TBM SERIES High Throughput Tissue Grinder

 

Overview

The High Throughput Tissue Grinder is a fast, efficient and safe grinding system. Supports the extraction and purification of raw DNA, RNA and proteins including soil, plant and animal tissues, organs, bacteria, yeast, fungi, spores, and archaeal specimens. Support dry grinding, wet grinding and mixed grinding and homogenization. It can effectively improve grinding efficiency and quality, reduce labor costs, and reduce manual operation errors. It is a better choice for laboratories to replace manual grinding.

OPERATION STEPS

 

Working principle

The high-throughput tissue grinder is mainly used for grinding, crushing, homogenizing, mixing, homogenizing, material dispersing, preparing, shaking, etc. of sample tissues and cells. The equipment adopts the high-frequency vertical oscillation method, selects different grinding beads to grind the samples of different shapes directly in the centrifuge tube, and the samples in the grinding tube collide with the grinding balls, and the grinding shear force and impact force generated by the grinding tube make the tissue completely Broken, so as to effectively separate and extract the original DNA and RNA.

Usage

• Suitable for grinding and crushing of various plant tissues including roots, stems, leaves, flowers, fruits, seeds and other samples;
• Applicable to the grinding and crushing of samples of various animal tissues including brain, heart, lung, stomach, liver, thymus, kidney, intestine, lymph nodes, muscles and bones;
• Suitable for the grinding and breaking of fungi, bacteria and other samples;
• Applicable to the grinding and crushing of food and drug ingredients analysis and testing;
• Suitable for grinding and crushing of volatile samples including coal, oil shale, and wax products;
• Applicable to the grinding and breaking of plastics, polymers including PE, PS, textiles, resins and other samples.
• As a new generation of tissue grinders, multi-sample tissue grinders have their irreplaceable advantages.

Особенности