更新日： 集計期間:Aug 20, 2025～Sep 16, 2025
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A bead mill that achieves 1000 liters per hour in nanoparticle production.
The Bead Mill MicroMedia X2 is equipped with a drive unit with a maximum power of 30 kW, suitable for commercial production scale. It allows for linear scale-up from the pilot-sized MicroMedia X1. Additionally, the use of ceramic components helps to reduce metal contamination.
Stir the beads to finely grind and disperse the particles in the slurry! The crystallinity and composition of the particles do not change, allowing the properties of the particles to be maintained.
This is an introduction to bead mills for nanoparticle grinding and dispersion processing. 【Features】 ■ Stirring beads to finely grind and disperse particles in the slurry ■ Mild dispersion: A dispersion that maintains the properties of the particles without changing their crystallinity or composition. Controlling dispersion energy during the processing is crucial. ○ Yttrium Oxide Untreated 30-50μm → After processing < 200nm ○ Barium Titanate Untreated 210nm → After processing 70-100nm → Thin film formation (film thickness) 200-300nm * For more details, please request materials or view the PDF data available for download.
<Must-see for first-time users of bead mills> A standard model of a compact tabletop lab machine. Just add slurry and beads and it can perform grinding and dispersion processing.
The Easy Nano "RMB2 Type" is a compact batch-type bead mill that can handle a wide range of applications from basic experiments to advanced uses involving bead milling. It allows for easy experimentation and can process small quantities, is compact and space-saving, and does not require special maintenance. Furthermore, the initial and running costs are among the lowest in its class. This device is available for rental and testing. <Recommended for> - Those using a bead mill for the first time. - Those who want to handle a bead mill easily. 【Features】 ■ Capable of processing small amounts from 30ml. *Ideal for expensive slurries. ■ Disassembly and assembly in 30 seconds for easy cleaning. ■ Bead diameters from φ0.03 to 2.0mm can be used. ■ Operates on a 100V power supply. ■ Can be installed in the space of an A3 sheet of paper. ■ Explosion-proof options available. *For more details, please refer to the catalog or feel free to contact us.
It will be an explosion-proof specification for RMB. It is a batch-type bead mill that can accommodate vessel capacities from 100ml to 100L class.
The batch-type bead mill "BSG" is an explosion-proof model of the Easy Nano RMB. It can accommodate volumes from 100ml to 100L class. The small model allows for easy removal of the entire vessel, while the medium and large models feature a stirring shaft that can be raised and lowered, and the vessel is designed to be tiltable for complete recovery of the processing liquid, making cleaning extremely easy. Additionally, by incorporating a vacuum device, it enables degassing and vacuum dispersion grinding, and for low to medium viscosity liquids, it is also possible to transfer the product to the tank under vacuum. For more details, please contact us.
Desktop size for research and development! Bead mill capable of mechanochemical processing.
The "Dry Star SDA1" is a lab-sized continuous dry bead mill that achieves a maximum particle size of 10μm or less without a classifier, with grinding capability 100 times greater than that of a ball mill. Testing is possible with a minimum sample volume of 0.5L. 【Features】 ■ Achieves particle size of less than 1μm ■ Continuous operation with a grinding chamber capacity of 1L ■ Simple and user-friendly design ■ Realizes submicron particles ■ Compatible with φ1.5mm beads For more details, please refer to the catalog or feel free to contact us.
![Bead Mill Research Lab [Compact Wet Dispersion Machine for Small Diameter Beads]](https://image.mono.ipros.com/public/product/image/b90/2000072635/IPROS1960961291953804760.jpg?w=280&h=280)
It is ideal for research and development and testing with small samples.
The DYNO-MILL Research Lab adopts a new concept "Accelerator" inspired by waterwheels. [Ideal movement of beads even at low-speed operation from 4 m/s] [Wide range of beads available from φ0.05 to 1.0 mm] Circulation operation is possible from 100 ml, making it ideal for research and development of expensive rare metals, pharmaceuticals, paints, inks, pesticides, and more. For more details, please download the catalog.
Operable anywhere with a 100V power supply and cooling water! Maintenance-free for pressure, liquid volume, and more! Enables nano-dispersion experiments of microbeads even on a desk!
The "First Mill" is a super compact circulation-type wet bead mill equipped with a mechanism developed uniquely by our company for nano-dispersion. Even those who have never used a bead mill can easily conduct nano-dispersion experiments using small beads. It has a footprint of approximately W580×D200mm, which is about the size of a small office desk, allowing for experiments in limited spaces. It can be operated anywhere as long as there is a 100V power supply and cooling water. 【Features】 ■ Circulation operation ■ Ultra-compact ■ Small beads ■ Maintenance-free ■ Easy operation *For more details, please refer to the PDF document or feel free to contact us.
Crushing high-hardness materials to single microns! An energy-efficient dry bead mill.
The "DryStar" is a continuous dry bead mill that can grind raw materials of approximately 100 to 150 μm down to a single micron in one pass. It minimizes energy costs compared to other grinding machines (such as ball mills and jet mills), and allows for easy particle size control, enabling efficient and sharp distribution. Additionally, by combining it with a wet bead mill, it is possible to achieve energy-efficient processing (eco-grinding) and reduce contamination compared to processing with wet methods alone. 【Features】 - A horizontal mill that is both dry and continuous - Capable of grinding raw materials of several hundred microns down to a single micron in one pass - Extremely low energy costs - Air consumption is minimal, only for shaft seal protection - Effectiveness of surface modification treatment For more details, please contact us or download the catalog.
Achieving high processing capacity with a uniquely designed process chamber and a high-performance bead separation mechanism.
MicroMedia Invicta is a bead mill for wet grinding and dispersion that achieves high processing capacity through its uniquely designed process chamber and high-performance bead separation mechanism. With product improvements, it has achieved a 25% reduction in energy consumption and a 50% increase in productivity while maintaining a compact installation footprint compared to similar class products. Additionally, the improved bead separation mechanism has resulted in an average flow rate increase of 100%, allowing for the desired particle size to be achieved in a shorter time. It accommodates a variety of grinding applications, including various inks, coatings, automotive paints, electronic materials, battery materials, and pesticides.
A state-of-the-art bead mill that prevents re-agglomeration caused by the destruction of particle structures through soft dispersion.
Soft dispersion refers to "dispersion that ensures appropriate intensity and maximum frequency." *Intensity: the magnitude of work received from the beads, Frequency: the amount of work received from the beads.* The wet bead mill DAM type prevents re-agglomeration caused by the destruction of particle structure by performing soft dispersion. <Recommended for those who:> - Want to suppress re-agglomeration due to the destruction of primary particles - Are troubled by increased viscosity or thickening due to over-processing
A bead mill that is strong in processing coarse particles and high viscosity. It is easy to scale up to the production machine NVM type.
The bead separation mechanism employs a gap separator type. It is strong against coarse particles and high viscosity, allowing for processing without clogging in the separation section. Due to its continuous operation and large range of input amounts, it can also be used as a production (prototype) machine despite its small size. Additionally, since it has the same structure as the production machine New Bisc Mill NVM type, it is easy to consider conditions for scale-up.
Productivity improved by 25%! Achieving faster and smoother wet grinding.
The new full-capacity bead mill "Cenomic Optima" achieves up to a 25% increase in productivity through higher flow rates, greater input energy, and improved cooling performance. Various technological improvements have enabled faster wet grinding without compromising product quality. ■ Enhanced bead movement with additional disks ■ Improved cooling performance with ceramic internal liners ■ High-speed processing due to increased input energy ■ Large screens allow for high flow rates
