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E-mail
steven@xinruichina.net
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Phone
13560735719
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Address
Room 2201, Building A, Huayi Building, No. 9 Pingji Avenue, Nanwan Street, Longgang District, Shenzhen
Shenzhen Xinrui Technology Development Co., Ltd
steven@xinruichina.net
13560735719
Room 2201, Building A, Huayi Building, No. 9 Pingji Avenue, Nanwan Street, Longgang District, Shenzhen

In molecular biology experiments, animal muscle tissue, connective tissue, bone tissue, hair tissue, and plant roots, stems, leaves, seeds, etc. need to be ground to study their composition, genes, proteins, structure, and function.
Frozen tissue grinderIn order to prevent various tissue components from being easily damaged or degraded during the grinding process, and to increase the hardness and brittleness of the tissue, making it easier to grind, especially for the grinding, separation, and extraction of ribonucleic acid (RNA) and deoxyribonucleic acid (DNA). It is necessary to first rapidly freeze the biological material in liquid nitrogen to terminate all biological reactions inside and outside the cell. At the same time, the biological material cells will freeze hard and become brittle. This grinding can achieve good cell breaking effect, grinding the cells into powder and releasing the substances inside.


1. Divide the tissue sample into suitable centrifuge tubes.
2. Add an appropriate amount of cracking medium into the centrifuge tube
3. Tighten the lid of the centrifuge and insert it into the freezer adapter.
4. Use an adapter fixture to place the frozen adapter as a whole in liquid nitrogen for 3-15 minutes.
5. Use the adapter fixture again to place and remove the frozen adapter as a whole, place it on the Gd16plus grinder, and tighten the fixed handle.
6. Set the grinding speed and time, start the Gd16plus grinder
After the grinder stops, remove the freezing adapter and take out the centrifuge tube.

1. Liquid nitrogen has a relatively low temperature at atmospheric pressure, so extra caution should be taken when using liquid nitrogen to avoid direct contact with the skin.
2. To place and remove the cryogenic adapter from liquid nitrogen, use an adapter fixture and wear antifreeze gloves

Grinding principle |
Impact force generated by high-speed vertical and left-right radial vibrations |
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features |
Hard, medium hard, soft, brittle, elastic, containing fibers |
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liquid crystal display |
Touch screen display and operation |
rotational speed |
0-3000RPM adjustable, can be divided into three speed ranges |
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Storage |
Can store 20 sets of experimental data, editable |
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Mode cycle |
1-10 cycles |
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Cooling function |
Liquid nitrogen freezing, can be connected to liquid nitrogen |
Adapter specifications |
64×2ml, 48×5ml, 36×10ml , 32×15ml, 16×50ml |
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Grinding tank material |
Stainless steel, tungsten carbide, agate, zirconia, polytetrafluoroethylene (PTFE), aluminum alloy |
Cracking medium material |
Stainless steel, tungsten carbide, agate, zirconia, chromium steel, zirconia, quartz sand |
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Size of incoming and outgoing materials |
Maximum feed size: No requirements, adjusted according to the grinding tank; Final discharge particle size: less than 5 µ m |
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Fixture travel |
34mm (vertical) |
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Grinding time setting |
0-9999 minutes, users can set it themselves |
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Typical grinding time |
15S-2Min |
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Acceleration/deceleration |
Reaching maximum speed within 2 seconds/reaching minimum speed within 2 seconds |
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noise level |
<50db |
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safety protection |
Electromagnetic locking |