Vibration Ball Mill
Nanoscale High-Energy Vibratory Ball Mill for Laboratory Sample Preparation, Mechanochemistry, and Mechanical Alloying
Item Number: PP-VB05
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Product Overview
This high-energy vibratory ball mill is a compact desktop instrument engineered for ultrafine grinding and mechanical alloying. Its unique horizontal arc reciprocating motion generates intense impact and friction forces, enabling rapid particle size reduction to the nanoscale in as little as 10 seconds. Designed for materials science and research laboratories, the system excels in mechanochemistry, alloying, and sample homogenization where speed, reproducibility, and contamination control are critical.
Typical applications span battery materials, advanced ceramics, metallurgy, pharmaceuticals, and forensic analysis. The unit processes hard, brittle, soft, fibrous, and even sticky samples with equal effectiveness, supporting dry, wet, and vacuum milling modes. Its dual-jar platform and wide selection of jar and ball materials allow contamination-free preparation of diverse specimens.
Built for demanding lab environments, the equipment combines a robust stainless steel structure with advanced safety features, including overload and temperature protection. Reliable, durable, and easy to operate, it delivers consistent nanoscale results run after run, making it a trusted asset for institutions requiring high-throughput, precision sample preparation.
Key Features
- High-Frequency Vibration Drive: The oscillating mechanism operates at 180–1800 r/min, delivering powerful collision energy that reduces grinding times to 10–60 seconds. This rapid energy transfer enables ultra-fine grinding without excessive heat buildup, preserving temperature-sensitive materials.
- Nanoscale Output: Achieves final particle sizes around 100 nm, allowing researchers to produce nanopowders for advanced material synthesis, mechanical alloying, and surface engineering with high uniformity and purity.
- Versatile Grinding Modes: Supports dry, wet, and vacuum milling, giving the flexibility to process samples in inert atmospheres, with liquid additives, or under cryogenic conditions for enhanced grindability and chemical integrity.
- Dual-Jar Design: Two grinding stations accept jars up to 125 ml each, enabling simultaneous preparation of different materials or doubling throughput for increased productivity—ideal for comparative studies and batch processing.
- Comprehensive Material Options: Grinding jars and balls are available in tungsten carbide, zirconia, stainless steel, PTFE, nylon, and agate, allowing you to match the wear components to your sample hardness and contamination sensitivity for pure results.
- Intelligent Control System: A variable-frequency drive with programmable timing, speed adjustment, and data storage ensures reproducible processing. Power-cut memory automatically resumes cycles, while overload protection safeguards both samples and the mill.
- Active Safety Monitoring: Integrated real-time temperature detection and high-temperature cutoff prevent thermal damage. The IP30 enclosure and interlocked safety cover guarantee operator safety during high-energy operation.
- Quick Clamping and Acoustic Insulation: A handwheel fastening system enables tool-free jar changes in seconds, and the built-in sound-absorbing layer combined with a stainless steel workbench minimizes operating noise and vibration, improving laboratory comfort.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanochemical Synthesis | High-energy milling drives solid-state reactions, enabling solvent-free synthesis of co-crystals, metal-organic frameworks, and novel compounds. | Accelerates reaction kinetics and eliminates toxic solvents, supporting green chemistry. |
| Mechanical Alloying | Repeated cold welding and fracturing produce nanostructured alloys, supersaturated solid solutions, and amorphous phases. | Creates unique material phases unattainable by casting, with refined grain structures and enhanced properties. |
| Battery Material Research | Refines silicon, graphite, and cathode powders to nanoscale for improved lithium-ion battery performance. | Uniform particle sizes and high purity boost capacity, cycling stability, and rate capability. |
| Ceramic Nanopowder Preparation | Grinds hard ceramics (alumina, zirconia, SiC) into fine powders for sintering advanced composites. | Delivers contamination-free, sub-micron particles essential for high-density ceramics. |
