Bionoon (Shanghai) Biotechnology Co., Ltd. specializes in manufacturing various grinding, homogenizing, and crushing instruments, which are widely used in life sciences, chemistry, analysis, and other fields.

I. Working Principle 

The high-throughput frozen tissue grinding mill grinds samples in a low-temperature frozen environment. For heat-sensitive samples, low-temperature freezing grinding can be adopted to crush the samples while preventing sample damage.

II. Application Scope 

It is mainly suitable for grinding heat-sensitive samples, and can also grind conventional samples.

1. Plant Tissues: Suitable for grinding and crushing roots, stems, leaves, flowers, fruits, seeds, etc.

2. Animal Tissues: Suitable for grinding and crushing brain, heart, lung, stomach, liver, thymus, kidney, intestine, lymph nodes, muscle, bone, hair, etc.

3. Microorganisms: Suitable for grinding and crushing fungi, bacteria, yeast, Escherichia coli, etc.

4. Food & Pharmaceuticals: Suitable for grinding and crushing various foods, tablets, etc. for component analysis and testing.

5. Volatile Samples: Suitable for grinding and crushing coal, oil shale, coke, wax products, etc.

6. Plastics & Polymers: Suitable for grinding and crushing PE, PS, textiles, resins, etc.

7. Environmental Samples: Suitable for grinding and crushing soil, sediment, sludge, manure, etc.

III. BIONOON-48LD 

The Bionoon high-throughput frozen tissue grinding mill is specially developed for grinding heat-sensitive samples. It can achieve powder mixing and homogenization in just a few seconds. It is also suitable for biological cell disruption and DNA/RNA extraction. Bionoon’s excellent performance and flexibility ensure its position in the market.

IV. Product Features 

1. Frozen Model: Can reach -50℃, mainly suitable for grinding and crushing heat-sensitive samples.

2. High Efficiency & Large Batch Processing: It can complete the grinding of 192×2mL samples within about 30 seconds, saving time and effort with small batch-to-batch and intra-batch differences.

3. High-Quality Extraction: Extracted proteins have higher activity, and nucleic acid fragments are longer.

4. No Cross-Contamination: The grinding jar is fully enclosed during the crushing process; disposable centrifuge tubes and beads can be used. Samples are completely retained in the jar, avoiding cross-contamination between samples and external contamination.

5. Touch Screen for Easy Operation: Humanized operation interface with a built-in program controller, allowing setting of parameters such as grinding time and rotor vibration frequency.

6. Good Repeatability: For the same tissue sample, setting the same program ensures consistent grinding results. The working time is short, so the sample temperature does not rise.

7. No Wear Parts Design: Equipped with electromagnetic locking protection.

8. Stainless Steel Inner Cavity: Easy to clean and disinfect.

V. Performance Indicators