Vibration Ball Mill
High Speed Vibratory Ball Mill Laboratory High Energy 3D Motion Powder Grinder for Dry and Wet Sample Preparation
Item Number: PP-VB40
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Product Overview
This high-speed vibratory ball mill is an advanced laboratory sample preparation system engineered for ultra-rapid particle size reduction, homogenizing, and mechanochemical alloy synthesis. Utilizing a high-frequency eccentric swing shaft coupled with synchronized vertical oscillation, the equipment forces grinding media and sample materials into a dynamic three-dimensional motion path. This high-energy kinetic energy transfer generates extreme shear forces and localized impact pressures, allowing complex materials to be pulverized down to micro- and nano-scale dimensions far faster than conventional tumbling ball mills.
Designed to handle demanding research and quality control applications, the unit accommodates a wide spectrum of material types, including hard solids, brittle ceramics, fibrous specimens, suspensions, and viscous slurries. Its dual capabilities support both dry pulverization under sealed ambient conditions and wet grinding in liquid media. Key target sectors include advanced materials research, energy storage development, geological testing, pharmaceutical compounding, and chemical analysis laboratories requiring high analytical repeatability.
Built with heavy-duty structural components and premium electrical controls, this system delivers dependable, repeatable operational performance under continuous laboratory usage. The enclosure features optimized vibration dampening to stabilize the mechanical drive during high-speed oscillations, protecting internal components while minimizing benchtop noise and movement. Procurement teams and laboratory managers can rely on this unit for consistent sample throughput, robust safety compliance, and long service life.
Key Features
- High-Energy 3D Motion Kinematics: An engineered eccentric swing arm combined with vertical bracket oscillation drives grinding media through intense three-dimensional motion paths, generating exceptionally high collision frequencies and localized impact energy.
- Versatile Dry and Wet Milling Capability: Hermetically sealed grinding jars equipped with high-durability sealing gaskets prevent material loss, airborne dust release, and liquid splashing, enabling seamless dry or wet processing.
- 1,200 RPM Oscillation Rate: Operating at a fixed high-speed vibration frequency of 1,200 revolutions per minute, the drive mechanism dramatically accelerates powder refinement and shortens grinding cycles from hours to minutes.
- Automatic Safety Interlock Protection: An integrated cover-open power-off safety switch immediately cuts power to the motor whenever the protective hatch is raised, preventing operational hazards during high-speed cycles.
- Simplified One-Touch Operation: The intuitive control layout allows technicians to initiate standard grinding sequences with a single touch, reducing setup time and preventing operator error across shifting lab teams.
- Adjustable Process Timer (0–30 Minutes): A precision integrated timer allows precise programming of process duration up to 30 minutes, ensuring exact kinetic energy input and repeatable batch-to-batch sample preparation.
- Compact Space-Saving Footprint: The compact chassis design optimizes valuable benchtop real estate while maintaining structural stability and housing a high-torque internal motor assembly.
- Certified Electrical Architecture: All internal electrical components operating above 24V strictly adhere to internationally recognized UL, MET, CSA, and CE standards to guarantee absolute electrical safety.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Advanced Battery Materials | Mechanically milling active cathode/anode powders, solid electrolytes, and precursor compounds to uniform sub-micron scales. | Accelerates solid-phase reactions and improves powder homogeneity for superior electrochemical performance. |
| Geological & Mineral Samples | Rapidly pulverizing rock core samples, ores, silicates, and borosilicate glass into fine powders for XRF and XRD analytical testing. | High impact energy handles extremely hard and abrasive materials without excessive jar wear or sample contamination. |
| Active Pharmaceutical Ingredients | Wet-grinding, dispersing, and fine-homogenizing active pharmaceutical ingredients (APIs) and suspensions in liquid carriers. | Leak-proof sealed jars maintain absolute contamination control and ensure zero loss of valuable active compounds. |
| Nanotechnology & Mechanochemistry | Inducing mechanical alloying, phase transformation, and solid-state chemical reactions at contact points without thermal assistance. | High energy density generates localized micro-pressures and temperatures that initiate chemical reactions quickly. |
| Industrial QC & Material Testing | Preparing representative test samples from ceramics, polymers, slag, and composite materials for routine chemical and physical verification. | Fast processing cycles and single-touch starting optimize daily throughput in high-volume test environments. |
Technical Specifications
| Specification Parameter | Technical Detail |
|---|---|
| Product Item Number | PP-VB40 |
| Motion Type | High-speed eccentric swing with synchronized vertical vibration (3D Motion) |
| Vibration Frequency | 1200 rpm |
| Processing Duration Timer | 0 – 30 minutes (fully adjustable) |
| Motor Power Rating | 300 W |
| Primary Power Supply | AC 220V, Single-Phase |
| Supported Grinding Modes | Dry grinding and wet grinding |
| Jar Sealing Method | High-integrity gasket seal for dust and fluid containment |
| Safety Features | Electromechanical safety switch (power-off upon cover opening) |
| Control System | One-touch start push-button interface |
| Dimensions (Cover Closed) | 375 mm (L) × 460 mm (W) × 285 mm (H) |
| Dimensions (Cover Open) | 375 mm (L) × 600 mm (W) × 530 mm (H) |
| Electrical Safety Compliance | All components >24V UL / MET / CSA / CE certified |
| Optional Factory Certifications | Individual unit TÜV SÜD or CAS certification available upon customer request |
| Warranty & Technical Support | 1-Year Limited Warranty with lifetime technical support |
Why Choose This Product
- Superior Energy Transfer Efficiency: The high-frequency 3D vibration mechanics generate far greater impulse force and localized energy density than traditional rotary ball mills, reducing particle size reduction time by up to 90%.
- Uncompromised Laboratory Safety: Built-in electromechanical cover interlocks ensure the high-speed motion assembly halts immediately upon opening, fully protecting research staff from moving components and high-energy jars.
- Robust Electrical & Mechanical Construction: Featuring certified electrical assemblies and precision-machined drive linkages, this unit is engineered for long-term continuous operation in demanding analytical facilities.
- Process Precision and Reproducibility: Accurate timing controls combined with constant high-speed vibration frequency ensure identical mechanical energy delivery across every batch, ensuring strict protocol adherence.
- Comprehensive Compliance Support: Standardized compliance with major global safety codes (UL, MET, CSA, CE) simplifies procurement approval and facility safety auditing.
Contact our technical sales team today to request a quote, explore custom jar materials, or discuss your specific sample preparation requirements with our laboratory processing specialists.
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