Vibration Ball Mill
Nano High Energy Vibratory Ball Mill with Heating and Temperature Control
Item Number: PP-VB08
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Product Overview
This high-energy vibratory ball mill with integrated heating and temperature control delivers exceptional nano-scale grinding, mixing, and mechanochemical processing for advanced material science applications. Its compact, benchtop design combines powerful impact and friction forces with precise thermal management, enabling rapid refinement of hard, brittle, and fibrous samples down to approximately 100 nm.
Ideal for research institutions, materials laboratories, and quality control in industries such as pharmaceuticals, ceramics, battery technology, and nanomaterials, this system supports mechanical alloying, cell disruption, and homogeneous mixing. The mill's robust construction, low noise operation, and intuitive interface ensure safe, reliable performance even under intensive daily use.
Engineered for demanding workflows, the equipment features variable frequency control, programmable intermittent and continuous modes, and multiple safety protections. With a proven design optimized for ergonomics and durability, it stands as a trusted workhorse for laboratories requiring reproducible, high-quality sample preparation.
Key Features
- Integrated Heating and Temperature Control: The built-in heating element coupled with a responsive temperature sensor provides closed-loop thermal regulation, enabling precise control of the milling environment for temperature-sensitive samples and thermally activated mechanochemical reactions. This system ensures uniform heat distribution within the jar, preventing hot spots and preserving sample integrity.
- High-Frequency Oscillation Drive: With vibration speeds adjustable from 180 to 1800 r/min, the system generates intense impact and shear forces, achieving rapid comminution from <10 mm feed size to ~100 nm in seconds or minutes. The wide speed range allows optimization for soft, fibrous materials as well as hard, brittle ones, maximizing versatility.
- Dual-Grinding Platform: The mill accommodates two jars of up to 125 mL each, enabling simultaneous processing of different samples or doubling throughput for large batches. Independent jar compartment design minimizes cross-contamination risk.
- Versatile Jar and Ball Materials: Compatible with tungsten carbide, zirconia, PTFE, and stainless steel jars and balls (1–30 mm), the equipment adapts to a wide range of sample hardness, chemical reactivity, and potential contamination requirements. This flexibility ensures optimal material selection for every application, from trace metal analysis to abrasive mineral grinding.
- Advanced Control and Safety Features: Programmable timer, speed regulation, continuous/intermittent operation, data storage, power-off memory, overload protection, and hazardous operation lockout ensure safe, unattended runs and consistent reproducibility. The intuitive control panel logs operational parameters for GLP-compliant documentation.
- Quick-Clamp Jar Fixation: Ergonomic handwheel locking mechanism allows fast, secure jar mounting and removal without tools, reducing setup time and operator fatigue. The positive-lock design prevents jar loosening even during high-frequency vibration.
- Noise and Thermal Insulation: Integrated sound-absorbing layers and thermal barriers contain operational noise to a low level and retain heat within the milling zone, creating a comfortable lab environment and reducing energy consumption.
