Introduction: SCIENTZ-48L high-throughput tissue grinder is a new generation of fast, efficient and safe grinding system. It has a freezing function, the lowest temperature can reach -50 degrees Celsius, to maximize the stability of the sample during the grinding process. Support the extraction and purification of original DNA, RNA and protein from soil, plant and animal tissues/organs, bacteria, yeasts, fungi, spores, paleontological specimens, etc. Support dry grinding, wet grinding, mixed grinding and homogenization treatment. It can effectively improve the grinding efficiency and quality, reduce labor costs, reduce manual operation errors, and avoid the risks caused by external freezing methods such as liquid nitrogen. It is the best choice for laboratories to replace manual grinding. working principle The SCIENTZ-48L high-throughput tissue grinder adopts high-frequency vertical oscillation. Different grinding beads are selected to directly grind samples of different properties in the centrifuge tube. The sample in the grinding tube collides with the grinding ball, and the resulting grinding shear The cutting force and impact force completely break the tissue, thereby effectively separating and extracting the original DNA and RNA. SCIENTZ-48L has a built-in compressor that supports cryo-grinding, effectively avoiding the impact of friction and heat generated by the grinding parts on the sample nucleic acid and protein. Features: 1. Simple operation Support the centrifuge tube directly into the adapter, support the centrifuge tube direct pre-freezing, the lowest temperature is -50 degrees Celsius freezing. 2. Zero contamination of samples. The grinding process is fully enclosed, and the samples move independently to avoid cross-contamination. 3. Flexible parameters. Built-in program controller, parameter setting is simple and convenient 4. Low noise adopts mute design to reduce interference to the surrounding environment 5. High safety. Equipped with safety door lock, with open cover stop protection function, high safety 6. Good stability, vertical oscillation, more adequate grinding, excellent consistency of multiple grinding of the same sample 7. High throughput, fast grinding of 48 or 4*96 samples in a short time Technical parameter: Model: Scientz-48L Power supply: 220v/50HZ Rated power: 375W Time setting: 1(second)-9999(second) Frequency setting: 10—70Hz, that is, oscillation 300—2100 times/min Clamping stroke: 34mm (vertical) Sample size: Random standard configuration: Aluminum alloy adapter 5ml 12 holes, 2ml 48 holes Optional: Aluminum alloy adapter 2ml 24 holes Display mode: 7 inch TFT touch Protection: Open cover protection, emergency braking function Whether it has a freezing function: Yes Refrigeration temperature range: -50℃-0℃
Introduction: SCIENTZ-48L high-throughput tissue grinder is a new generation of fast, efficient and safe grinding system. It has a freezing function, the lowest temperature can reach -50 degrees Celsius, to maximize the stability of the sample during the grinding process. Support the extraction and purification of original DNA, RNA and protein from soil, plant and animal tissues/organs, bacteria, yeasts, fungi, spores, paleontological specimens, etc. Support dry grinding, wet grinding, mixed grinding and homogenization treatment. It can effectively improve the grinding efficiency and quality, reduce labor costs, reduce manual operation errors, and avoid the risks caused by external freezing methods such as liquid nitrogen. It is the best choice for laboratories to replace manual grinding. working principle The SCIENTZ-48L high-throughput tissue grinder adopts high-frequency vertical oscillation. Different grinding beads are selected to directly grind samples of different properties in the centrifuge tube. The sample in the grinding tube collides with the grinding ball, and the resulting grinding shear The cutting force and impact force completely break the tissue, thereby effectively separating and extracting the original DNA and RNA. SCIENTZ-48L has a built-in compressor that supports cryo-grinding, effectively avoiding the impact of friction and heat generated by the grinding parts on the sample nucleic acid and protein.
