The newly upgraded cryogenic grinder has a temperature of up to -50 ℃ in the warehouse and a low-temperature freezing table. By using a vertical oscillation system for high-speed reciprocating motion, the frozen samples in the grinding tube collide with the grinding beads, generating grinding shear and impact forces that completely break the tissue. It can process up to 192 samples simultaneously in one minute, making it a specialized equipment for rapid processing of multiple samples at once.

Technical Specifications

1. It can process up to 192 samples simultaneously within 1 minute, completing sample grinding quickly, effectively, and with high throughput;

*2. Temperature range: -50 ℃ - room temperature;

3. Noise level:<65db;

*4. Grinding methods: wet grinding, dry grinding, and low-temperature grinding are all acceptable; Low temperature grinding throughout the process to better protect the sample and reduce degradation;

*5. Large touch screen design, easy to operate;

*6. Electromagnetic safety lock: During operation, the electromagnetic lock cannot be opened until the grinding program is completed, providing full protection throughout the process;

7. Emergency stop button: can be pressed at any time during the grinding process, and the instrument will stop running quickly and safely;

*8. Vibration mode: The vertical oscillation system moves back and forth at high speed, resulting in more thorough grinding and better stability;

*9. It has a freezing table function, and an independent freezing table can maintain a low temperature state when the grinder is cooled, which can store samples for a short period of time;

10. Different adapters can be selected to match different sample grinding requirements: 24 * 0.5mL; 24 * 2mL; 48*2mL；32*2mL； 60 * 2mL; 96 well plate * 2, 12 * 5mL; 24 * 2mL (solid); 6 * 5mL (steel tank); 4 * 30mL (steel tank); 2 * 50mL (steel tank); 96*1.5/2mL。

Product Features

Grinding machines can greatly improve the sample processing process:

1. The sample can be subjected to dry grinding, wet grinding, and homogenization treatment;

2. It can process 1-192 samples simultaneously, and complete sample preparation quickly and high-throughput (different fluxes can be selected according to requirements);

3. Can replace different capacity adapters 0.5mL, 1.5mL, 2mL, 5mL, 10mL, 15mL, 50mL;

4. A wide range of sample types can be processed:

a. Suitable for grinding and crushing samples of various plant tissues, including roots, stems, leaves, flowers, fruits, seeds, etc;

b. Suitable for grinding and crushing various animal tissues including brain, heart, lungs, stomach, liver, thymus, kidneys, intestines, lymph nodes, muscles, bones, and other samples;

c. Suitable for grinding and crushing in the analysis and testing of food and pharmaceutical ingredients,

5. Closed disposable centrifuge tubes are used, which can effectively avoid cross contamination between samples,

6. The experiment has strong repeatability, and setting the same grinding frequency and time can achieve the same grinding effect

7. Refrigeration function: Optional at room temperature, -10 ℃, -40 ℃, -50 ℃;

The RFG-192 high-efficiency cryogenic grinder has a built-in freezing stage, which can provide low-temperature protection for samples and meet the low-temperature requirements of Western Blot electrophoresis experiments and membrane transfer.

Host parameters

Product advantages

1. Low temperature freezer: can provide low-temperature protection for samples; It can also meet the low-temperature requirements for Western Blot electrophoresis and membrane transfer experiments.

2. High throughput: It can process up to 192 samples simultaneously within 1 minute (with 24 samples as standard), completing sample grinding quickly, effectively, and at high throughput.

3. Sliding block transmission: Using sliding blocks and linear guides instead of linear bearings, it has strong durability and avoids bearing wear.

4. Lower cooling temperature: compressor power upgrade, grinding chamber can reach a minimum of -50 ° C, low-temperature grinding throughout the process, better protecting samples and reducing degradation.