Introduction Tissue-prp series of rapid tissue crusher using a unique patented design, become relatively small volume , easy to use, versatile high-throughput tissue cell disintegrator. The sample tube is vibrated at a frequency up to 6,000 vibrations per minute, enabling high-speed impingement between the beads in the sample tube and between the bead and the sample, enabling the complete crushing and homogenisation of the cell or tissue sample for subsequent extraction of nucleic acids in the sample , Proteins, subcellular structures or other organic constituents. Greatly improve the efficiency of the laboratory at the same time, to avoid the manual grinding, mechanical homogenate, ultrasonic treatment and other traditional methods of high labor intensity, poor results, poor reproducibility and easy cross-contamination Features 1. Quickly disrupt samples of microorganisms (bacteria, yeasts, fungi, etc.), plants (roots, stems and leaves), various tissues, organs and soils of animals, facilitating extraction of DNA, RNA, protein or subcellular structures. Mixer use; 2. Twenty-four (1.5 ml / 2 ml centrifuge tubes) and 12 (5 ml centrifuge tubes) samples can be processed at one time; 3. Single processing time is generally not more than 1 minute, one day can handle more than 2000 samples; 4. The sample tubes are sealed throughout the process, with no cross-contamination between samples; 5. Sample tube adapter for the split design, the overall ice bath or into the refrigerator pre-freezing, cooling process in the sample; 6. Sample tube adapter can be added liquid nitrogen, a long time to cool the sample to prevent temperature-sensitive sample degradation; 7. LCD display processing time and intensity, start button with a pause and long press reset function, simple and intuitive operation; 8. Processing intensity from low-speed sample vortex mixing to high-speed violent broken 5-speed intensity optional, half-way adjustable; 9. Can be accessed by car power supply or battery, a unique portable design, suitable for handling field samples; 10. Sample tube versatility, no special supplies; 11. For different samples, there are a variety of specifications of high-strength ceramic or stainless steel grinding beads for choice; 12. Machine-wide all-metal material, the key components for the 304 stainless steel, durable; 13. Instrument running quiet, no noise pollution; Technical Parameters: 1. Can accommodate 24 1.5 / 2ml or 12 5ml centrifuge tube, two kinds of adapters are available; 2. LCD display broken time and intensity; 3. Time setting range: 1-300 seconds, start automatically after the countdown; 4. Sample tube vibration frequency: 2500-6000 times / min, 5 files strength optional; 5. Start button with a pause and long press reset function; 6. With a special funnel, you can add liquid nitrogen to the adapter, a long time to cool the sample; 7.12 V DC power adapter can be connected to vehicle power supply or battery; 8. Noise level: <50 dB 9. For sample tube: 1.5 / 2ml ordinary centrifuge tube 1.5 / 2ml screw cap centrifuge tube 1.5 / 2 ml and 5 ml Eppendorf centrifuge tube 10. Applicable grinding beads type and diameter (mm): High strength ceramics: 0.2,0.5,1.0,2.0,3.0 316 stainless steel: 1.0, 2.0, 2.5, 3.0 11. Instrument size (L × W × H): 172 × 172 × 198mm (with 24-bit and 12-bit adapter)
Introduction Tissue-prp series of rapid tissue crusher using a unique patented design, become relatively small volume , easy to use, versatile high-throughput tissue cell disintegrator. The sample tube is vibrated at a frequency up to 6,000 vibrations per minute, enabling high-speed impingement between the beads in the sample tube and between the bead and the sample, enabling the complete crushing and homogenisation of the cell or tissue sample for subsequent extraction of nucleic acids in the sample , Proteins, subcellular structures or other organic constituents. Greatly improve the efficiency of the laboratory at the same time, to avoid the manual grinding, mechanical homogenate, ultrasonic treatment and other traditional methods of high labor intensity, poor results, poor reproducibility and easy cross-contamination
