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Automated Tissue Grinder NATG-102
Automated Tissue Grinder NATG-102 can handle various sample sizes, with adapters for 0.2-50ml tubes, making it ideal for biological and chemical analysis. It processes up to 384 samples per minute using two grinding stations. This unit allows cryogenic grinding by pre-cooling the grinding jar with liquid nitrogen for 1 to 2 minutes. It prevents cross-contamination by sealing samples in disposable tubes with separate beads. Our grinder includes a touch-screen LCD for intuitive operation and control.
Adapter |
64× (0.2 to 0.5ml) 64×2ml 12×5ml 8× (7 to 15ml) 4×25ml 2×50ml |
Sample feed size | Depends on adapter |
Sample preparation | Grind 96 samples in 15 mins, including 12 wells and 24 well cryogenic adapter |
Final fineness | Around 5µm |
Grinding stations | 2 |
Vibration frequency | 0 to 70Hz/s |
Beads diameter | 0.1 to 30mm |
Working time | 0 to 9999 mins |
Noise | <55db |
Grinding mode | Dry grinding, wet grinding, cryogenic grinding |
Grinding tool material | Tungsten Carbide, Stainless Steel, Hardened Steel, Zirconium Oxide, Quartz Sand |
Display | Touch screen LCD |
Memory | Store up to 10 programming, can set different modes according to different samples |
Dimension | 480×520×660mm |
Weight | 60kg |
Automated Tissue Grinder NATG-102 is used to mechanically break down and homogenize biological samples, such as tissues or cells, into smaller particles. It is commonly used in laboratories, particularly in research areas like molecular biology, biochemistry, and pharmacology.
Balls
Labnics Automated Tissue Grinders are designed for efficient tissue sample homogenization, ensuring consistent and reliable results. They are capable of processing multiple samples at the same time. These units are crafted with high-quality materials for long-term performance. They feature sealed grinding chambers to minimize the risk of contamination and sample loss. Our grinders include easy-to-use LCD touchscreen interfaces, providing easy operation and convenient access to settings and program selections.