Vibration Ball Mill
High Energy Vibratory Ball Mill Nanoscale Sample Grinding Mechanochemistry System
Item Number: PP-VB24
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Product Overview
This high-energy vibratory ball mill represents the apex of laboratory sample preparation technology, specifically engineered for ultra-fast size reduction, mechanical alloying, and mechanochemical processing. By utilizing a high-frequency horizontal arc reciprocating motion pattern, the equipment transfers massive kinetic energy into the sample chamber through intense impacts and shear forces. This rapid energy transfer allows research teams to process raw feeds from up to 10 mm down to the sub-micron and nanoscale range in fractions of the time required by traditional planetary or rotary milling systems.
Designed to satisfy the stringent demands of modern material science, the unit excels in processing an expansive array of sample types. Whether handling extremely hard ceramics, brittle minerals, soft polymers, fibrous biological tissues, or sticky compounds, this system provides consistent, repeatable results. It serves as an essential tool in battery material development, advanced metallurgy, solid-state chemical synthesis, pharmaceutical formulation, and geological research laboratories.
Built with heavy-duty structural components and advanced frequency-conversion drive technology, the equipment ensures uncompromised operational reliability during both high-speed short bursts and extended multi-hour runs. Thermal monitoring protocols, comprehensive safety interlocks, sound-dampening insulation, and a robust stainless steel housing reflect a premium design philosophy focused on operator safety, benchtop comfort, and long-term mechanical durability under rigorous laboratory conditions.
Key Features
- High-Kinetic Reciprocating Arc Motion: Operates using a specialized horizontal arc motion trajectory at controllable frequencies from 180 to 1800 r/min, maximizing energy transfer rate to achieve rapid pulverization and mechanical alloying.
- Nanoscale Particle Refinement: Capable of reducing initial feed materials under 10 mm down to approximately 100 nm, dramatically accelerating mechanochemical reactions and structural nanostructuring.
- Dual-Station High-Throughput Capacity: Features twin grinding platforms accepting jars up to 125 ml each, enabling simultaneous preparation of duplicate samples or parallel test batches under identical operating parameters.
- Triple Milling Environment Support: Configurable for versatile dry grinding, liquid-suspended wet grinding, and vacuum or inert gas milling to preserve sensitive compounds and prevent oxidation.
- Comprehensive Jar & Media Selection: Offers grinding jars and balls in tungsten carbide, zirconia, PTFE, nylon, agate, hardened steel, and stainless steel, eliminating sample contamination risks and matching specific material hardness.
- Advanced Variable Frequency Control: Integrated frequency conversion system delivers digital speed adjustments, programmable continuous or intermittent running modes, data storage, and power-off memory retention.
- Integrated Safety & Thermal Protections: Equipped with real-time temperature monitoring, high-temperature automatic cutoff, electrical overload protection, safety cover interlocks, and secure handwheel jar clamping.
- Ergonomic Sound-Insulated Platform: Features an acoustic sound-absorbing layer, heavy-duty stainless steel workbench, and quick-clamping mechanisms to minimize laboratory noise pollution and streamline routine operation.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Battery Material Nanostructuring | Mechanochemical reduction of micron-sized silicon, solid-state electrolytes, and cathode materials down to 50-100 nm. | Enhances specific capacity, ion transport kinetics, and structural stability in next-generation lithium-ion and solid-state batteries. |
| Mechanical Alloying & Powder Metallurgy | High-impact solid-state synthesis of amorphous powders, oxide-dispersion-strengthened (ODS) alloys, and intermetallic compounds. | Formulates novel equilibrium and non-equilibrium alloy phases without requiring high-temperature melting or liquid phase processing. |
| Mechanochemistry & Solvent-Free Synthesis | Direct driving of chemical reactions and organic transformations via mechanical force rather than thermal energy or chemical solvents. | Eliminates toxic organic solvents, increases reaction yields, reduces process steps, and opens greener synthetic chemistry pathways. |
