Laboratory Ball Mill 0.4L
The planetary ball mill is widely used in many fields of geology, mine, metallurgy, electric industry, construction, ceramics, chemicals, light industry, medicine, environmental protection etc.
Description
The UBE0.4L Laboratory Ball Mill is a cutting-edge milling device designed to meet the diverse needs of modern laboratories. Engineered with precision and reliability in mind, this compact yet powerful ball mill offers exceptional performance for sample grinding, mixing, and mechanical alloying across a variety of scientific and industrial applications.
Key Features and Benefits
Optimal Capacity and Compact Design
The UBE0.4L is thoughtfully designed to accommodate up to 0.4 liters of material per batch, making it ideal for small to medium scale experiments. Its compact footprint allows it to fit conveniently on any laboratory bench without sacrificing efficiency or workspace.
Versatile Milling Capabilities
This ball mill supports both wet and dry grinding processes, providing remarkable flexibility to researchers working with powders, minerals, ceramic materials, and other substances. Whether you are performing fine grinding or particle size reduction, the UBE0.4L delivers consistent and reproducible results.
High-Quality Build and Robust Operation
Constructed with durable materials and precision engineering, the UBE0.4L ensures long-term operational stability and safety. The mill incorporates advanced motor technology that delivers smooth and silent operation, thereby creating a pleasant laboratory environment.
User-Friendly Features
Ease of use is a hallmark of the UBE0.4L. Its intuitive control panel allows users to set milling time, speed, and other parameters with accuracy and simplicity. The transparent lid enables real-time observation of the grinding process, enhancing process control and experiment monitoring.
Wide Application Range
Suitable for research fields such as materials science, chemistry, pharmaceuticals, and nanotechnology, the UBE0.4L facilitates innovative exploration and product development. Its adaptability makes it a valuable tool for schools, universities, and industrial laboratories alike.
Energy-Efficient and Environmentally Friendly
The UBE0.4L is designed to optimize energy consumption without compromising on performance, aligning perfectly with sustainable laboratory practices and modern environmental standards.
Technical Data
|
Working Principle |
impact and friction force |
|
Item No. |
UBE-V0.4L |
|
Compatible Grinding Jars |
(50ml~100ml) * 4 |
|
Max Feeding Capacity |
2/3 capacity of the grinding jar |
|
Operation Mode |
2 or 4 grinding jars working simultaneously |
|
Feeding Granularity |
Soil materials < 10mm, others materials < 3mm |
|
Discharging Granularity |
Depend on materials, minimum 0.1μm (Alumina and silicon powder down to average 4μm, clay to 0.5μm) |
|
Sample Type |
hard, medium-hard, soft, fibrous, brittle, moist |
|
Rotational Speed of Grinding Jar |
850rpm |
|
Rotational Speed Ratio |
1 : 2 |
|
Drive Mode |
gear drive and belt drive |
|
Speed Control |
stepless speed regulation |
|
Electrical Details |
110/220VAC, 50/60Hz, 0.25KW |
|
Max Continuous Grinding Time |
72hours (full-load) |
|
Dimension (L*W*H) |
550*340*350mm |
|
Net weight |
38 KG |
* If the sample feed is larger than these then it must first undergo preliminary size reduction.
Grinding Case
Photo Show:
The UBE0.4L Laboratory Ball Mill represents a significant advancement in sample preparation technology. Its blend of precision, versatility, and user-centric design empowers researchers to achieve superior grinding results with ease and confidence. Investing in the UBE0.4L means equipping your laboratory with a reliable partner dedicated to unlocking new possibilities in scientific discovery and innovation.
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