Vibration Ball Mill
Nano High Energy Vibratory Ball Mill Multi Platform Sample Preparation Laboratory Powder Grinder Equipment
Item Number: PP-VB26
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Product Overview
This high-energy vibratory ball mill represents an advanced laboratory sample preparation system engineered for ultra-fine grinding, mechanochemistry, and mechanical alloying. Utilizing high-frequency horizontal arc motion, the unit imparts massive energy density to grinding media, driving top-down particle size reduction from macro feeds under 10 mm down to sub-micron and nanometer levels (~100 nm). The system offers modular multi-platform compatibility, supporting a wide range of jar capacities and material compositions to suit diverse laboratory throughput requirements.
Designed to handle challenging sample matrixes, the equipment effectively processes hard, medium-hard, soft, brittle, dry, sticky, fibrous, and elastic materials. Its multi-functional capabilities encompass fine pulverization, homogenizing, dry and wet milling, as well as controlled-atmosphere vacuum grinding. Target sectors include advanced battery material synthesis, powder metallurgy, chemical catalysis, pharmaceuticals, biological sample homogenization, and academic material science research.
Built for continuous industrial and laboratory operation, this system pairs heavy-duty construction with sophisticated frequency conversion control. Integrated safety safeguards—such as overload monitoring, hazard protection, power-off memory, and acoustic damping—ensure repeatable, low-noise performance under demanding long-duration runs. The combination of rapid grinding times (often between 10 to 60 seconds) and structural durability establishes this equipment as an indispensable solution for high-throughput sample preparation.
Key Features
- High-Frequency Reciprocating Arc Motion: Driven by a precision-engineered motor and dynamic balance transmission system, the mill produces horizontal arc reciprocating vibrations between 180 and 1800 r/min. This motion generates extreme impact and shear friction forces for rapid size reduction.
- Multi-Platform Adapter Versatility: Accommodates multiple jar holder configurations and adapters, enabling simultaneous mounting of 6x50ml, 4x25ml, 4x10ml, 12x5ml, or 12x2ml grinding vessels. This flexibility optimizes workflow efficiency for both small batch research and high-throughput screening.
- Comprehensive Material & Atmosphere Control: Supports dry milling, wet slurry grinding, and vacuum or inert gas milling. Milling jars and grinding media (sizes 1-30 mm) are available in high-purity Zirconia, Tungsten Carbide, Stainless Steel, and Agate to prevent cross-contamination.
- Advanced Frequency Conversion & Programmability: Features intelligent variable frequency speed control with digital parameter setting. The intuitive control interface allows continuous operation, intermittent pulsing, automated timing, parameter data storage, and power-off memory recall for standardized experimental protocols.
- High-Efficiency Mechanochemical Capability: Delivers continuous high-energy input suitable for long-duration mechanical alloying, mechanochemical synthesis, and lattice deformation processes, such as nanostructuring silicon for battery anodes or synthesizing specialized alloys.
- Rapid Processing Performance: Reaches analytical fineness in standard sample pulverization within 10 to 60 seconds, drastically accelerating laboratory analytical cycles compared to conventional planetary or rotary ball mills.
- Ergonomic & Sound-Damped Architecture: Built with an integrated acoustic absorption layer to minimize operational noise, a durable stainless steel workbench for easy cleaning, and quick-clamping jar fixtures to ensure fast, secure vessel installation.
