Low-Temperature Tissue Grinder

Low-temperature tissue grinders can process samples such as animal and plant tissues, microorganisms, rock minerals, soil, pharmaceuticals, and chemical polymers. They are widely used in life sciences, medicine, biochemistry, environmental science, geology, agriculture, forestry, quality inspection, composition analysis, and materials science.

Applications include:
1. Nucleic acid/protein extraction: Cryogenic grinding effectively inhibits nucleic acid degradation and preserves protein activity.
2. Analysis of active pharmaceutical ingredients: Significant differences often exist between isomers of drug active components. Cryogenic grinding prevents molecular degradation caused by pressure and heat.
3. Reduced sample volatilization: Cryogenic grinding significantly minimizes sample volatilization, preserving more complete sample composition.
4. Grinding Tough/Hard Samples: For difficult-to-grind materials like high-toughness plastics, high-strength plastics, and resins, cryogenic grinding substantially improves grinding effectiveness and efficiency.

• Touchscreen display with user-friendly interface design for convenient operation.

• Upgradeable to ultra-low temperature liquid nitrogen freezing or air-cooled refrigeration systems.

• Electromagnetic lockout for lid-open operation protection, with safety lock during operation for full-process safeguarding.

• Applications include tissue homogenization, grinding, cell disruption, homogenization, material dispersion, preparation, and agitation.

• Stores ten sets of experimental data. Features preset modes for animal heart, spleen, lung, kidney, bone, skin, and hair samples.

• Mode cycling: Continuously cycles through preset parameters based on configured experimental settings, further minimizing human interference.

• Features a locking mechanism with automatic centering.

• Adapter material: PTFE or alloy steel.