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With over 90 years of experience, we have established a profound expertise and a broad customer base in almost every application in the wet grinding and dispersing industry. From fullvolume up to highenergy bead mills, we set the technology standards for efficient, sustainable wet grinding
The MicroMedia Invicta provides the next step change in bead mill technology with innovative processing unit design and a new bead separation system bringing you remarkable wet grinding benefits. Highperformance bead mill
These agitator bead mills have been specially developed for a laboratory environment. They are ideal for developing new formulations with small product quantities and calculating scaleup factors. Each of these laboratory mills can be operated with two grinding principles.
Jar mills are excellent for grinding virtually any type of sample. Analytical and hand mills are ideal for hard and brittle samples. Lab bead mills are used for cell and tissue culture preparation. Choose a lab grinding mill based on your sample type, sample capacity, and desired particle size. Final particle size can range from 1 to 205
Bead mills are grinding and dispersing machines designed to grind and/or disperse particles down to the micro and nano scales. Beads (grinding media) inside the grinding chamber are agitated by rotating the shaft and the particles are ground and/or dispersed by the collision and shear force of the beads.
Bead Mills are machines for dispersion processing, where solid particles (pigments, fillers) are reduced in size and finely dispersed and wetted out in a liquid phase. Small ceramic, glass or metal beads are agitated inside the mill chamber to aid particle size reduction through impact and energy input while the dispersion is pumped through the
Fine grinding with bead mills A bead mill is needed when the required dispersion result cannot be achieved on a highspeed disperser. A bead mill will further break down the solid particles and improve the dispersion result.
Bead Mills are machines for dispersion processing, where solid particles (pigments, fillers) are reduced in size and finely dispersed and wetted out in a liquid phase. Small ceramic, glass or metal beads are agitated inside the mill chamber to aid particle size
GlassBeads are bubblefree glass grinding beads with a density of kg/l. They are especially recommended for wet grinding applications in the low to medium viscosity range. This is also true for applications for which the use of highquality zirconium oxide grinding beads is
This bead mill is capable of processing wide range of materials at a high grinding speed, since it has strong agitating force and proper bead filling condition. In addition, since the applicable range of bead size is wide ( to 5mm), the optimum bead diameters fitting a
This bead mill is capable of processing wide range of materials at a high grinding speed, since it has strong agitating force and proper bead filling condition. In addition, since the applicable range of bead size is wide ( to 5mm), the optimum bead diameters fitting a variety of processing purposes are adoptable in this mill.
Process DMQX Bead Mill) and typically run at RPMs from 500 to 2,500. The HDDM01 features a special onepiece cover with charging port and media deflector. This mill is recommended for wet grinding only. MODEL 01 The Model 01 is the most basic model in
The grinding beads should be 2 3 times larger than the separator or filter of the mill ( slotted sieve, sieve cartridge, friction gap). The grinding media should be at least 5 times smaller than the distance between agitator disc and grinding vessel wall.
The grinding media make the difference The quality of the grinding media significantly influences the performance and durability of a bead mill. Selecting the right grinding media is therefore decisive for the product quality and Process stability High product quality thanks to a stable wetgrinding process. Maximum durability
A fine bead mill with grinding media on the order of 100 microns ( m) to 200 m is the simplest, most scalable, most costefficient way to make and disperse nanoparticles, though this too presents obstacles. For example, research shows that when running passes through a media
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