Integrated Conceptual Overview
The "Small ball mill laboratory XQM planetary ball mill small
vertical rapid four-cylinder agate grinding machine" describes a
specific model (XQM series) of a compact, vertical planetary ball
mill. It is characterized by its fast grinding capability, its
configuration with four grinding jars ("cylinders"), and its use of
high-purity agate grinding components. This machine is designed for
high-throughput, contamination-sensitive sample preparation in a
research laboratory.
1. Detailed Feature Breakdown
A) Model & Type: "XQM Planetary Ball Mill"
XQM: This is a common model series designation used by various
manufacturers, particularly from China. It identifies a specific
line of planetary ball mills with known performance characteristics
and a standardized design.
Planetary Ball Mill: Confirms the core technology, which uses high-energy impact from
balls inside rotating jars to grind materials.
B) Design & Scale: "Small Laboratory", "Small Vertical"
Small Laboratory: Reinforces that this is a benchtop instrument for R&D,
processing small batch sizes (typically 0.1g to 100g per jar).
Small Vertical: Describes the physical orientation. The central axis of the mill
is vertical, which often results in a more compact footprint and a
lower center of gravity compared to some horizontal designs, saving
lab space.
C) Performance: "Rapid"
This indicates a high-power motor capable of achieving high
rotational speeds. The "planetary" motion already enables fast
grinding, and a "rapid" model is optimized to reach these high
speeds efficiently, significantly reducing processing time to
achieve the target fineness.
D) Configuration: "Four-Cylinder"
Cylinder: In this context, refers to the grinding jars or pots.
Four-Cylinder: Specifies that the mill has four grinding stations. This is a key
feature for:
- High Throughput: Processing up to four different samples
simultaneously.
- Experimental Consistency: Ensuring all samples are ground under
identical conditions (same speed, time, and environment), which is
critical for comparative studies.
- Efficiency: Drastically reduces the time needed to prepare multiple
samples.
E) Grinding Components: "Agate Grinding"
Agate: This is a natural silica-based mineral (SiO₂) known for its high
hardness (~7 Mohs) and exceptional chemical purity.
Significance: Specifying "Agate Grinding" means the mill is equipped with agate
grinding jars and agate grinding balls.
Primary Advantage: Extremely Low Contamination. Agate is ideal for preparing samples
for trace element analysis (e.g., by ICP-MS) or in applications
where introducing metal ions from stainless steel jars would ruin
the experiment (e.g., in geochemistry, ceramics, or certain
catalyst preparations).
Consideration: Agate is slightly less hard and durable than sintered Zirconia, so
it is best suited for hard but not extremely abrasive materials.
2. Typical Specifications of an XQM-style Mill
Model: XQM-0.4L or similar (where "4" often denotes the number of jars).
Jar Capacity: Typically four jars of 50ml, 100ml, or 250ml capacity.
Speed Control: Digital, programmable RPM.
Total Capacity: The combined volume of all four jars.
Material: The included jars and balls are Agate, as specified.
3. Ideal Applications
This specific configuration is perfect for:
- Geological and Soil Science Labs: Preparing ultra-pure rock and
soil powders for major and trace element geochemical analysis.
- Ceramic and Glass Research: Grinding precursor materials where iron
contamination must be avoided.
- Archaeological Research: Analyzing ancient pottery or artifacts
without introducing modern contaminants.
- Pharmaceutical Research (for certain applications): Where chemical
inertness is paramount.
Product Images
Front View
Side View
Operation View
Grinding Mechanism
