Product Description
High Energy Vibratory Shaker Mixer Ball Grinding Mill
Description:
AOT-MSK-SFM-3 is a compact high-energy grinding ball mill with 3D movement for making a small quantity of samples easily and fast. The vibratory mixer ball mill has high plastic paper inside, polyfoam filled, wooden box outside impact energy created by rotation, vibration, and oscillation with frequency up to 1200RPM with a two-year warranty. The grinding ball mill can be used in either dry or wet methods to mill materials and mix all kinds of solids, suspended liquids, and pastes with different sizes and materials. Two milling jars (SS and Nylon) are included for the use of most of the materials. The shaker ball grinding mill is an ideal choice for making small quantity samples in material and chemical research laboratories.
Basic Parameters:
Product Model | AOT-MSK-SFM-3 |
Product Name | Vibratory Shaker Mixer Ball Grinding Mill |
Features | 1.1200 max. RPM allows efficient pulverization and homogenization. |
2. The range of jar materials (Nylon, Alumina, SS, and Agate) offered for various applications. | |
3. Easy jar installation. | |
4. Optional for variable speed and forced chilling air cooler. | |
Standard Milling Jars & Media (Two Milling Jars are included) | One 80 ml Nylon Jar with a set of Zirconia milling balls (4 pcs of 11.5 mm, 10 pcs of 10 mm, and 10 pcs of 8mm) are included. It is suitable for grinding/milling materials with minimized contamination. |
One 80 ml Stainless Steel Jar with a set of SS balls (20 pcs) is included for achieving a finer particle size. | |
Power Input | Single-phase 208- 240VAC 50/60Hz |
300W Max. | |
For 110V, please order a 750W transformer. | |
The power plug is not included for the 220 VAC version. | |
Timing Range | 0 to 30 minutes for a built-in mechanical timer. Warning: Running time for the mill should be less than 30 minutes, otherwise, the mill may overheat. |
Feeding | Volume: 1/3 of the capacity of the ball milling tank |
Feeding Granularity: <1mm | |
Application Notes | Attention: In order to achieve the best grinding effects, it is suggested to use milling balls with a diameter of less than 10mm for a 50ml alumina jar. Tips for choosing proper jars and milling media for milling and grinding application: SS mixing jar is suitable for grinding various metal materials. For milling the oxide material, please choose Nylon or alumina/zirconia jar and media. Please consider our SYU-3 Ultrasonic Filtration System for filtering the product. DO NOT USE stainless steel balls in Alumina jars or vice versa to avoid contamination. Please use N2 gas if it operates inside of the glove box, do not use Ar gas. |
Net Weight | 40 kg (88 lbs) |
Product Pictures
components of vibratory Ball Mill
Vibratory ball grinding mill is made of a triangle belt, bearing pedestal, motor, eccentric wheel, milling jar, pressure spring, and so on.
Sizes of Vibratory Ball Mill
Length: 517.5mm, width: 386mm, height: 283.5mm
Exhibition
Certificate
FAQ
1. How to use the vibratory ball mill?
Remember to consult the user manual and follow the manufacturer's instructions for specific guidance on operating the vibratory grinding ball mill model you are using.
2. Where to use the vibratory ball mill?
It can be used in various applications, primarily in material and chemical research laboratories. You can use it for sample preparation, material synthesis, grinding and milling, mixing and blending, wet and dry milling, and so on.
3. Why do we choose the vibratory ball mill?
We choose the vibratory ball mill for the following reasons:
A. Efficient grinding: The vibratory motion of the mill provides high-impact energy, resulting in efficient grinding of materials, even for hard and brittle substances.
B. Quick sample preparation: The high-speed rotation, vibration, and oscillation of the mill allow for rapid grinding and homogenization of small quantity samples, making it ideal for time-sensitive experiments or production processes.
C. Versatile applications: The vibratory ball grinding mill can be used for various materials and purposes.
D. Dry and wet milling: The mill can be operated in both dry and wet methods, providing flexibility in the choice of the milling process based on the specific requirements of the experiment or application.
E. Compact and easy to use: It is designed to be compact and user-friendly. It comes with two milling jars made of stainless steel and nylon, ensuring durability and easy cleaning.
F. High-speed operation: With a rotational speed of up to 1200 RPM, the mill offers high-speed milling, which promotes efficient grinding and reduces overall processing time.
G. Precise control: The vibratory ball mill allows for precise control over milling parameters such as speed, vibration intensity, and duration, enabling researchers to achieve desired particle size distributions and optimize their experiments.