Overview
The High Throughput Tissue Grinder is a fast, efficient and safe grinding system. Supports the extraction and purification of raw DNA, RNA and proteins including soil, plant and animal tissues, organs, bacteria, yeast, fungi, spores, and archaeal specimens. Support dry grinding, wet grinding and mixed grinding and homogenization. It can effectively improve grinding efficiency and quality, reduce labor costs, and reduce manual operation errors. It is a better choice for laboratories to replace manual grinding.
OPERATION STEPS
Performance characteristics
Adopt three-dimensional oscillating motion mode to crush samples at high speed, saving operation time.
5-inch OLED high-resolution touch screen, beautiful and elegant interface, multiple sets of data displayed on one screen, easy to operate, optional in Chinese and English.
Built-in high-end imported compressor, pre-cooling to minus -50°C for about 20 minutes, low temperature grinding, effectively avoiding the impact of friction and heat on the sample nucleic acid and protein.
Intelligent PID algorithm, more accurate temperature control, multi-segment control programming can be set, with screen lock function to avoid human touch operation errors.
Adopting high-end imported linear bearings, it runs smoothly at high speed and has a longer service life.
Adopt high-hardness SKD11 material to form one-piece bearing movement rod, with special processing, to increase the stability and life of the product by more than 5 times.
Equipped with high-quality brushless DC motor, which has more torque, less noise and more accurate speed.
Built-in Sakezi-v3.0 quality traceability system to standardize market promotion and strengthen after-sales progress.
Equipped with exclusive cleaning and disinfectant for grinding machine accessories, no corrosion, no peculiar smell, and has the qualification of national disinfection product platform record, accessories and consumables can be reused after cleaning and disinfection, which greatly reduces the procurement cost of consumables.