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XQM-4L Experimental Vertical Planetary Ball Mill

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XQM-4L Experimental Vertical Planetary Ball Mill

Product Details

Max Feeding Capacity:

2/3 Capacity Of The Grinding Jar

Working Principle:

Planetary Motion

Control Mode:

Frequency Conversion Control

Final Fineness:

1μm

Frequency:

50/60Hz

Programmable Interval:

1-99 Minutes

Dimension:

500mm*300mm*340mm

Grinding Ball Size:

10 Mm

Grinding Ball Diameter:

10mm

Min Speed:

50 Rpm

Grinding Balls Material:

Zirconium Oxide

Voltage:

220V

Speed Ratio:

1:2

Max Speed:

800 Rpm

Grinding Speed:

0-800 RPM

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Payment & Shipping Terms

Minimum Order Quantity

1 unit

Packaging Details

carton+wood

Delivery Time

within 15days

Payment Terms

L/C,T/T,Western Union

Supply Ability

200 units per month

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18520584493

ain@zlengineer.com

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Product Description

XQM-4L Experimental Vertical Planetary Ball Mill

The XQM-4L is a sophisticated laboratory equipment designed for high-energy ball milling. This planetary ball mill excels at producing extremely fine powders and achieving homogeneous mixing and mechanical alloying of materials that are difficult to process by other means.

Specification	Details
Model No.	XQM-0.4
Volume of each matched Jar	100ml
Voltage	220V - 50Hz
Machine Size	500300340mm
Machine Weight	56 Kg without mill jar
Work mode	4 jars working together
Mill mode	Dry / wet milling
Speed Frequency	Adjusting
Drive Mode	Gear drive
Rotational Speed	90-870 r/min, adjusting
revolution: rotation	1:2.14
Material Capacity	Material + mill balls < 2/3 volume
Input Granularity Size	< 10mm for soft material, < 3mm for hard material
Output Granularity Size	Minimum 0.1μm
Max. continuous operating time (full-load)	72 hours
Interval operation	With direction reversal
Certificate	ISO 9001. CE certificate

Core Design and Configuration

The XQM-4L features a vertical main shaft design that saves bench space and is ideal for laboratory environments. With four 1-liter grinding jars (4L total capacity), it provides efficient milling when filled to one-third to half of their volume.

Planetary Motion Mechanism

Rotating sun disk with four planetary disks holding grinding jars
Sun disk and planetary disks rotate in opposite directions
Synchronized counter-rotational movement generates high centrifugal forces

Key Components and Features

Grinding Jars: Zirconia Agate

High hardness and wear resistance for grinding hard materials
Chemically inert and corrosion-resistant for various substances
Smooth inner surface for easy cleaning and minimal material adhesion

Grinding Balls

Available in various materials including zirconia, agate, stainless steel, and tungsten carbide, selected based on application requirements.

Control System

Digital control with LCD screen
Precise programming of milling speed and time
Pause/interval cycles for temperature-sensitive materials

Safety and Operational Features

Safety lock and lid interlock system
Vibration damping for stable operation
Emergency stop button for immediate shutdown

Principle of Operation

The XQM-4L's effectiveness comes from complex motion inside the jars, combining centrifugal forces, Coriolis effect, and high-energy impact to achieve superior milling performance compared to conventional ball mills.

Typical Applications

Nano-material synthesis
Mechanical alloying
Homogenization of powder mixtures
Cell disruption for biological samples
Geology and ceramics sample preparation
Pharmaceutical particle size reduction

Suitable for geology, mining, metallurgy, electronics, construction materials, ceramics, chemical engineering, medicine, and environmental protection applications.

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XQM-4L Experimental Vertical Planetary Ball Mill

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