Vibration Ball Mill
Nano High Energy Vibratory Ball Mill Laboratory High Frequency Sample Preparation Grinder for Mechanochemistry and Nano Milling
Item Number: PP-VB28
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Product Overview
This high-energy nano vibratory ball mill represents an advanced benchtop milling solution designed for rapid, high-impact sample reduction and nanostructure synthesis. Operating on a unique vertical arc reciprocating motion, the equipment transfers intense mechanical energy to the sample via dynamic high-frequency collisions and friction. By concentrating extreme kinetic force directly into the grinding media, this system rapidly reduces coarse materials into sub-micron and nanometer-scale powders in fractions of the time required by traditional low-speed planetary mills.
Built for demanding research and industrial laboratory environments, the unit handles a comprehensive range of material characteristics, including hard, medium-hard, brittle, dry, fibrous, soft, elastic, and viscous samples. It provides full flexibility across dry milling, wet slurry grinding, and inert vacuum processing, making it an indispensable tool for material science, nanotechnology, battery research, mechanical alloying, and mechanochemical reactions. Dual grinding stations double throughput, allowing simultaneous sample processing under identical mechanical parameters.
Constructed with heavy-duty internal structural components and sealed protective housing, this instrument ensures exceptional long-term stability and operational repeatability. The system integrates advanced variable frequency speed regulation, intelligent temperature monitoring, thermal overload safeguards, and power-off memory retention. Whether deployed in routine laboratory sample preparation or continuous high-impact research, the equipment delivers unwavering performance, consistent particle size distributions, and reliable operational safety under heavy daily workloads.
Key Features
- High-Impact Vertical Arc Reciprocating Motion: The specialized kinetic motion drives grinding balls through rapid vertical arc trajectories at frequencies up to 1800 r/min, delivering extremely intense impact energy and shear forces for rapid particle size reduction down to 100 nm within 10 to 60 seconds.
- Precision Frequency Conversion Control: Integrated inverter control enables smooth, linear speed adjustment between 180 and 1800 r/min, allowing operators to fine-tune mechanical energy input for delicate mechanochemical syntheses or heavy-duty crushing of ultra-hard ceramics.
- Multi-Environment Milling Support: Designed to seamlessly execute dry grinding, liquid-suspended wet grinding, and hermetically sealed vacuum milling, accommodating air-sensitive materials, reactive metal powders, and wet slurries without oxidation or sample contamination.
- Dual-Station High-Capacity Architecture: Equipped with two independent grinding jar platforms supporting maximum vessel volumes of up to 2 x 125 ml, enabling parallel batch processing, high-throughput testing, and direct sample comparison.
- Comprehensive Material and Media Compatibility: Accommodates grinding jars and balls manufactured from tungsten carbide, zirconium oxide, PTFE, nylon, hardened steel, stainless steel, and natural agate (balls), eliminating unwanted metal contamination in sensitive chemical and analytical samples.
- Intelligent Programmable Operational Modes: Supports continuous running, intermittent pulsing, precision countdown timing, and variable speed profiles, backed by automated data storage and non-volatile power-off memory to ensure seamless protocol resumption.
- Integrated Thermal and Electrical Safety Systems: Features real-time temperature detection, high-temperature automatic protection, motor overload safeguards, and IP30-rated housing to preserve sample integrity and protect lab equipment during extended mechanochemical runs.
