Planetary Ball Mills
Micro Horizontal Planetary Ball Mill Laboratory Fine Powder Grinding and Mixing Machine
Item Number: PP-BM25
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Product Overview
This high-energy micro horizontal planetary ball mill represents an advanced solution for laboratory-scale sample preparation, ultrafine pulverization, mechanochemical synthesis, and precision powder blending. Engineered with a multi-axial planetary motion drive, the unit subjects samples to superimposed high centrifugal forces, rotational impact, friction, and gravity. By utilizing a horizontal jar arrangement, this system prevents localized material settling at the bottom of the grinding vessels, facilitating continuous mass transfer, uniform kinetic energy dissipation, and particle size reduction down to the sub-micron level (0.1–20 µm).
Designed specifically for demanding materials research, the equipment excels in processing small, low-to-medium hardness, brittle sample charges under both dry and wet milling regimes. It serves as an essential tool in advanced technical ceramics, powder metallurgy, battery storage research, pharmaceutical formulation, and electronic material development. Whether performing soft milling for clay homogenizing or high-intensity mechanical alloying, this unit delivers exceptional batch-to-batch consistency across diverse chemical and physical material matrices.
Built to withstand rigorous continuous duty in R&D and quality control facilities, the machine features a heavy-duty European standard transmission mechanism housed within a fully isolated stainless steel grinding chamber. With built-in soundproofing, active thermal dissipation, real-time temperature monitoring, and comprehensive electronic protection protocols, this compact benchtop system guarantees dependable operational safety, minimal maintenance overhead, and long-term reliability under continuous operating conditions.
Key Features
- Horizontal Planetary Motion Dynamics: Synthesizes superimposed rotational, centrifugal, friction, and gravitational forces to maintain sample suspension in horizontal jars, preventing particle compaction and bottom accumulation during high-energy runs.
- High-Speed Ultrafine Grinding: Driven by a high-torque European standard drive system capable of jar rotation speeds up to 1000 r/min, reducing feed sizes from < 2 mm down to a fine 0.1–20 µm discharge range.
- Four-Station Simultaneous Processing: Houses four independent 100 ml grinding jar stations for a total processing volume of 400 ml, allowing simultaneous high-throughput screening or multi-parameter milling comparisons.
- Contamination-Free Media Compatibility: Accommodates a broad array of specialized jar and media materials—including Zirconia, Tungsten Carbide, Agate, Stainless Steel, and MC Nylon—ensuring zero cross-contamination for sensitive analytical processes.
- Programmable Operational Modes: Features continuous, intermittent, and automated forward/reverse rotation swapping, complete with digital cycle timing, step-less speed regulation, and non-volatile power failure memory.
- Integrated Thermal Management & Protection: Equipped with live temperature monitoring, automatic high-temperature shutoff, thermal overload safeguards, emergency stop functionality, and dangerous operation interlocks.
- Refined Ergonomic Design: Incorporates an illuminated visual flip-top lid, sound-insulating cabinet insulation, active forced-air heat dissipation, and an IP65 rated dust and liquid protection seal for clean laboratory integration.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Advanced Ceramics & Mineral Synthesis | Soft and hard milling of talc, clay, alumina, and zirconia formulations prior to sintering. | Ensures intimate, particle-level homogenizing necessary for phase transitions like enstatite while preventing microstructural defects. |
| Energy Storage & Battery R&D | Fine pulverization and mechanochemical alloying of active cathode, anode, and solid-state electrolyte powders. | Produces narrow particle size distributions and high specific surface areas without metallic impurity contamination. |
| Electronics & Dielectric Pastes | Deagglomeration and wet milling of conductive additives, ferrite powders, and ceramic dielectric slurries. | Breaks down tough particle clusters in viscous media to achieve statistically consistent yield strengths up to 99.6 kPa. |
| Powder Metallurgy & Mechanochemistry | High-intensity collision milling for creating amorphous structures, nanocomposites, and solid-phase chemical reactions. | Eliminates gravity-induced phase separation during high-speed rotation, ensuring homogeneous alloying throughout the batch. |
| Pharmaceutical & Bio-Materials | Micronization of active pharmaceutical ingredients (APIs), excipients, and bioceramic powders under controlled temperatures. | Delivers gentle yet rapid particle size reduction while real-time thermal monitoring prevents thermal degradation of sensitive organics. |
Technical Specifications
| Specification Parameter | Value / Detail |
|---|---|
| Product Model Identifier | PP-BM25 |
| Working Principle | Impact Force | Friction Force | Gravitational Force (Horizontal Planetary Motion) |
| Processing Modes | Crushing | Grinding | Mixing (Dry & Wet Milling) |
| Feed Sample Characteristics | Small particle size, Low-to-Medium Hardness, Brittle, Dry or Low-Viscosity |
| Maximum Feed Particle Size | < 2 mm |
| Discharge Particle Size Range | 0.1 µm – 20 µm |
| Maximum Processing Volume | 400 ml (Total) |
| Number of Grinding Jars | 4 Stations |
| Individual Jar Volume | 100 ml per jar |
| Maximum Jar Rotational Speed | 1000 r/min |
| Drive Transmission Type | European Standard Precision Transmission |
| Planetary Space Motion | Full 3D Horizontal Planetary Motion |
| Control System Functions | Continuous & Intermittent Operation | Forward/Reverse Alternating Motion | Digital Timer | Step-less Speed Control | Power-Off Memory | Emergency Stop | Overload Protection | Real-Time Temp Monitoring | High-Temp Safety Shutoff |
| Enclosure & Ergonomic Features | LED Interior Lighting | Visual Flip-Top Lid | Acoustic Isolation Soundproofing | Forced-Air Heat Dissipation | Stainless Steel Grinding Chamber |
| Compatible Jar Materials | Tungsten Carbide, Zirconia, Agate, Stainless Steel, MC Nylon (Optional) |
| Compatible Grinding Media | Tungsten Carbide, Zirconia, Agate, Stainless Steel (Optional) |
| Electrical System | 100–120V / 200–240V AC, 50–60 Hz, Single Phase, 150W |
| Power Interface Options | National Standard, European Standard, US Standard, UK Standard |
| Net Weight | 35 kg |
| Overall Dimensions (W × D × H) | 300 mm × 350 mm × 420 mm |
| Ingress Protection Rating | IP65 |
| Safety & Quality Standards | CE Certified |
Why Choose This Product
- Superior Horizontal Kinematics: Unlike conventional vertical ball mills, the horizontal axis prevents heavy sample compaction at the jar base, ensuring continuous, high-dynamic energy transfer throughout the entire milling cycle.
- Precision Engineering & Durability: Manufactured with a heavy-duty European standard transmission, robust stainless steel grinding enclosure, and IP65 sealing for vibration-free, long-term operational stability.
- Extensive Material Flexibility: Supports multi-material jar and ball selection (Zirconia, Agate, Tungsten Carbide, Stainless Steel, MC Nylon) to suit strict ultra-clean or high-abrasion applications without chemical degradation.
- Comprehensive Safety Architecture: Complete peace of mind through real-time thermal tracking, auto-shutoff safety protocols, digital interlocks, sound abatement, and CE compliance.
- Tailored Sample Prep Support: Backed by our extensive laboratory expertise in powder preparation, mechanical compaction, and sample milling, providing turnkey technical support for your specific research applications.
Contact our technical engineering team today to request a quotation, explore custom jar configurations, or discuss sample test grinding options for your application.
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