- Comprehensive Safety Safeguards: Equipped with real-time overload protection and automatic hazardous operation detection, complying with strict laboratory safety protocols while carrying full CE certification.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Battery Anode Nanostructuring | Mechanochemical grinding of micron-scale silicon and carbon precursors down to ~50-100 nm for advanced energy storage materials. | High energy transfer achieves rapid particle refinement with precise grain size distribution and stable purity control. |
| Mechanical Alloying | High-energy collision and shear processing for synthesizing non-equilibrium alloys (e.g., NiPd systems) via repeated cold welding and deformation. | Enables atomic-level diffusion at lower temperatures, producing unique alloy microstructures with high aspect ratios. |
| Mechanochemical Synthesis | Solvent-free organic and inorganic chemical reactions driven directly by mechanical impact force within sealed milling vessels. | Accelerates reaction kinetics, eliminates hazardous solvents, and allows precise control over mechanical energy input. |
| High-Throughput Biological Prep | Homogenization and cell disruption of plant tissues, bone, cartilage, and soft matrixes in 12x2ml or 12x5ml micro-vessel arrays. | Uniform temperature control and rapid multi-vessel processing prevent sample degradation across large batch numbers. |
| Ceramics & Mineral Pulverization | Ultra-fine reduction of hard and brittle materials such as quartz, ceramics, ores, slag, and metal oxides prior to analytical testing. | Contamination-free grinding using zirconia or tungsten carbide tooling yields sub-micron powders in under 60 seconds. |
| Pharmaceutical & Cosmetic Micronization | Fine grinding and homogenization of active pharmaceutical ingredients (APIs), sticky powders, and elastic organic compounds. | Adapts to dry, wet, or cryogenic conditions to achieve high dispersion uniformity without thermal degradation of sensitive molecules. |
Technical Specifications
| Parameter Category | Specification Details |
|---|---|
| Product Identification | Model Identifier: PP-VB26 |
| Operating Principle | High-energy impact force and friction force via horizontal arc high-frequency reciprocating vibration |
| Vibration Frequency Range | 180 – 1800 r/min (continuously adjustable via frequency converter) |
| Typical Processing Time | 10 – 60 seconds (standard pulverization cycles) |
| Maximum Feed Size | < 10 mm |
| Final Granularity / Discharge Size | Down to ~100 nm (dependent on material properties and milling media) |
| Supported Milling Modes | Dry Grinding | Wet Grinding | Vacuum / Inert Gas Grinding |
| Multi-Platform Vessel Options | 6 x 50 ml | 4 x 25 ml | 4 x 10 ml | 12 x 5 ml | 12 x 2 ml |
| Jar Material Choices | Stainless Steel | Tungsten Carbide | Zirconia (ZrO2) |
| Grinding Ball Diameters | 1 mm to 30 mm (selectable) |
| Grinding Ball Materials | Tungsten Carbide | Zirconia | Agate | Stainless Steel |
| Compatible Sample Types | Hard, Medium-Hard, Soft, Brittle, Dry, Sticky, Fibrous, Elastic |
| Process Types | Mechanochemistry | Mechanical Alloying | Pulverization | Mixing | Homogenization |
| Control & Functionality | Variable frequency control; Continuous run | Intermittent run | Precision timing | Speed tuning | Data storage | Power-off memory | Overload protection | Hazardous operation protection |
| Constructive Features | Quick-clamping jar assembly | Integrated sound-absorbing acoustic insulation layer | Heavy-duty stainless steel workbench |
| Electrical Requirements | 100-120V / 200-240V AC (switchable), 50-60 Hz | Rated Power: 550 W |
| Power Plug Standards | National / European / American / British standards available |
| Ingress Protection Rating | IP30 |
| Safety & Compliance | CE Certified |
| Net Weight | 98 kg |
| Overall Dimensions (W x D x H) | 680 mm x 540 mm x 320 mm |
Why Choose This Product
- Superior Mechanical Energy Transfer: Engineered drive dynamics yield high kinetic collision energy, accelerating pulverization and alloying processes far faster than traditional rotary planetary ball mills.
- Unmatched Modular Flexibility: Accommodates micro-centrifuge tubes up to 50ml grinding jars across various high-density, contamination-free materials, offering a versatile platform for multi-user laboratories.
- Robust & Quiet Operation: Built on a solid industrial chassis featuring acoustic isolation and a stainless steel workspace, delivering smooth, low-vibration performance even at maximum 1800 r/min speeds.
- Precision Process Repeatability: Full frequency control, programmable run modes, and memory retention ensure that exact milling parameters are maintained across experiments for rigorous scientific publishing and quality compliance.
Contact our technical engineering team today to discuss your sample preparation requirements, request detailed pricing, or configure custom milling jar combinations tailored to your application.
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