| Pharmaceutical Homogenization | Mixes and mills active pharmaceutical ingredients with excipients, handling sticky or fibrous substances. | Ensures content uniformity and improved bioavailability without altering drug integrity. |
| Forensics and Materials Testing | Prepares tough samples like teeth, glass, or electronic components for trace analysis and XRF pellet pressing. | Rapidly reduces inhomogeneous samples to analytical-grade powders, saving time and preserving trace evidence. |
| Cryogenic Grinding | Facilitates milling of temperature-sensitive materials (elastomers, biological tissues) by pre-cooling. | Prevents thermal degradation and improves grindability, yielding fine powders while maintaining chemical structure. |
| Nanocomposite Fabrication | Disperses nanoparticles into polymer or metal matrices to create reinforced composites. | Achieves homogeneous dispersion critical for enhanced mechanical, thermal, or barrier properties. |
Technical Specifications
| Parameter | Value |
|---|---|
| Model | PP-VB05 |
| Processing Principle | Impact force, friction force |
| Application Sample Characteristics | Hard, medium-low hardness, brittle, dry, viscous, fibrous, soft, elastic |
| Processing Type | Mechanochemistry, mechanical alloying, grinding, mixing, homogenization |
| Max. Feed Size | < 10 mm |
| Output Granularity Range | ~100 nm |
| Grinding Methods | Dry, wet, vacuum |
| Number of Grinding Jars | 2 |
| Motion Mode | Horizontal arc reciprocating motion |
| Vibration Frequency | 180–1800 r/min |
| Main Functions | Continuous/interval operation, adjustable timing, variable speed control, data storage, power-cut memory, overload protection, safety interlock, temperature monitoring & overheat protection |
| Additional Functions | Quick handwheel clamp, sound-absorbing layer, stainless steel worktable |
| Classic Grinding Time | 10–60 s |
| Jar Materials | Tungsten carbide, zirconia, PTFE, nylon, hardened steel, stainless steel |
| Max. Jar Volume | 2 × 125 ml |
| Jar Fixing Method | Handwheel fastening |
| Grinding Ball Sizes | φ1–30 mm (optional) |
| Grinding Ball Materials | Tungsten carbide, zirconia, agate, stainless steel |
| Control Method | Variable frequency drive |
| Electrical Requirements | 100–120V / 200–240V AC, 50/60 Hz, 550 W |
| Power Plug Options | Chinese GB, European CEE, US NEMA, BS 1363 (others on request) |
| Net Weight | 95 kg |
| Dimensions (W × D × H) | 680 × 540 × 320 mm |
| Protection Rating | IP30 |
| Standards Compliance | CE |
Why Choose This Product
- Precision Engineering for Repeatable Nanoscale Results: Built with a high-quality eccentric drive and rigid frame, this system maintains stable vibration frequency and impact force across all operating ranges. The outcome: consistent, reproducible particle size reduction to ~100 nm in seconds, batch after batch, even under heavy daily use.
- Uncompromising Durability and Operator Safety: From the reinforced stainless steel workbench to the IP30-rated enclosure and intelligent protection circuits, every component is designed for longevity and safe operation. Overload cutoff, temperature monitoring, and interlocked guards ensure minimal maintenance and maximum uptime.
- Flexible Configuration for Diverse Research Needs: Six jar materials, four ball materials, and dry/wet/vacuum modes allow you to match processing conditions exactly to your sample. Switch from grinding hard ceramics to milling soft polymers without cross-contamination, making the unit a versatile tool for multi-user facilities.
- Industry-Leading Speed and Efficiency: Typical grinding cycles of 10–60 seconds dramatically shorten workflows compared to conventional mills, accelerating research and enabling rapid material screening—a decisive advantage in fast-paced battery development, pharmaceutical R&D, and academic labs.
- CE Compliance and Global Support: Certified to international CE safety standards, the equipment meets rigorous quality benchmarks. We offer customizable power plug configurations to suit regional requirements and provide responsive technical support, ensuring seamless integration and long-term peace of mind.
Experience the next level of high-energy ball milling. Contact our team today to request a quote or discuss custom adaptations tailored to your specific grinding and alloying applications.
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