device depth: 410mm - Device height: 1180mm - Power supply: 100V 0.2kW (2) AGB Type (Tabletop Type) - Pot inner diameter: 120mm - Pot depth: 30mm - Processing volume: 0.05L - Pot materials: agate, alumina, tungsten carbide - Device width: 400mm - Device depth: 405mm - Device height: 715mm - Power supply: 100V 0.9kW
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Company information
Our company is a specialized manufacturer of mixing and grinding machines. The feature of the Ishikawa-type mixing and grinding machine is that it can simultaneously perform "mixing," "grinding," "blending," and "kneading" in one device, allowing for synergistic effects. Mixing and grinding means performing crushing processes (milling, crushing, mechanical alloying, mechanochemical reactions) and mixing processes simultaneously. With a unique design, it achieves an ideal grinding trajectory, making it a unique machine capable of uniform mixing and grinding processing. 1. Mixing and Grinding (Basic Function) ★ Applications include dewatering of alloys and hydrates, artificial bones, artificial teeth, salt milling (nano-dispersion of organic pigments), chemicals, ceramic grinding, grinding wheels, metal pastes, CNT adhesives, ointments, soba noodle making, particle surface treatment, and more. New functions can be realized by adding the following additional features. 2. Temperature: ★ High-temperature kneading for semiconductor heat sinks and 3D printer resins. 3. Temperature & Vacuum: ★ Evaporator for slurries. ★ Substitute for spray dryers at laboratory levels. ★ Freeze-drying (not only freeze-drying functions but also rapid powdering). 4. Isolation and Sealing: ★ The tabletop model from Ishikawa Co., Ltd. features an acrylic cover that prevents dust dispersion during mixing and grinding.