- Robust and Compact Construction: Weighing 95 kg and housed in a steel-reinforced chassis with a stainless steel workbench, the unit delivers exceptional stability and vibration damping. Its compact footprint (680×540×320 mm) fits easily on standard laboratory benches.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanical Alloying | Preparation of amorphous alloys, intermetallics, and metal matrix composites via high-energy impact and friction between powder particles. | Produces homogeneous nanostructured alloys with tailored properties, reducing processing time compared to conventional ball mills. |
| Mechanochemical Synthesis | Solid-state reactions driven by mechanical energy, including organic synthesis, cocrystal formation, and catalyst preparation under controlled temperature. | Enhances reaction kinetics and selectivity, often eliminating solvents and enabling green chemistry pathways. |
| Nano Grinding and Dispersion | Size reduction of ceramic, metal, and pigment particles down to <100 nm for advanced materials and coatings. | Achieves uniform nanoparticle distribution and deagglomeration, critical for consistent product performance. |
| Battery Material Development | Mixing and nanostructuring of electrode active materials, solid electrolytes, and conductive additives for lithium-ion and next-generation batteries. | Improved interface contact and particle homogeneity boost energy density and cycle life. |
| Biological Sample Homogenization | Cell disruption, tissue grinding, and DNA/RNA extraction from plant, animal, and microbial samples using low-temperature milling. | Rapid, reproducible lysis with minimal heat degradation, preserving biomolecule integrity. |
| Hard Material Processing | Milling of tungsten carbide, zirconia, and other ultra-hard ceramics for powder metallurgy and wear-resistant coatings. | Maintains purity with robust jar materials and precise energy input, preventing contamination and wear. |
| Ceramic and Glass Processing | Fine grinding and mixing of frits, glazes, and advanced ceramic powders for sintered products. | Uniform particle size distribution improves sintering behavior and mechanical strength of final ceramic parts. |
| Forensic and Geological Sample Prep | Rapid pulverization of soil, rock, and mineral samples for XRD or XRF analysis. | Achieves homogeneous micronized powder in seconds, preserving volatile components via closed-vessel milling. |
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | PP-VB08 |
| Processing Principle | Impact force, Friction force |
| Applicable Sample Characteristics | Hard, medium-low hardness, brittle, dry, viscous, fibrous, soft, elastic |
| Processing Types | Mechanochemistry, Mechanical alloying, Grinding, Mixing, Homogenization |
| Max. Feed Size | < 10 mm |
| Output Particle Size Range | ~100 nm |
| Grinding Modes | Dry, Wet, Vacuum |
| Number of Grinding Stations | 2 |
| Motion Type | Horizontal arc reciprocating motion |
| Vibration Frequency | 180 – 1800 r/min (continuously adjustable) |
| Main Functions | Continuous/intermittent operation, Timer, Speed control, Data storage, Power-off memory, Overload protection, Hazardous operation protection, Heating, Temperature monitoring, Temperature control |
| Additional Functions | Quick-clamp fastening, Sound-absorbing layer, Thermal insulation, Stainless steel workbench |
| Typical Grinding Time | 10 – 60 seconds |
| Jar Materials | Tungsten carbide, Zirconia (ZrO₂), PTFE, Stainless steel |
| Max. Jar Volume | 2 × 125 mL |
| Jar Fixing Method | Handwheel fastening |
| Ball Size Range | 1 – 30 mm (optional) |
| Ball Materials | Tungsten carbide, Zirconia, Agate, Stainless steel |
| Control Method | Variable frequency control |
| Electrical Specifications | 100-120 V / 200-240 V AC, 50/60 Hz, 550 W |
| Power Plug Options | Chinese standard, European standard, American standard, British standard, etc. |
| Net Weight | 95 kg |
| Dimensions (W × D × H) | 680 × 540 × 320 mm |
| Protection Rating | IP30 |
| Compliance | CE |
Why Choose This Product
- Built for Long-Term Heavy Use: The rugged steel chassis, weight-optimized damping system, and reinforced jar clamping mechanism ensure stable operation and minimal wear over years of continuous laboratory service. Critical components are hardened for durability, reducing maintenance needs and downtime.
- Precision Heating and Control: Unlike conventional ball mills, this unit integrates active temperature regulation, enabling precise thermal management for heat-sensitive or temperature-critical mechanochemical processes. Closed-loop control with real-time display allows operators to set and maintain desired temperatures for reproducible results.
- Versatile Material Compatibility: With a wide selection of jar and ball materials—from chemically inert PTFE to ultra-hard tungsten carbide—the equipment handles abrasive, corrosive, and contamination-sensitive samples effortlessly. This modularity future-proofs the investment as new materials are developed.
- Global Standards and Safety: Full CE compliance, IP30 protection, and comprehensive safety interlocks provide peace of mind and regulatory assurance in international research and industrial settings. Emergency stop and lid-interlock systems prevent operator injury.
- Responsive Support and Customization: Backed by expert engineers, we offer tailored solutions including custom jar sizes, specialized materials, and application consulting. Contact us today for a quote or to discuss your specific nano-grinding requirements and discover how this advanced system can accelerate your R&D.
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