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Nanoscale ball mill, laboratory small planetary grinding machine, dry and wet grinding

nanoscale ball mill for laboratory

small planetary grinding machine

dry wet grinding ball mill

Place of Origin:

China

Brand Name:

Zoli

Certification:

ISO 9001 CE

Model Number:

XQM

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Nanoscale ball mill, laboratory small planetary grinding machine, dry and wet grinding

Product Details

Grinding Balls Size:

10 Mm

Speed:

0-450rpm

Grinding Speed Range:

200-1200 Rpm

Min Speed:

50 Rpm

Max Feeding Capacity:

2/3 Capacity Of The Grinding Jar

Timer Range:

0-99 Minutes

Working Principle:

Planetary Motion

Grinding Jar Type:

4 Jars

Machineweight:

45 Kg

Grinding Media Material:

Stainless Steel, Zirconia, Agate

Dimensions:

350 X 300 X 350 Mm

Final Fineness:

1μm

Application:

Mixing, Fine Grinding, Mechanical Alloying

Rotation Speed:

0-1160 Rpm

Safety Features:

Overload Protection, Emergency Stop

Highlight:

nanoscale ball mill for laboratory

small planetary grinding machine

dry wet grinding ball mill

Payment & Shipping Terms

Minimum Order Quantity

1 set

Packaging Details

carton+wood

Delivery Time

within 15days

Payment Terms

L/C,T/T,Western Union

Supply Ability

200 units per month

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18520584493

ain@zlengineer.com

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Product Description

Nanoscale Ball Mill - Laboratory Small Planetary Grinding Machine

Dry and Wet Grinding Capabilities

A precision instrument designed for processing small material quantities into ultra-fine powders with particle sizes ranging from 1-100 nm. Essential for advanced research requiring atomic and molecular level material control.

Core Functionality

Achieving Nanoscale Particle Sizes

This machine specializes in nanoparticle synthesis through top-down mechanical milling, utilizing high-energy impacts and friction from grinding balls to repeatedly fracture particles down to nanometer dimensions.

Planetary Motion Advantage

The unique planetary motion—where grinding jars rotate around their own axis and a central sun wheel—generates Coriolis forces that produce significantly higher impact energies than conventional rotary ball mills.

Key Features for Nano-Grinding

High rotational speeds (often exceeding 1000 RPM) for maximum impact energy
Specialized small grinding balls (0.1-3mm) made from hard materials like Zirconia
Precise digital control over time and speed for reproducible results

Laboratory-Scale Design

Compact benchtop footprint conserves valuable lab space
Designed for small batch processing (0.1g to several hundred grams)
Optimized for precision, control, and reproducibility rather than high-volume throughput

Operational Modes

Dry Grinding

Processes samples in their dry, solid state without added liquid.

Advantages

Simpler setup and post-processing
No solvent requirements or disposal concerns
Ideal for solvent-reactive materials

Considerations

Potential particle re-agglomeration due to static charges
Possible heat generation affecting sensitive materials

Wet Grinding

Processes samples mixed with liquid (water, ethanol, hexane) to form a slurry.

Advantages

Enables true nanodispersions by preventing particle re-agglomeration
Liquid acts as coolant for heat-sensitive materials
More effective for sticky or ductile materials

Considerations

Requires additional separation steps (centrifugation, filtration, drying)
Introduces solvent costs and potential waste

Technical Specifications

Type	Planetary Ball Mill
Grinding Stations	2 or 4 jars
Speed Control	Digital, programmable (100-1500 RPM)
Timer	Digital with auto-reverse function
Jar Materials	Stainless Steel, Nylon, Agate, Zirconia
Safety Features	Lid safety lock with automatic shut-off

Applications

Pharmaceuticals: Enhancing drug solubility and bioavailability through nano-milling
Advanced Materials: Producing nano-powders for ceramics, composites, batteries, and catalysts
Electronics: Preparing precursor materials for functional inks and components
Chemistry: Mechanochemical synthesis and nano-catalyst production
Geology: Homogenizing samples for ultra-sensitive trace element analysis

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