| Geological & Mineralogical Analysis | Rapid pulverization of hard, abrasive minerals, quartz, ores, slags, and ceramics from 10 mm feed down to sub-micron analytical powders. | Achieves complete sample homogenization in 10 to 60 seconds without thermal sample degradation or element loss prior to XRF/ICP analysis. |
| Pharmaceutical API & Polymer Micronization | Ultrafine wet or dry grinding of active pharmaceutical ingredients, sticky polymers, and elastic biological matrix materials. | Increases bioavailability and dissolution rates of APIs through controlled nano-sizing while maintaining strict purity standards. |
| Forensic & Biological Tissue Disruption | High-energy cell lysis and pulverization of tough fibrous bones, teeth, plant tissue, and biological fibers in inert or sealed containers. | Delivers rapid release of nucleic acids and proteins without heat-induced degradation, optimizing downstream extraction efficiency. |
Technical Specifications
| Specification Parameter | Technical Standard / Configuration |
|---|---|
| Equipment Model Identifier | PP-VB24 |
| Processing Principle | Impact Force and Friction / Shear Force |
| Motion Mechanics | Horizontal Arc Reciprocating Motion |
| Vibration Frequency Range | 180 - 1800 r/min (Continuously Variable) |
| Applicable Sample Characteristics | Hard, Medium-Hard, Soft, Brittle, Dry, Sticky, Fibrous, Flexible / Elastic |
| Supported Process Types | Mechanochemistry, Mechanical Alloying, Pulverizing, Mixing, Homogenization |
| Recommended Maximum Feed Size | < 10 mm |
| Final Achievable Particle Size | ~100 nm (Dependent on material properties and process duration) |
| Grinding Environment Modes | Dry Grinding, Wet Grinding, Vacuum / Inert Gas Grinding |
| Number of Grinding Stations | 2 Platforms (Dual Jar Setup) |
| Maximum Jar Volume Capacity | 2 x 125 ml |
| Jar Clamping Mechanism | Heavy-Duty Mechanical Handwheel Fastening System |
| Grinding Jar Material Options | Tungsten Carbide, Zirconia, PTFE, Nylon, Hardened Steel, Stainless Steel |
| Grinding Ball Diameter Options | 1 mm to 30 mm (Selectable) |
| Grinding Ball Material Options | Tungsten Carbide, Zirconia, Agate, Stainless Steel |
| Typical Pulverization Duration | 10 - 60 seconds (Standard analytical preparation) |
| Drive & Control System | Frequency Conversion Drive (VFD Electronic Control) |
| Operational & Safety Features | Continuous Operation, Intermittent Running, Timed Cycles, Speed Adjustment, Data Storage, Power-Off Memory, Overload Protection, Hazardous Operation Protection, Temperature Monitoring, High-Temperature Cutoff |
| Structural & Noise Reduction Features | Quick Clamping System, Integrated Sound-Absorbing Layer, Stainless Steel Workbench |
| Electrical Power Requirements | 100-120V / 200-240V AC, 50-60 Hz, 550 W |
| Plug Standard Compatibility | GB (China), EU (Europe), US (USA), UK (United Kingdom), and universal variants |
| Equipment Net Weight | 95 kg |
| Physical Dimensions (W x D x H) | 680 mm x 540 mm x 320 mm |
| Enclosure Protection Rating | IP30 |
| International Compliance Standards | CE Certified |
Why Choose This Product
- Superior Energy Transfer Efficiency: The high-frequency horizontal arc motion mechanism transfers mechanical energy significantly faster than standard planetary ball mills, reducing processing times from hours to minutes.
- Uncompromised Contamination Control: A comprehensive selection of pure ceramic, metallic, and polymer grinding media ensures sample purity during ultrafine grinding and high-energy mechanochemical processing.
- Intelligent Operation & Safety Protocols: Built-in VFD control, real-time temperature sensing, automatic thermal shutdown, and memory storage protect sensitive samples and guarantee high experimental reproducibility.
- Robust Heavy-Duty Engineering: Constructed with an acoustic noise-reduction chassis, stainless steel work surfaces, and industrial-grade electronics designed for demanding continuous research environments.
- Flexible Application Versatility: Easily adapts to dry pulverization, wet suspensions, biological disruption, and controlled-atmosphere vacuum milling across diverse material science disciplines.
Contact our technical application team today to request a quotation, request sample test grinding, or specify customized jar media configurations for your facility.
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