High Energy Omnidirectional Planetary Ball Mill 20L

Planetary Ball Mills

High Energy Omnidirectional Planetary Ball Mill 20L

Item Number: PP-BM14

Max Processing Volume: 20 L Jar Max Speed: 500 r/min Output Particle Size: 0.1 - 20 µm
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Product Overview

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This high-energy omnidirectional planetary ball mill sets a new standard in sample preparation by effectively overcoming the common issues of material sedimentation and wall adhesion. Its patented 360° rotating planetary disc continuously inverts the grinding jars during operation, ensuring that the balls and materials interact dynamically in three dimensions. This motion produces exceptionally homogeneous particle size distributions and consistent milling results, even with challenging samples.

Ideal for laboratories and pilot plants across diverse sectors—including advanced materials, lithium battery manufacturing, chemical engineering, metallurgy, geology, and food science—this system handles fine, brittle, medium‑low hardness, dry or low‑viscosity materials. Whether you need to crush, grind, or mix, the mill delivers precise control over the final particle size from coarse fragments down to the submicron range.

Engineered for reliability, the mill features a robust enclosure with IP65 ingress protection, a built‑in 40 mm sound‑absorbing layer, and a pneumatic‑assisted flip cover, combining safety, ergonomics, and durability. The variable‑frequency drive ensures smooth, precise speed control for both the planetary disc and the flip mechanism, while comprehensive safety functions—including emergency stop, overload protection, and power‑off memory—provide peace of mind during continuous operation.

Key Features

  • 360° Planetary Flip Mechanism: The mill's defining innovation—the entire planetary disc turns 360° while rotating, creating a continuous tumbling action. This prevents sample from compacting at the jar bottom and ensures every particle is uniformly exposed to grinding media, producing a narrow particle size distribution and eliminating the need for secondary mixing.
  • High-Speed Grinding up to 500 rpm: With a maximum jar rotation speed of 500 rpm, the unit rapidly processes even hard materials. Combined with the flip motion, this high energy input reduces milling time while enabling submicron particle sizes (down to 0.1 µm) with excellent repeatability.
  • Large 20 L Total Capacity: The system accommodates four 5‑liter jars, providing a total batch capacity of 20 L. This scalability makes it ideal for both research‑scale experimentation and pilot‑scale production, bridging the gap between lab and manufacturing.
  • Ultra‑Low Noise Operation: A 40 mm thick, high‑density sound insulation layer integrated into the housing significantly reduces airborne noise. Operators can work comfortably in close proximity, making the mill suitable for noise‑sensitive laboratory environments and shared facilities.
  • Versatile Jar & Ball Materials: To prevent cross‑contamination and suit various sample chemistries, users can choose from tungsten carbide, zirconia, agate, stainless steel, or MC nylon jars and balls. Each material offers distinct hardness and wear resistance profiles for optimal grinding efficiency.
  • Advanced Variable‑Frequency Drive: The inverter‑controlled motor provides stepless speed regulation for both the planetary disc (0–500 rpm) and the flip rotation (0–10 rpm). Smooth acceleration, precise rpm settings, and overload protection ensure long service life and process stability.
  • Comprehensive Safety Functions: Safety is paramount—an emergency stop button, automatic shutdown upon lid opening, overload and over‑temperature protection, and power‑off memory safeguard both the operator and the sample. Continuous or intermittent timed operation adds flexibility for unattended milling.
  • Rugged IP65‑Rated Construction: The dust‑tight and water‑jet‑resistant IP65 enclosure protects internal components from powder ingress and washdowns. The heavy‑gauge steel frame ensures stability even at high speeds, extending equipment life in harsh industrial settings.
  • Pneumatic Flip Cover for Ergonomics: The gas‑spring‑assisted lid reduces operator effort when opening and closing. Combined with an ergonomic loading height, it minimizes strain during frequent jar changes, improving workflow efficiency.
  • Optional Touchscreen Controller: Upgrade to an intuitive color touchscreen for easier parameter entry, real‑time monitoring, and data logging. This enhances user experience and integrates seamlessly with laboratory information systems for process traceability.

