Vibration Ball Mill
Nano High Energy Vibratory Ball Mill Heating Temperature Control Laboratory Powder Processing System
Item Number: PP-VB27
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Product Overview
This high-energy vibratory ball mill with integrated heating and temperature control represents a modern solution for high-throughput sample pulverization, mechanochemical synthesis, and material nanostructuring. Designed to deliver intense kinetic energy, the equipment combines high-frequency horizontal arc-shaped reciprocating motion with precise thermal management. By driving grinding media against vessel walls and sample materials at optimized vibration frequencies, this system rapidly reduces feed particles down to sub-100 nanometer dimensions within short operational cycles.
Engineered to serve advanced research laboratories, pilot manufacturing units, and quality control departments across material science, metallurgy, pharmaceutical synthesis, and energy storage development, the unit handles a broad spectrum of sample matrices. It processes hard, medium-soft, brittle, dry, viscous, fibrous, and soft-elastic materials with equal efficiency. Whether conducting dry grinding, wet dispersion, or inert vacuum mechanochemistry, this equipment delivers flexible processing modes tailored to complex experimental requirements.
Constructed with heavy-duty structural components, high-grade thermal insulation, and intelligent safety interlocks, this system guarantees long-term operational stability and unyielding process repeatability. The integrated frequency control drive maintains consistent power output across extended milling routines, providing research teams and industrial engineers with total confidence in sample purity, particle size uniformity, and thermal control under demanding continuous-duty applications.
Key Features
- Integrated Heating and Precision Thermal Control: Features active internal heating modules paired with real-time temperature monitoring and intelligent PID control, enabling temperature-dependent solid-state reactions while preventing heat-sensitive sample degradation during intensive milling operations.
- High-Kinetic Horizontal Arc Motion: Operates using a synchronized horizontal arc-shaped reciprocating motion, generating dynamic impact and frictional energy at variable vibration frequencies from 180 to 1800 r/min for rapid nanometer-scale particle refinement.
- Dual-Platform Sample Capacity: Equipped with dual grinding stations accepting up to two 125 ml jars simultaneously (2x125 ml total capacity), maximizing sample throughput and facilitating identical-condition comparative trials in research environments.
- Versatile Multi-Mode Operation: Supports dry grinding, wet slurry dispersion, and vacuum/inert gas milling, catering to air-sensitive materials, moisture-sensitive compounds, and advanced mechanochemical synthesis routines.
- Comprehensive Material Compatibility: Compatible with a wide selection of contamination-free grinding jars and media—including Tungsten Carbide (WC), Zirconia (ZrO2), PTFE, Agate, and Stainless Steel—ensuring chemical inertness and hardness matching.
- Ergonomic Handwheel Clamping System: Heavy-duty handwheel locking mechanism combined with quick-clamping fixtures provides secure jar positioning, perfect seal retention under high-frequency vibration, and rapid sample turnaround.
- Intelligent Variable Frequency Drive: Features digital variable frequency control with support for continuous operation, intermittent interval cycles, process timing, data logging, power-failure memory, and automated overload protection.
