Automatic Jar Mill for Nano Powder Preparation and Material
Synthesis
Product Description————————
Easy Maintenance:
The Kingda QM-5L Laboratory Roller Ball Mill features a design that
allows quick cleaning and simple maintenance, reducing downtime and
ensuring continuous experimental efficiency.
Compact Laboratory Design:
Thanks to its small footprint, the QM-5L Roller Ball Mill fits
perfectly in limited lab spaces, providing an efficient solution
for small-scale or bench-top grinding experiments.
Multi-Material Capability:
Engineered for a wide range of materials, the Kingda QM-5L Roller
Ball Mill supports versatile grinding and mixing applications,
adapting easily to diverse research needs.
Accurate and Consistent Results:
This machine ensures highly uniform and precise grinding
performance, delivering reproducible outcomes for dependable
laboratory analysis.
Ergonomic and Intuitive Operation:
With its user-friendly interface and ergonomic construction, the
QM-5L Roller Ball Mill is simple to operate, making it ideal for
both beginners and skilled researchers.
Optimized for Planetary Grinding:
Purpose-built for planetary grinding tasks, this mill enables
ultra-fine particle size reduction and uniform blending, ensuring
superior performance in advanced material research.
Working Principle————————
The working principle of a laboratory rotary drum ball mill
revolves around the movement and friction within the drum. Here's
how it operates
Loading Samples and Media:
Initially, solid samples and grinding media, typically metal balls,
are placed into the drum. These components undergo mixing and
grinding within the drum.
Drum Rotation:
Once loaded, the drum starts rotating, driven by a motor or
operated manually. This rotation is fundamental to the equipment's
operation, causing the samples and media to move within the drum.
Friction and Collision Between Samples and Media:
As the drum rotates, friction and collisions occur between the
samples and media. This friction and collision lead to the breaking
and mixing of sample particles, facilitating grinding and uniform
mixing.
Gravity Action:
During drum rotation, the samples and media also move downward
along the drum wall due to gravity. This enhances the friction and
collision between samples and media, further promoting grinding and
mixing.
Continuous Cycling Process:
The key to the working principle lies in the continuous rotation of
the drum and the ongoing friction and collision between samples and
media. This cyclic process continues until the samples reach the
desired particle size and mixing consistency.
Specifications————————
| Technical Parameters of Lab Jar Rolling Mill |
| Category | Model | Power Supply | Rotate Speed | Max Load for Each Jar | Dimensions /weight |
| 1 Working Position |
QM-5 | 220V or 110V Single phase 0.37KW |
60-570rpm |
35KGS | 730*415*260mm 32KGS |
| 1 Working Position | QM-10 | 220V or 110V Single phase 0.75KW | 60-570rpm | 80KGS | 845*435*270mm 45KGS |
| 1 Working Position | QM-15 | 220V or 110V Single phase 0.75KW |
60-570rpm |
80KGS | 845*435*270mm 45KGS |
Features————————
Enhanced Grinding Efficiency: Our Lab Jar Roller Mill facilitates efficient grinding with its
precisely engineered roller design, ensuring thorough and uniform
mixing of materials.
Versatile Jar Compatibility: The Jar Ball Mill Grinding feature of our product accommodates
various sizes of ball mill jars, offering flexibility for different
laboratory applications.
Consistent Results: With its roller ball mill laboratory design, our product delivers
consistent and reproducible results, ideal for research and
development purposes.
Robust Construction: Built to withstand rigorous laboratory use, our Lab Jar Roller
Mill boasts a durable drum and sturdy ball mill jar, ensuring
longevity and reliability.
Easy Operation: Designed for user convenience, our Lab Jar Roller Mill offers
intuitive operation, making it suitable for both experienced
researchers and newcomers alike.
