MGS-24 high-throughput intelligent animal and plant grinding homogenizer
Introduction: The homogeneous extraction process is achieved by simultaneously placing animal and plant tissue samples and grinding beads into a sample tube, and then subjecting the sample to high kinetic energy impact, collision, or friction through intense three-dimensional and efficient three-dimensional oscillation, thereby breaking down and releasing intracellular substances. The three-dimensional oscillation generates higher kinetic energy, faster speed, better sample uniformity, and more efficient cell lysis extraction. After grinding and homogenization, the sample can be directly centrifuged and further pre-treatment processes such as collecting supernatant can be carried out, which is efficient and convenient. The MGS-24 adopts a 7-inch high-definition intelligent color touch screen control, and the intelligent control interface displays the real-time grinding homogenization method, including method name, speed, running time, and sample specifications, perfectly equipped with manual and automatic dual modes. The terminal can store multiple grinding homogenization methods for easy direct calling, ensuring better homogenization extraction reproducibility. The whole machine has a compact structure, beautiful and elegant appearance, and can grind and process up to 26 samples at the same time. It is widely used for sample grinding and homogenization extraction of animal and plant tissues. Technical parameters: 1. High throughput, supporting up to 26 samples for simultaneous grinding and homogenization, compatible with multiple specifications of sample tubes. 2. Unique three-dimensional oscillation technology, fearless of samples with strong toughness and high crushing difficulty, oscillation frequency range: 500-6000rpm, ensuring more effective cell lysis and better uniformity of the sample. 3. Intelligent security protection, automatically locking the protective cover after starting operation; When the protective cover is accidentally released during the grinding process, the instrument immediately stops automatically. 4. Professional circular sample fixture design ensures the consistency of oscillation and collision kinetic energy for each sample, thereby ensuring the parallelism of batch sample grinding homogeneity. 5. Multiple specifications of grinding beads are available, and users can choose different materials of grinding beads according to different sample types and experimental requirements, such as stainless steel beads, zirconia beads, silicon beads, and ceramic beads (used for QuEChERS method). 6. 7-inch intelligent control terminal, real-time display of running speed and time, excellent operating experience.
Introduction: The homogeneous extraction process is achieved by simultaneously placing animal and plant tissue samples and grinding beads into a sample tube, and then subjecting the sample to high kinetic energy impact, collision, or friction through intense three-dimensional and efficient three-dimensional oscillation, thereby breaking down and releasing intracellular substances. The three-dimensional oscillation generates higher kinetic energy, faster speed, better sample uniformity, and more efficient cell lysis extraction. After grinding and homogenization, the sample can be directly centrifuged and further pre-treatment processes such as collecting supernatant can be carried out, which is efficient and convenient. The MGS-24 adopts a 7-inch high-definition intelligent color touch screen control, and the intelligent control interface displays the real-time grinding homogenization method, including method name, speed, running time, and sample specifications, perfectly equipped with manual and automatic dual modes. The terminal can store multiple grinding homogenization methods for easy direct calling, ensuring better homogenization extraction reproducibility. The whole machine has a compact structure, beautiful and elegant appearance, and can grind and process up to 26 samples at the same time. It is widely used for sample grinding and homogenization extraction of animal and plant tissues.
