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ATOMFAIR® HSVM-638 blue high-speed vibrating ball mill with a side cooling fan and metallic latch on white background.

High-Speed Vibrating Ball Mill HSVM-638 0.1μm ATOMFAIR®

$2,653.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

High-speed vibrating ball mill model HSVM-638, 0.1μm fine output, 180W, 1200 cycles/min, for dry/wet grinding and sample preparation. Order now.

SKU: AFMSLBBI798
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Description

ATOMFAIR® HIGH-SPEED VIBRATING BALL MILL / MODEL ATOMFAIR-HSVM-638

RESEARCH GRADE MATERIAL

Product Overview
The ATOMFAIR® premium **high-speed vibrating ball mill** (Model: Atomfair-HSVM-638) is a highly efficient, benchtop analytical instrument engineered specifically for high-throughput **laboratory sample preparation** and micro-sample homogenization. This compact mill successfully grinds, blends, and mills various solids, aggressive chemical suspensions, and dense pastes using both flexible dry and wet mechanical techniques. Optimized for advanced material R&D and small-batch processing scenarios, its advanced kinematic setup drives mechanical alloying parameters without localized thermal spikes, eliminating raw compound variance between experimental groups to retain precise baseline data arrays.

Technical Specifications
PARAMETER NAME SPECIFIC SPECIFICATIONS
Rated Power Line Voltage AC 220V / 50Hz stable baseline utility
Rated Motor Power 180W high-efficiency induction drive
Integrated Timing Range 0 – 120 minutes customizable countdown window
Kinematic Vibration Frequency 1200 cycles per minute continuous velocity profile
Maximum Entry Feed Particle Size < 1.0 mm raw material input footprint
Minimum Discharge Particle Size Capable of achieving fine sub-micron limits down to 0.1 μm
Maximum Jar Loading Capacity Total sample and media volume must not exceed 1/3 of the ball mill jar volume
Chassis Footprint Dimensions 405 × 265 × 260 mm (L × W × H)
Standard Included Accessories 1 × 80 mL premium stainless steel mixing jar | 1 × specialized set of multi-diameter mixing balls
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.


Key Features & Advantages
  • High-Velocity Vibrational Energy: Propelled by a 1200 cycles per minute high-speed mechanical drive system, delivering premium milling impacts to reduce brittle structures down to a certified 0.1 μm threshold.
  • Multi-Functional Sample Processing: Seamlessly manages material grinding, structural sample mixing, and uniform mechanical alloying workflows to satisfy precise experimental matrices.
  • Dual-Modality Fluid Flexibility: Custom-engineered to withstand both dry environments and solvent-heavy wet ball milling protocols without internal chamber leakage or cross-contamination.
  • Ultra-Compact Laboratory Footprint: Designed with a lightweight, space-saving geometric form factor that allows laboratory technicians to reposition or house the unit effortlessly across benchtop setups.
  • Zero Environmental Emissions: Features a fully sealed, eco-friendly operational framework with zero pollutant discharge parameters, preserving sterile cleanroom atmospheric backgrounds.

APPLICATION SCOPE: Perfectly optimized for advanced battery electrode material synthesis, mechanical alloying of solid-state compounds, pharmaceutical micro-powder milling, and high-frequency analytical specimen processing within cleanrooms and university labs.
PACKAGING & COUPLING: Shipped as a complete validation setup including an 80 mL stainless steel mixing jar and premium multi-diameter grinding balls. For alternative container material preferences (such as Agate, Alumina, or Zirconia) or specific customization requirements, reach out via inquiry@atomfair.com.
IMPORTANT NOTICE: Never exceed the maximum 1/3 volumetric jar load constraint for combined samples and milling media to prevent internal chamber balance malfunctions. Wash wetted stainless elements with electronics-grade solvents immediately after wet runs to mitigate oxidation. Secure the main mechanical clamps completely before initializing the 1200 cycles/min vibration sequence.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

This equipment requires proper electrical grounding and overload protection to prevent electrical hazards. The ball mill jar must not exceed one-third volume capacity to avoid mechanical imbalance and potential damage.

