Powder Mixers
High Throughput Rotary Ball Mill and Powder Mixer for Laboratory Sample Preparation
Item Number: PP-PM17
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Product Overview
This high-throughput rotary mixing and ball milling system is engineered to solve critical bottlenecks in laboratory material synthesis, mechanical alloying, and powder homogenization. Designed to process up to sixteen samples simultaneously, the equipment combines gentle to moderate mechanical shear with consistent tumbling action, ensuring exceptionally uniform particle distribution across all sample containers. By consolidating multi-vessel processing into a single compact footprint, this system dramatically accelerates experimental workflows while maintaining identical grinding and mixing conditions for every batch.
Optimized specifically for sensitive scientific research, the unit operates seamlessly inside sealed glove box environments under inert gas atmospheres, such as Argon (Ar) or Nitrogen (N2). Its ultra-low power consumption, negligible thermal emissions, and compact frame make it an essential tool for air- and moisture-sensitive material processing, including advanced battery chemistry research, solid-state electrolyte development, and organometallic synthesis.
Built with premium drive components and heavy-duty structural elements, the equipment delivers unwavering performance under continuous operational demands. The low-voltage DC drive architecture guarantees smooth rotation, precise speed regulation, and long-term mechanical stability. Researchers can rely on this unit for consistent, reproducible results in daily laboratory routines, quality control testing, and high-throughput screening applications.
Key Features
- 16-Station High-Throughput Processing: Capable of simultaneously rotating up to sixteen 50 mL processing vessels, this system dramatically accelerates experimental workflows and enables parallel matrix testing under identical mechanical shear and impact parameters.
- Glove Box Integration & Inert Atmosphere Operation: Specially optimized for glove box deployment, the compact frame and low thermal output allow safe, continuous operation within purged Argon (Ar) or Nitrogen (N2) environments for air- and moisture-sensitive compounds.
- Precision Digital Microprocessor Control: Features an intuitive LCD interface providing step-less rotational speed adjustment from 10 to 70 rpm and precise process duration programming from 1 to 1,199 minutes for exceptional run-to-run repeatability.
- Certified Low-Voltage DC Drive System: Powered by an external 110-220V AC adapter outputting 24V DC with only 40W total power consumption, the unit complies with international safety standards including UL, TUV, CSA, and CE certifications for enhanced electrical safety in sealed enclosures.
- Modular Tube & Jar Clamping Architecture: Outfitted with a heavy-duty 16-position centrifuge tube fixture assembly that securely locks sample tubes in place while allowing rapid loading, unloading, and easy cleaning without specialized tooling.
- Versatile Grinding Media Compatibility: Supports a comprehensive range of optional grinding media—including high-density zirconia (ZrO2), alumina (Al2O3), stainless steel, and natural agate—enabling customized grinding dynamics tailored to specific material hardness and contamination constraints.
- Customizable Container & Capacity Options: Accommodates standard 50 mL centrifuge tubes (up to 20 g sample payload per tube) while offering custom vessel sizing and specialized jar engineering to meet unique research protocols and sample volume requirements.
- Ultra-Compact Industrial Enclosure: Engineered with a minimal benchtop footprint (512 mm x 190 mm x 250 mm) and lightweight 6.5 kg construction, facilitating effortless movement through standard glove box transfer airlocks without compromising mechanical stability.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Lithium-Ion & Solid-State Battery Research | Homogenizing precursor powders, cathode/anode active materials, and solid electrolyte slurries under inert gas. | Prevents atmospheric degradation of lithium compounds while ensuring uniform particle distribution for optimal ionic conductivity. |
| Advanced Technical Ceramics | Grinding and mixing structural ceramic oxide powders (silica, alumina, zirconia) before compaction and sintering. | Eliminates agglomerates and cross-contamination, ensuring high sintered density and mechanical strength in final ceramic components. |
| Pharmaceutical & Mechanochemistry | High-throughput synthesis, co-crystallization, and wet/dry milling of active pharmaceutical ingredients (APIs). | Provides precise kinetic control over mechanochemical reactions in small batch sizes without thermal degradation of sensitive compounds. |
| Nanomaterial Dispersion & Deagglomeration | Dispersing carbon nanotubes, graphene flakes, and metal nanoparticles within liquid carriers or polymer matrices. | Achieves complete deagglomeration through continuous shear motion, preserving structural integrity without crushing primary nanoparticles. |
| Powder Metallurgy & Mechanical Alloying | Blending elemental metal powders and hard-phase additives for powder compact press preparation. | Ensures reproducible stoichiometry across 16 parallel samples, reducing batch-to-batch variation in experimental alloys. |
| Environmental & Geological Testing | Pulverizing soil, sediment, mineral ores, and rock samples for analytical digestion or XRF pellet preparation. | Enables rapid multi-sample throughput for routine screening while preventing inter-sample cross-contamination via isolated tubes. |
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Product Model Identifier | PP-PM17 |
| Processing Capacity | 16 Stations (Rotary Motion) |
| Rotational Speed Range | 10 ~ 70 rpm (Step-less Digital Control) |
| Digital Timer Range | 1 ~ 1,199 minutes |
| Standard Vessel Compatibility | 50 mL Centrifuge Tubes (16 Included) |
| Maximum Sample Payload | Up to 20 g per jar / tube |
| Vessel Customization | Custom sizes and materials available upon request |
| Standard Included Fixture | 1 Set of 16-Station Centrifuge Tube Clamping Fixtures |
| Optional Grinding Media | Stainless Steel Balls, Alumina (Al2O3) Balls, Zirconia (ZrO2) Balls, Agate Balls |
| Electrical Requirements | AC 110 V - 220 V, 50 / 60 Hz Input |
| Operating Power & Voltage | 40 W Power Consumption, 24 V DC Internal Voltage |
| Power Adapter Certifications | UL, TUV, CSA, and CE Certified |
| Environmental Suitability | Fully compatible with Glove Box operation under Argon (Ar) or Nitrogen (N2) atmosphere |
| External Dimensions (L x W x H) | 512 mm x 190 mm x 250 mm |
| Net Equipment Weight | 6.5 kg |
| Warranty & Technical Support | 1-Year Limited Warranty with Lifetime Technical Support |
Why Choose This Product
- Superior Engineering & Glove Box Safety: Designed from the ground up for low-voltage 24V DC operation, minimizing electrical and thermal hazards inside hermetically sealed glove boxes under nitrogen or argon cover gas.
- High-Throughput Parallel Processing: The 16-station rotational architecture turns hours of sequential grinding into a single synchronized operation, dramatically speeding up comparative studies and formulations.
- Unmatched Material Versatility: Compatible with standard polymer tubes and custom ceramics, as well as a wide array of grinding ball media (zirconia, alumina, stainless steel, agate), ensuring strict contamination control for pure scientific analysis.
- Precision Digital Control & Repeatability: Microprocessor-driven LCD panel guarantees precise, step-less control over speed and duration, providing rock-solid repeatability across sensitive experimental protocols.
- Comprehensive Warranty & Technical Support: Backed by a full 1-year warranty and backed by our dedicated engineering team providing lifetime technical support for customization, process advice, and maintenance.
For custom fixture designs, tailored grinding vessel options, or to request an official quotation, please contact our technical sales specialists today.
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