Multi-purpose Mse Pro 4-jar 8l Omnidirectional Planetary Ball Mill Collection [WGiRqcP1]

Multi-purpose Mse Pro 4-jar 8l Omnidirectional Planetary Ball Mill Collection [WGiRqcP1]

The Multi-purpose Mse Pro 4-jar 8l Omnidirectional Planetary Ball Mill Collection [WGiRqcP1] is a state-of-the-art laboratory equipment designed for high-tech microcomputer chip control. This versatile mill is engineered to provide efficient and precise grinding solutions for various applications. With its advanced features and robust construction, it stands out as an essential tool for research and development in material science, pharmaceuticals, and nanotechnology.

Key Features:

• High-tech microcomputer chip control for precise operation
• Alternating positive and reverse turn functionality (0-999min)
• Reduced sample-wall sticking for lower maintenance costs
• Supports dry, wet, high-energy alloying, vacuum, and low-temperature grinding

Technical Specifications

The Multi-purpose Mse Pro 4-jar 8l Omnidirectional Planetary Ball Mill Collection [WGiRqcP1] boasts a comprehensive set of technical specifications that make it a versatile and powerful tool for laboratory use. With a jar and total volume of 8L (2L*4), it can accommodate various sample sizes and materials. The mill features a maximum loading capacity of less than 1/3 of the grinding jar, ensuring efficient grinding without overloading. The feeding granularity ranges from friable materials less than 10mm to others less than 3mm, while the discharging granularity can reach as low as 0.1μm. This makes it ideal for fine grinding applications, including high-energy alloying, vacuum, and low-temperature grinding.

• Max revolution: 0-320r/min; Rotation: 0-640r/min
• 360-degree speed (adjustable): 1-14r/min
• Speed ratio (revolution:rotation): 1:2
• Adjusting speed control method: PLC Frequency conversion control system, Touch screen control system

Applications and Benefits

The Multi-purpose Mse Pro 4-jar 8l Omnidirectional Planetary Ball Mill Collection [WGiRqcP1] is an indispensable tool for researchers and engineers in various fields. Its applications range from material science and pharmaceuticals to nanotechnology and more. The mill's ability to handle a wide range of materials and grinding methods makes it suitable for a diverse array of tasks, including sample preparation, material synthesis, and particle size reduction. By reducing sample-wall sticking and maintenance costs, this mill streamlines laboratory operations and enhances productivity. Its programmable control and high-speed performance ensure precise and consistent results, making it an ideal choice for research institutions, universities, and industrial applications.