Retsch SM300 Laboratory Cutting Mill with 6-Disc Rotor (2021)

The Retsch SM300 Cutting Mill is a precision-engineered laboratory mill designed for rapid and effective size reduction of various solid samples. Equipped with a 6-disc rotor system, it delivers consistent particle size distribution, essential for bioprocessing, molecular biology workflows, and biotechnological sample preparation.

• Features a robust disc rotor design ensuring uniform cutting performance and minimal heat generation to preserve sensitive biomolecules.
• Ideal for preparing samples in synthetic biology, gene editing, and molecular diagnostics by enabling reproducible milling of plant material, polymers, wood, and animal tissue.
• Supports applications requiring efficient sample homogenization and particle size reduction critical in biomanufacturing and clinical diagnostics.
• Year 2021 model, tested and fully functional, suitable for integration into workflows demanding high throughput and precision.
• Facilitates downstream processes such as DNA/RNA extraction, protein isolation, and metabolite analysis by providing finer, homogeneous material.

This cutting mill is widely used in biotechnology research and biomedical engineering laboratories for preparing diverse materials, making it an indispensable tool for researchers in molecular cloning, neuroimaging sample prep, and fluorescence analysis applications.