The RETSCH 222220001 0.10-0.25mm Diameter Glass Beads for Mixer Mill is a must-have accessory for any laboratory or research facility. Designed for use with the Mixer Mill, these glass beads are the perfect solution for grinding and homogenizing a variety of materials with ease.
With a diameter ranging from 0.10mm to 0.25mm, these glass beads are finely crafted to deliver optimal performance and consistent results. The precise size ensures efficient grinding and homogenization, allowing you to achieve the desired particle size and uniformity in your samples.
Made from high-quality glass material, these beads are durable and long-lasting. Their smooth surface and uniform shape guarantee effective and uniform grinding, minimizing the risk of sample contamination. Whether you are working with pharmaceuticals, chemicals, or other sensitive materials, these glass beads provide a safe and reliable solution for your grinding needs.
The glass beads are carefully designed to ensure compatibility with the Mixer Mill. They seamlessly fit into the mill's grinding chambers, allowing for easy and efficient operation. The beads undergo strict quality control measures to ensure consistent performance, batch after batch.
The versatile nature of these glass beads allows for a wide range of applications. From sample preparation for DNA, RNA, and protein extractions to grinding minerals, ores, and geological samples, these beads offer the versatility and reliability needed in demanding laboratory environments.
Additionally, the glass beads are easy to handle and clean. They can be conveniently stored in the provided container, ensuring proper organization and easy access in your laboratory. Cleaning is a breeze, as they can be easily washed and reused, reducing waste and cost.
In summary, the RETSCH 222220001 0.10-0.25mm Diameter Glass Beads for Mixer Mill is an indispensable accessory for any laboratory or research facility. With their precise size, durability, and compatibility with the Mixer Mill, these beads deliver consistent and efficient grinding, making them an essential tool for achieving accurate and reliable results in your scientific experiments and sample preparations.
With a diameter ranging from 0.10mm to 0.25mm, these glass beads are finely crafted to deliver optimal performance and consistent results. The precise size ensures efficient grinding and homogenization, allowing you to achieve the desired particle size and uniformity in your samples.
Made from high-quality glass material, these beads are durable and long-lasting. Their smooth surface and uniform shape guarantee effective and uniform grinding, minimizing the risk of sample contamination. Whether you are working with pharmaceuticals, chemicals, or other sensitive materials, these glass beads provide a safe and reliable solution for your grinding needs.
The glass beads are carefully designed to ensure compatibility with the Mixer Mill. They seamlessly fit into the mill's grinding chambers, allowing for easy and efficient operation. The beads undergo strict quality control measures to ensure consistent performance, batch after batch.
The versatile nature of these glass beads allows for a wide range of applications. From sample preparation for DNA, RNA, and protein extractions to grinding minerals, ores, and geological samples, these beads offer the versatility and reliability needed in demanding laboratory environments.
Additionally, the glass beads are easy to handle and clean. They can be conveniently stored in the provided container, ensuring proper organization and easy access in your laboratory. Cleaning is a breeze, as they can be easily washed and reused, reducing waste and cost.
In summary, the RETSCH 222220001 0.10-0.25mm Diameter Glass Beads for Mixer Mill is an indispensable accessory for any laboratory or research facility. With their precise size, durability, and compatibility with the Mixer Mill, these beads deliver consistent and efficient grinding, making them an essential tool for achieving accurate and reliable results in your scientific experiments and sample preparations.