- Acoustic and Thermal Management Enclosure: Engineered with a built-in sound-absorbing acoustic layer, high-efficiency insulation barrier, sturdy stainless steel workbench area, and IP30-rated protective housing to maintain low operating noise and operator safety.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanochemical Synthesis & Alloys | Induces solvent-free solid-state chemical reactions and mechanical alloying through high-frequency collision energy. | Accelerates reaction kinetics, eliminates chemical solvents, and produces stable metastable nanostructured alloy phases. |
| Battery Material Nanostructuring | Refines silicon, graphite, lithium compounds, and solid-state electrolyte precursors to sub-100nm particles in wet or dry modes. | Improves ionic conductivity, electrochemical capacity, and cycle longevity for next-generation energy storage components. |
| Advanced Ceramic Powder Preparation | Pulverizes hard, brittle oxide and non-oxide ceramic precursors (alkali ceramics, alumina, zirconia, tungsten carbide) into ultra-fine powders. | Achieves narrow particle size distributions that optimize green-body compaction density and lower sintering temperatures. |
| Pharmaceutical & API Micro-Milling | Reduces active pharmaceutical ingredients (APIs), soft botanicals, and fibrous organic matrices while regulating process temperatures. | Prevents thermal degradation of sensitive organic compounds while maintaining exact batch-to-batch particle uniformity. |
| Geological & Ore Sample Preparation | Fast-grinds mineral ores, rocks, silicates, and soil specimens into ultra-fine analytical powders within 10 to 60 seconds. | Guarantees complete sample homogeneity for accurate XRF, ICP, and element analysis without cross-contamination. |
| Polymer & Composite Homogenization | Processes tough, elastic, or viscous polymer blends using specialized PTFE jars and controlled thermal parameters. | Enables uniform dispersion and fine pulverization of challenging elastic matrices without structural thermal damage. |
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Product Item Number | PP-VB27 |
| Equipment Category | Heating & Temperature Controlled High-Energy Vibratory Ball Mill |
| Processing Principle | High-Kinetic Impact Force & Frictional Shear |
| Motion Mechanics | Horizontal Arc-Shaped Reciprocating Motion |
| Vibration Frequency Range | 180 - 1800 r/min (Continuously Adjustable) |
| Achievable Final Fineness | Down to ~ 100 nm |
| Maximum Feed Particle Size | < 10 mm |
| Typical Pulverization Time | 10 - 60 seconds (Standard Samples) |
| Grinding Stations / Platforms | 2 Independent Jars |
| Maximum Jar Volume | 2 x 125 ml |
| Grinding Modes | Dry Grinding / Wet Grinding / Vacuum Grinding |
| Compatible Material Hardness | Hard, Medium-Low Hardness, Brittle, Dry, Viscous, Fibrous, Soft/Elastic |
| Processing Capabilities | Mechanochemistry, Mechanical Alloying, Pulverizing, Mixing, Homogenization |
| Available Jar Materials | Tungsten Carbide (WC), Zirconia (ZrO2), PTFE, Stainless Steel |
| Jar Fixation Mechanism | Heavy-Duty Handwheel Clamping with Quick-Release Fixtures |
| Grinding Media Sizes | 1 mm to 30 mm Diameter (Selectable) |
| Grinding Media Materials | Tungsten Carbide, Zirconia, Agate, Stainless Steel |
| Drive & Speed Control | Variable Frequency Control (VFD) |
| Primary Control Functions | Continuous Operation, Intermittent Cycling, Digital Timing, Speed Regulation, Data Storage, Power-Failure Memory, Heating, Temperature Monitoring, Temperature Control, Overload Protection, Hazard Protection |
| Engineering Features | Quick Clamping, Sound-Absorbing Layer, Thermal Insulation, Stainless Steel Workbench |
| Electrical Input | 100-120V / 200-240V AC, 50/60 Hz, Single Phase |
| Power Consumption | 550 W |
| Power Interface Options | National Standard, European Standard, American Standard, British Standard |
| Net Weight | 95 kg |
| Dimensions (W x D x H) | 680 mm x 540 mm x 320 mm |
| Protection Class | IP30 |
| International Certifications | CE Certified |
Why Choose This Product
- Superior Thermal and Mechanical Integration: Combines continuous high-frequency impact force with integrated active thermal management, unlocking advanced mechanochemical reactions impossible on standard unheated grinding mills.
- Uncompromising Processing Efficiency: Reaches up to 1800 r/min to accelerate nanoparticle reduction cycles from hours to mere minutes, significantly boosting laboratory throughput and research velocity.
- Precision Engineering & Durability: Built with a heavy-duty frame, sound-dampening acoustic lining, and heavy-duty handwheel jar locks that prevent sample leakage and absorb mechanical stress for multi-year industrial reliability.
- Flexible Application Adaptability: Supports four distinct jar materials, multiple grinding media options, and versatile operation modes (dry, wet, vacuum) across diverse sample characteristics from brittle ceramics to elastic polymers.
- Strict International Safety Standards: Designed with automated overload cutoffs, hazard protection protocols, emergency memory recovery, and CE compliance to protect laboratory staff and maintain safe operations.
Contact our technical engineering team today to request a customized quote, discuss material compatibility testing, or configure dedicated jar and media sets for your specific laboratory sample preparation needs.
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