Scientz-192 high-throughput tissue grinder Introduction: The high-throughput tissue grinder allows simultaneous and rapid grinding of up to 4 x 96 samples in 3 minutes. It can be dry-grinded, wet-grinded and mixed, and homogenized. In addition, special cell broken beads can break the ultrasonic and high-pressure broken cells that are difficult to break. The types of samples include: plant tissue (rice, corn, wheat, beans, peanuts, seeds, stems, roots, leaves, cotton fabrics), animal tissues (muscle, small intestine, heart, liver, lungs, fur, bones, etc.) , cells, bacteria, yeast and spores. For the extraction of nucleic acids in large-scale samples, the grinding efficiency and quality are greatly improved, the labor cost is reduced, and the labor intensity of the operator is reduced. Working principle: Add small steel balls (or zirconia balls) to the grinding tank or centrifuge tube containing the sample. The grinding tank or adapter vibrates in the vertical direction. Under high frequency vibration, the small ball hits the sample at high speed to complete the grinding of the sample. . Grinding with a grinding ball makes the grinding of the sample more uniform and sufficient than the conventional grinding method. The high-flux tissue grinder can also be used as a homogenizer to add steel balls and cell beads to the grinding jar to effectively break up the difficult-to-break cells by ultrasonic high-pressure crushing, and rapidly disperse the sample by using high-density small steel beads or zirconia beads. Technical Parameters: Power source: 220v/50HZ Power: 375 W Travel: 32 mm Rate: 50-2000 times / min Adjustable Protection: Open cover protection Sample capacity: Randomly configured 1ml-2ml adapter 2*48 hole; optional 0.2ml-0.5ml adapter 2*96 hole; 5ml adapter 2*24 hole; adapter fixing clip can clamp 96 hole microplate 4*96 hole Outer size: L514*W380*H520 mm
Introduction: The high-throughput tissue grinder allows simultaneous and rapid grinding of up to 4 x 96 samples in 3 minutes. It can be dry-grinded, wet-grinded and mixed, and homogenized. In addition, special cell broken beads can break the ultrasonic and high-pressure broken cells that are difficult to break. The types of samples include: plant tissue (rice, corn, wheat, beans, peanuts, seeds, stems, roots, leaves, cotton fabrics), animal tissues (muscle, small intestine, heart, liver, lungs, fur, bones, etc.) , cells, bacteria, yeast and spores. For the extraction of nucleic acids in large-scale samples, the grinding efficiency and quality are greatly improved, the labor cost is reduced, and the labor intensity of the operator is reduced. Working principle: Add small steel balls (or zirconia balls) to the grinding tank or centrifuge tube containing the sample. The grinding tank or adapter vibrates in the vertical direction. Under high frequency vibration, the small ball hits the sample at high speed to complete the grinding of the sample. . Grinding with a grinding ball makes the grinding of the sample more uniform and sufficient than the conventional grinding method. The high-flux tissue grinder can also be used as a homogenizer to add steel balls and cell beads to the grinding jar to effectively break up the difficult-to-break cells by ultrasonic high-pressure crushing, and rapidly disperse the sample by using high-density small steel beads or zirconia beads.
