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Extreme End Of The Laboratory Scale Micro Planetary Ball Mill

laboratory scale planetary ball mill

micro planetary ball mill machine

extreme end planetary ball mill

Place of Origin:

China

Brand Name:

Zoli

Certification:

ISO9001 CE

Model Number:

XQM

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Extreme End Of The Laboratory Scale Micro Planetary Ball Mill

Product Details

Programmable Interval:

1-99 Minutes

Power:

0.75KW

Capacity:

0.4L-100L

Productname:

Planetary Ball Mill Machine

Noise Level:

< 75 DB

Grinding Jar Volume:

50ml-500ml

Motor Power:

380 W

Max Speed:

500 Rpm

Weight:

40kg

Coolingsystem:

Air Cooling

Machine Weight:

45 Kg

Grinding Balls Material:

Zirconia, Agate, Alumina, Nylon, PTFE

Safety Features:

Overload Protection, Emergency Stop

Rotation Speed Ratio:

2/3

Grinding Balls Diameter:

10mm

Highlight:

laboratory scale planetary ball mill

micro planetary ball mill machine

extreme end planetary ball mill

Payment & Shipping Terms

Minimum Order Quantity

1set

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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ain@zlengineer.com

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Product Description

Extreme End Of The Laboratory Scale Micro Planetary Ball Mill

Micro Planetary Ball Mill

This term refers to the extreme end of the laboratory scale, focusing on miniaturization for very small sample quantities.

Key Characteristics:

Extremely Small Scale: Designed for the smallest possible sample sizes. Typical grinding jar volumes range from 0.1 mL to 10 mL. Sample quantities can be as small as a few milligrams.
"Micro" Application: Its primary purpose is for research where the starting material is extremely precious, expensive, or rare. Examples include:
- Experimental novel materials (e.g., high-entropy alloys)
- Forensic sample preparation
- Radioactive or toxic materials where minimal handling is required
High Energy for Small Volume: Despite its size, it still operates on the planetary principle, generating high impact energies to achieve nano-scale grinding within its tiny jars.
Technical Challenges: Requires exceptional precision in jar manufacturing and balance to handle the high speeds without vibration.

Gear Ball Mill

This term describes the drive mechanism of the mill, which is a fundamental design feature.

Key Characteristics:

Drive Mechanism: The core of a planetary ball mill is its gear system. A central gear (the "sun gear") drives multiple satellite gears (the "planet gears"), on which the grinding jars are mounted. This creates the synchronized planetary motion.
A Quality Differentiator: The quality of the gears is a primary factor in the mill's performance, durability, and noise level.
- High-Quality Gears: Made from hardened steel, precision-machined, and often oil-sealed for quiet, smooth, and long-lasting operation.
- Low-Quality Gears: Can be noisy, prone to wear, and generate excessive vibration.
Not a Separate Category: Virtually all planetary ball mills are "gear ball mills." However, emphasizing the gear drive often implies a focus on robust mechanical construction.

Comparative Summary: Micro Planetary vs. Gear Ball Mill

It's important to understand that these terms are not opposites. A "Micro Planetary Ball Mill" uses a gear drive system to function. The comparison is really about Scale vs. Mechanism.

Feature	Micro Planetary Ball Mill	Gear Ball Mill (as a key component)
Primary Focus	Sample Scale (Micro-grams to grams)	Drive Mechanism & Durability
Defining Trait	Miniaturized jars and platform	Robust gear train design
Typical Jar Size	0.1 mL - 10 mL	50 mL - 500 mL (or more for larger models)
Sample Size	~10 mg - 2 g	~5 g - 200 g
Application	Research with precious/rare materials	General-purpose R&D, mechanical alloying, nano-grinding

Synthesis: The Integrated Instrument

A typical product description might be: "Our micro planetary gear ball mill..." This phrase describes a single instrument that combines both concepts:

A planetary ball mill that uses a high-precision gear drive system.
That is miniaturized to a "micro" scale for processing the smallest possible samples.

This type of machine is the pinnacle of precision sample preparation, combining a robust and reliable drive mechanism with the capability to handle precious micro-samples for the most advanced fields of science, such as nanotechnology and advanced materials discovery.

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