- Ergonomic Quick-Clamping and Illumination: Utilizes heavy-duty threaded jar clamping mechanisms to securely lock vessels against violent acceleration forces, complemented by internal LED illumination for easy observation of operational setups.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanochemistry & Mechanical Alloying | Executes solid-state chemical reactions, mechanical alloying, and structural phase transformations without organic solvents through high-energy impacts. | Achieves rapid lattice deformation and uniform phase blending, eliminating heat treatment steps and liquid waste. |
| Silicon Nanostructuring for Batteries | Refines micron-scale raw silicon and graphite powders down to 50–100 nm for advanced lithium-ion battery anode material formulations. | Delivers narrow particle size distribution, enhancing electrochemical capacity and cyclic stability of battery materials. |
| Advanced Ceramics & Metallurgy | Pulverizes extremely hard and brittle materials such as alumina, zirconia, tungsten carbide, and mineral ores from <10 mm feed sizes. | Rapidly reduces ultra-hard raw materials to sub-micron powders in under 60 seconds with minimal media wear. |
| Pharmaceutical & Chemical Synthesis | Performs fine wet slurry grinding and micro-homogenization of active ingredients, carrier polymers, and organometallic complexes under vacuum. | Prevents sample degradation, preserves thermal-sensitive compounds, and yields uniform bioavailability. |
| Soft, Elastic & Polymer Processing | Grinds challenging elastic, fibrous, soft, or rubbery polymers by leveraging rapid multi-directional impact and friction forces. | Eliminates thermal melting and material clogging common in conventional shear mills, ensuring rapid powder conversion. |
| Geological & Environmental Analysis | Homogenizes soil samples, rocks, glass, and environmental sediments for XRF, ICP-MS, and analytical testing preparation. | Guarantees complete analytical repeatability across dual channels while preventing cross-contamination via specialized jar materials. |
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Product Identifier | PP-VB28 |
| Processing Principle | Impact Force and Friction Force |
| Motion Mode | Vertical Arc Reciprocating Motion |
| Vibration Frequency / Speed Range | 180 – 1800 r/min |
| Recommended Maximum Feed Size | < 10 mm |
| Final Discharge Particle Size | ~ 100 nm |
| Typical Processing Time | 10 – 60 seconds |
| Grinding Modes | Dry Grinding, Wet Grinding, Vacuum Grinding |
| Grinding Stations / Platforms | 2 Stations |
| Maximum Jar Capacity | 2 x 125 ml |
| Jar Fixing Mechanism | Threaded Clamping System |
| Grinding Jar Materials | Tungsten Carbide, Zirconium Oxide, PTFE, Nylon, Hardened Steel, Stainless Steel |
| Grinding Ball Materials | Tungsten Carbide, Zirconium Oxide, Agate, Stainless Steel |
| Grinding Ball Diameter Range | 1 mm – 45 mm (Selectable) |
| Speed Control Mode | Frequency Conversion Control |
| Primary Operational Modes | Continuous Running, Intermittent Running, Timed Grinding, Variable Speed |
| Smart Control & Safety Functions | Data Storage, Power-off Memory, Motor Overload Protection, Real-Time Temperature Detection, High-Temperature Auto Protection |
| Auxiliary Features | Quick Clamping System, Integrated LED Illumination |
| Electrical Power Requirements | 100–120V / 200–240V AC, 50–60 Hz, 750W |
| Power Interface Options | National Standard, European Standard, American Standard, British Standard, etc. |
| Equipment Dimensions (W × D × H) | 480 mm × 430 mm × 480 mm |
| Net Weight | 98 kg |
| Ingress Protection Level | IP30 |
| Compliance Standards | CE Certified |
Why Choose This Product
- Superior Mechanical Energy Transfer: Unlike conventional rotary or planetary mills, the high-frequency vertical arc reciprocating motion delivers unprecedented kinetic impact energy, achieving nano-scale particle refinement in seconds rather than hours.
- Robust Engineering and Long-Term Reliability: Built with industrial-grade dynamic balancing, heavy-duty mechanical linkages, and an IP30-rated protective structure to absorb extreme vibration forces, ensuring continuous operational stability without mechanical fatigue.
- Unmatched Contamination Control: With a comprehensive range of inert jar materials—ranging from high-density tungsten carbide and wear-resistant zirconium oxide to ultra-clean PTFE and agate—the equipment eliminates elemental contamination across sensitive analytical workflows.
- Advanced Safety and Thermal Governance: Real-time temperature sensing paired with high-temperature auto-shutdown safeguards sensitive organometallic compounds and thermally reactive samples from thermal degradation during prolonged high-speed operation.
- Comprehensive Process Adaptability: The combination of dual 125 ml jar capacity, variable frequency speed control, and multi-mode grinding (dry, wet, vacuum) provides an all-in-one platform suitable for basic lab research and industrial quality assurance alike.
Contact our technical application specialists today to request detailed test reports, discuss specialized jar configurations, or receive a tailored quotation for your laboratory processing needs.
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