MAX mill high-energy cryogenic mixing ball mill is a high-energy and multifunctional desktop vibration ball mill. MAX mill can mix and homogenize powders or suspensions at up to 2100rpm in a short period of time, with fast speed, easy operation, and sufficient energy to grind particles to the nanometer range; When using a metal grinding bowl, it can be manually pre cooled in liquid nitrogen to reduce the heating effect to a low point.
MAX-millHigh energy cryogenic mixing ball millIt is a high-energy and multifunctional desktop vibration ball mill.MAX-millIt can reach up to in a short period of time2100rpmMixing and homogenizing powders or suspensions, with fast speed and easy operation, generates sufficient energy to grind particles to the nanometer range; When using a metal grinding bowl, it can be manually pre cooled in liquid nitrogen to reduce the heating effect to a low point.MAX-millHigh energy mixing ball millIt has high-performance power and is suitable for long-term grinding processes, making it highly attractive for scientific research and mechanochemistry,Wide range of productsApplicable toMechanochemical synthesisVarious experimental pre-processing fields such as biology, chemistry, pharmacology, minerals, medicine, etc.
Function and principle
MAX-millThe grinding tank of the high-energy cryogenic mixing ball mill performs radial oscillation in a horizontal position, and the inertia of the grinding ball causes it to impact the sample material at the circular end of the grinding tank with high energy and crush it. In addition, the movement of the grinding tank combined with the movement of the ball resulted in strong mixing of the sample. By using several smaller diameter balls, the mixing degree can be further improved, and the significant frictional impact effect between the grinding balls ensures effective cell fragmentation.
Product Features
Enhanced motor, imported bearings, stepless speed regulation;
Touch screen control, custom program storage, open cover protection;
Efficient grinding, maintenance free, and smooth operation;
Transparent front cover, leakage protection, pollution isolation;
Different adapters can be replaced, and various adapters are available for selection;
Performance and Design
pass2100rpmThe impact and friction achieve powerful grinding, crushing, and homogenization effects;
equip2A grinding workstation, capable of grinding at most each time20Multiple samples;
Capable of storing the operational flow of multiple programs;
Touchscreen is convenient to operate, simple and comfortable;
versatility
3Grinding modes: dry grinding, wet grinding, frozen grinding;
Before granulation, mix the powder sample and adhesive in a container (such asXRFAnalysis);
Suitable for applied research, such as mechanochemical or biological cell tissue fragmentation ;
Extraction of pesticides and herbal ingredients;
Biological applications and cell lysis solutions
Freeze mixed ball mills are often used to homogenize biological samples, and grinding with small ball grinding beads is a well-established method for cell lysis of yeast, microalgae, or bacterial samples. During this process, the sample will only be moderately heated, and its heating effect can be reduced to a low point through pre cooling.MAX100High energy mixing ball mill can handle up to96*2mlThe cell suspension is subjected to effective cell lysis for extractionDNA/RNAAnd protein. To accurately diagnose an infection, an adapter can be used to10*5mlSeparate intact bacteria from the tissue of the test tube.
Application of Mechanochemical Synthesis
Mechanochemical methods can enable substances to react rapidly in solvent-free environments. Some chemical reactions require friction from planetary ball mills, while other types of reactions require energy input through impactMAX-millThe place where it plays a role. The sample size available for research applications is usually very low, which makes it difficult toMAX-millsuch50Small grinding tanks below milliliters have advantages. Due to the often long reaction time, setting the working time to a few hours is another important aspect. Compared with traditional planetary ball mills, hybrid mills have advantages in mechanochemical applications, as they can perform in-situ grindingRAMANSpectral analysis.
Technical Specifications
Application areas: agriculture, chemistry, synthetic materials, medicine, geological metallurgy, engineering electronics, building materials, environmental resources, glass, ceramics, biological food
Sample characteristics: hard, medium hard, soft, brittle, elastic, fiber containing
Crushing principle: impact force, friction force
Speed setting:180rpm-2100rpm
Typical crushing time:30s - 2min
Grinding platform:2 a
Feed size: set according to adapter specifications
Discharge particle size:~5µm
Grinding ball diameter:0.1-30mm
Grinding methods: dry grinding, wet grinding, frozen grinding
Adapter material:POM/nylon/aluminum alloy
Grinding tube material: polytetrafluoroethylene/stainless steel/zirconium oxide/agate
Rated power500W
Electrical description:AC200~240V 50/60Hz
Overall dimensions:W 530* D 350* H 311mm
Sample capacity:96*2ml/64*2ml/48*2ml/16*2ml/10*5ml/2*15ml(Customized grinding tube)/2*25ml(Customized grinding tube)/2*50ml(Customized grinding tube)/8*50ml(Standard grinding tube)