The laboratory grinder has a wide range of applications and can crush and grind materials including fibrous tissues, bones, hair, chemicals, pharmaceuticals, minerals, ores, alloys, glass, ceramics, soil, sludge, grain particles and many other materials. For most materials, it takes only a few tens of seconds for the equipment to achieve the purpose of crushing, grinding and mixing materials.

The grinder can be used for the following types of samples and the corresponding mechanism types: 

In the field of biology, mills can be used for:

1. Tissue grinding: grinding plant and animal tissues into fine powder for the extraction of biological macromolecules such as DNA, RNA or proteins.

2. Cell crushing: break cell walls and membranes to release internal biochemical substances for further analysis and research.

3. Gene research: help to obtain genomic DNA so as to conduct experiments such as gene cloning, sequencing and variant analysis.

          Wheat seeds before grinding                                   Wheat seeds after grinding

In the field of chemistry, the mill can be used for:

1. solid compound grinding: grinding chemicals to nanometer or micron-sized powders for use in catalysts, pigments, composites, and other fields.

2. Sample mixing: mixing and grinding different chemicals to ensure they are fully reacted or evenly dispersed.

3. Physical testing: grinding samples to test their chemical stability or reactivity under different conditions.

              Medicine before grinding                                     Medicine after grinding

In the field of physics, the grinder can be used for:

1. material research: grinding materials into fine powder to study the relationship between their structure and properties, such as superconducting materials, nanomaterials, etc.

2. Functional surface preparation: change the micro-morphology of material surface by grinding treatment to improve its optical, electrical or mechanical properties.

3. Particulate matter analysis: size distribution determination of solid particles or liquid emulsion droplets to understand their effects on hydrodynamic, optical and other properties.

                     Rock before grinding                                                 Rock after grinding

These experimental operations are based on the features and advantages of the mills, namely the ability to grind samples to the desired fineness efficiently, precisely and with ease of operation. Through this treatment, the physical and chemical properties of the sample may be altered, thus contributing to the depth of scientific research.