  • Electrical Supply Requirement: This ball mill must be connected to a properly grounded AC220V/50Hz power source to ensure safe operation.
  • Jar Loading Limit: Do not fill the jar with material and balls beyond one-third of its volume to maintain mechanical balance and motor safety.
  • Feed Particle Size Constraint: Feed particles must be less than 1mm in size to prevent jamming and achieve the specified grinding efficiency.
  • Timer Duration Limit: Use the integrated timer only within the 0-120 minute range and allow a cooldown period before restarting.
  • Accessory Compatibility: Only use the supplied 80ml stainless steel mixing jar and matching mixing balls to ensure proper fit and avoid contamination.

This procedure describes the safe initialization and operation of the high-speed vibrating ball mill for dry or wet grinding. Follow all steps sequentially to prevent equipment damage and personal injury.

Required Equipment: Atomfair-HSVM-638 High-Speed Vibrating Ball Mill

  1. Prepare the Jar
    Place the material and mixing balls into the stainless steel jar, filling no more than one-third of the jar volume.
  2. Secure the Lid
    Fasten the jar lid securely to prevent leakage and ensure containment during vibration.
  3. Set Timing
    Set the desired grinding time using the front panel timer control within the 0-120 minute range.
  4. Start Operation
    Press the start button to begin the vibration cycle at 1200 cycles per minute.
  5. Post-Operation Cooling
    Allow the jar to cool for several minutes after the timer stops before handling.
  6. Retrieve Sample
    Open the jar and collect the ground sample using a clean spatula or brush.

How does the maximum loading capacity of 1/3 jar volume affect the achievable particle size and grinding time for hard materials?

The maximum loading capacity of 1/3 jar volume is specified to maintain optimal ball motion and impact forces. Overloading reduces the kinetic energy available for size reduction, prolonging grinding time and potentially limiting the minimum achievable particle size to above 0.1 μm. For hard materials, staying below this limit is critical for efficiency.

Can the Atomfair-HSVM-638 be used for wet grinding of corrosive chemical slurries given the standard stainless steel jar?

The standard 80 ml jar is made of stainless steel, which has limited chemical resistance to strong acids or halides. For corrosive slurries, a chemically inert jar material would be required, and customization is available upon request as indicated in the product listing. The mill's wet grinding capability is confirmed, but material compatibility must be evaluated per application.

What are the electrical and space requirements for bench-top installation of the Atomfair-HSVM-638?

The mill requires a standard AC 220 V / 50 Hz electrical outlet with 180 W capacity. Its dimensions of 405×265×260 mm and light weight allow placement on a standard lab bench. No special ventilation or vibration damping is required, though securing the unit on a non-slip mat is recommended for stable operation.

The Atomfair-HSVM-638 is a compact high-speed vibrating ball mill capable of dry and wet grinding to a minimum discharge particle size of 0.1μm, powered by a 180W motor at 1200 cycles per minute. Its small 80ml jar and <1mm feed requirement limit throughput and demand sample pre-processing, but the unit delivers efficient fine milling for laboratory-scale applications.

Positive

  • Submicron grinding down to 0.1μm: Achieves discharge particle sizes as fine as 0.1μm, enabling high-resolution sample preparation for advanced material analysis and synthesis.
  • Dual dry and wet milling modes: Supports both dry and wet ball milling, allowing flexible processing of solids, suspensions, and pastes in a single instrument.

Trade-offs

  • Feed material must be <1mm: Requires pre-crushing of bulk samples to sub-millimeter size before milling, adding a preparatory step for coarse materials.
  • Small batch capacity per run: Maximum load per jar is limited to one-third of the 80ml jar volume (~26ml), restricting throughput in larger processing workflows.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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