Applications

Application Description Key Benefit
Lithium Battery R&D & Production Grinding and mixing active materials (e.g., NMC, LFP, LTO) and conductive additives to prepare electrode slurries. The mill can also be used for mechanical coating of particles to improve cycle stability. Achieve uniform particle size and morphology, critical for consistent electrode performance and high energy density in lithium-ion cells.
Chemical & Pharmaceutical Synthesis Used for mechanical alloying, co‑grinding, and activation of catalysts, pigments, or active pharmaceutical ingredients (APIs). The dry and wet grinding capabilities enable process flexibility. Precise particle engineering with controlled surface area; avoid thermal degradation of heat‑sensitive compounds.
Metallurgy & Alloy Development Preparation of metallic powders for powder metallurgy, including mechanical alloying of oxide dispersion‑strengthened (ODS) alloys, composite materials, and homogenization of elemental blends. Produces fine, homogeneous metallic powders with good sinterability and reduced oxidation risk due to sealed, inert‑gas‑capable jars.
Geology & Mining Sample Preparation Pulverizing rock, mineral, and ore samples for geochemical assay (e.g., XRF, ICP). The mill achieves analytical fineness quickly while preserving volatile elements. Fast, contamination‑controlled grinding to < 75 µm, meeting ISO and ASTM sample preparation standards.
Ceramics & Advanced Materials Processing Milling and mixing of advanced ceramic powders (alumina, zirconia, silicon carbide) for high‑performance components in aerospace, medical, and electronics industries. Highly homogeneous powder blends improve sintering density and microstructure uniformity, reducing defects in final parts.
Food & Agricultural Product Grinding Fine grinding of grains, spices, herbal powders, and feed additives. The easy‑to‑clean design and non‑toxic jar materials (e.g., agate, stainless steel) meet food industry hygiene requirements. Contamination‑free processing with consistent particle size, enhancing product quality and compliance with food safety regulations.

Technical Specifications

Parameter Value
Product Name High-Energy Omnidirectional Planetary Ball Mill
Model PP-BM14
Processing Principle Impact / Friction / Gravity
Sample Characteristics Fine, medium-low hardness, brittle, dry or low-viscosity
Processing Type Crushing, grinding, mixing
Max Feed Size < 10 mm
Output Particle Size 0.1 – 20 µm
Max Processing Volume 20 L
Jar Max Speed 500 r/min
Flip Speed 0–10 r/min (stepless)
Spatial Motion XY-axis planetary motion
Functions Continuous/intermittent run, emergency stop, timer, power-off memory, overload protection, speed setting
Additional Functions LED lighting, heat dissipation, sound insulation
Jar Material Tungsten carbide, zirconia, agate, stainless steel, MC nylon (optional)
Number of Jars 4
Jar Volume 5 L each
Grinding Ball Material Tungsten carbide, zirconia, agate, stainless steel (optional)
Grinding Method Dry or wet
Electrical Specs 220V/380V, 50-60 Hz, 5.5 kW
Power Port Options GB, EU, US, UK standards
Net Weight 383 kg
Dimensions (W×D×H) 1580 × 940 × 998 mm
Protection Grade IP65
Certification CE
Optional Add-on Touch screen control system

Why Choose This Product

  • Exceptional Uniformity and Process Repeatability: The unique 360° flip action eliminates sedimentation permanently, guaranteeing that every sample experiences identical milling forces. This results in industry‑leading batch‑to‑batch consistency, which is essential for quality‑critical applications such as battery material synthesis and pharmaceutical development. With particle size distributions as low as 0.1 µm, this mill delivers precision that conventional planetary mills cannot match.
  • Engineered for Heavy‑Duty Industrial Use: Unlike benchtop laboratory mills, this system is built on a heavy‑duty steel frame with an IP65‑rated enclosure, allowing it to withstand dusty environments and frequent washdowns. The variable‑frequency drive and robust gearbox are designed for continuous operation, reducing downtime and maintenance costs over the equipment’s lifetime.
  • Safety and Certifications: With CE marking and a comprehensive suite of safety features—including automatic lid‑lock, emergency stop, and overload protection—the unit meets international safety standards. The built‑in sound insulation not only reduces noise but also contributes to operator well‑being, making it suitable for around‑the‑clock operation in shared facilities.
  • Flexible Customization and Global Support: We understand that no two applications are alike. Choose from a wide array of jar and ball materials, grinding methods (dry/wet), and voltage/plug configurations. Our engineering team can also assist with custom jar designs and process optimization. Post‑installation, our global service network ensures minimal downtime and rapid on‑site assistance.
  • Long‑Term Investment Protection: The combination of premium components, proven reliability, and upgrade options (such as the touchscreen controller) protects your investment for years. When your process scales up, the 20 L capacity supports pilot production runs, eliminating the need for additional equipment purchases.

Ready to elevate your sample preparation? Contact our specialists today for a quotation or to discuss how this omnidirectional planetary ball mill can be configured for your specific requirements. We look forward to delivering a solution that exceeds your expectations.

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