• Product Name: QM-3BB Dual-Can High-Speed Three-Dimensional Swing Ball Mill
• Model: QM-3BB
The QM-3BB Dual-Can High-Speed Three-Dimensional Swing Ball Mill represents a significant advancement in laboratory milling technology. This innovative instrument is an upgraded version of the renowned high-speed three-dimensional swing ball mill, the MSK-SFM-3. What sets the QM-3BB apart is its dual-can design, allowing for the simultaneous placement of two grinding jars, effectively doubling the milling capacity and enhancing efficiency.
Designed with precision and versatility in mind, the QM-3BB is perfect for researchers, scientists, and engineers working with small sample quantities or micro-scale materials. Its advanced features cater to various experimental needs, making it an indispensable tool for the preparation and synthesis of a wide range of materials.
Key Features:
1. Dual-Can Design: The dual-can configuration of the QM-3BB allows users to conduct two separate milling experiments simultaneously. This feature is particularly advantageous for those looking to optimize workflow efficiency, save time, and increase productivity.
2. Enhanced Milling Capacity: With each grinding jar offering a capacity of up to 160mL, researchers can process larger sample quantities in a single run, making the QM-3BB an ideal choice for experimental applications demanding higher throughput.
3. Adjustable Grinding Speed: The adjustable grinding speed, ranging from 0 to 1000rpm, provides precise control over the milling process. Researchers can tailor the speed to the specific material properties and desired results.
4. Oxygen-Sensitive Materials: The inclusion of a 24V DC motor allows the QM-3BB to be placed within a glove box, enabling the milling of oxygen-sensitive materials under controlled environments. This feature expands the scope of potential applications, particularly in fields such as battery materials, catalysis, and more.
5. Advanced Control: The QM-3BB is equipped with a user-friendly control interface that allows researchers to conveniently set and monitor the milling parameters. This empowers users to conduct experiments with accuracy and reproducibility.
6. Research Versatility: Whether you’re involved in materials research, nanoparticle synthesis, ceramics, pharmaceuticals, or any other field requiring precise milling, the QM-3BB offers the tools necessary to achieve optimal results.
In conclusion, the QM-3BB Dual-Can High-Speed Three-Dimensional Swing Ball Mill represents a significant advancement in laboratory milling technology. Its innovative dual-can design, enhanced milling capacity, adjustable speed, and compatibility with oxygen-sensitive materials make it a valuable asset for researchers seeking efficient and precise sample preparation. This instrument opens doors to new research possibilities and ensures reliable and reproducible results across various scientific disciplines.