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Shenzhen Xinrui Technology Development Co., Ltd

  • E-mail

    steven@xinruichina.net

  • Phone

    13560735719

  • Address

    Room 2201, Building A, Huayi Building, No. 9 Pingji Avenue, Nanwan Street, Longgang District, Shenzhen

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Frozen tissue grinder

NegotiableUpdate on 04/30
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Overview

Product Introduction: Frozen tissue grinder, capable of generating up and down oscillations and curved vortex oscillations. The high-throughput tissue grinder utilizes the reciprocating vibration, impact, and shear of grinding beads (zirconia, steel beads, glass beads, ceramic beads) to quickly and uniformly grind samples. The high-throughput tissue grinder can simultaneously process 36 samples at a time. The grinding efficiency for difficult to handle soil, hair, bones, teeth, stubborn bacteria, fungal cell walls, and even spore bodies is very high, and the entire grinding process takes a short time while preserving the integrity of biological molecules (DNA, RNA, proteins) and drug molecules.

Product Details

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.

  • Plant tissue: roots, stems, leaves, flowers, fruits, seeds, etc
  • Animal tissues: brain, heart, lungs, stomach, liver, thymus, kidneys, intestines, lymph nodes, muscles, bones, etc
  • Wood, seeds, dense soil, and sandy soil, etc
  • Fungi and bacteria: yeast, Escherichia coli, spores, etc
  • Ancient dry samples, rust, etc
  • ◇ Whole insects, algae, coral lotion, etc

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

features

Hard, medium hard, soft, brittle, elastic, containing fibers

liquid crystal display

Touch screen display and operation

rotational speed

0-3000RPM adjustable, can be divided into three speed ranges

Storage

Can store 20 sets of experimental data, editable

Mode cycle

1-10 cycles

Cooling function

Liquid nitrogen freezing, can be connected to liquid nitrogen

Adapter specifications

64×2ml, 48×5ml, 36×10ml , 32×15ml, 16×50ml

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

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

Fixture travel

34mm (vertical)

Grinding time setting

0-9999 minutes, users can set it themselves

Typical grinding time

15S-2Min

Acceleration/deceleration

Reaching maximum speed within 2 seconds/reaching minimum speed within 2 seconds

noise level

<50db

safety protection

Electromagnetic locking