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Liquid Nitrogen Tissue Grinder NLTG-100

Liquid Nitrogen Tissue Grinder NLTG-100

Liquid Nitrogen Tissue Grinder NLTG-100 delivers -196°C grinding with automated nitrogen for precise results. This system preserves molecular structure by maintaining stable cryogenic conditions. Our device uses 3D motion to ensure uniform breakdown of fibrous and soft tissue samples. This chamber reduces contamination and supports various tube sizes for efficient sample handling. It features a programmable touchscreen for customizable and high-throughput grinding.


$17,045.00

Catalog

Specifications

Grinding Method Cryogenic (-196°C), mechanical impact + friction
Sample Types Hard, soft, elastic, fibrous, brittle materials
Tube/Jar Sizes 1.5 / 2 / 5 / 10 / 25 / 50 mL (customizable)
Capacity 50 mL per tube
Temperature Range -196°C to Room Temperature
Grinding Speed 1 to 70 Hz
Cooling System Automated liquid nitrogen delivery
Motion Type 3D oscillation
Display 7 Inches
Program Memory Stores up to 20 user-defined protocols
Acceleration Time 2 seconds
Deceleration Time 2 seconds
Typical Grinding Time 15 seconds
Grinding Jar Material Stainless steel, PTFE, Teflon, tungsten carbide
Compatible Adapters 14 optional adapter types (customizable)
Incubation Compatibility Supports refrigerated and LN2 immersion adapters
Sample Cooling Time Reaches -196°C in 1 minute

Features

  • Shock-resistant body
  • Fast processing speed
  • Enclosed grinding environment
  • Flexible adapter options
  • Programmable run cycles

Applications

  • Liquid Nitrogen Tissue Grinder NLTG-100 is ideal for preserving sample structure and analyte stability during cold grinding. It is widely used in molecular biology, pharmaceuticals, forensics, and agricultural laboratories.

Ask Expert

FAQ for Liquid Nitrogen Tissue Grinder NLTG-100

1: What is Liquid Nitrogen Tissue Grinder NLTG-100 used for?

Liquid Nitrogen Tissue Grinder NLTG-100 is used to grind temperature-sensitive samples at -196°C for reliable sample preparation in various scientific fields.

2: How does Liquid Nitrogen Tissue Grinder NLTG-100 protect the sample?

Labnics Liquid Nitrogen Tissue Grinder NLTG-100 preserves structure by operating in a fully enclosed system at cryogenic temperatures to avoid contamination.

3: Which types of samples are compatible with Liquid Nitrogen Tissue Grinder NLTG-100?

Our Liquid Nitrogen Tissue Grinder NLTG-100 supports hard, brittle, elastic, and fibrous samples for analytical, biological, or forensic workflows.

4: What makes Liquid Nitrogen Tissue Grinder NLTG-100 suitable for high-throughput labs?

Liquid Nitrogen Tissue Grinder NLTG-100 provides programmable speed up to 70 Hz and fast acceleration to enhance sample throughput.

5: What configurations are supported by Liquid Nitrogen Tissue Grinder NLTG-100?

Liquid Nitrogen Tissue Grinder NLTG-100 includes customizable adapters and tube sizes ranging from 1.5 to 50 mL for flexible lab applications.

6: What are Liquid Nitrogen Tissue Grinders used for?

Liquid Nitrogen Tissue Grinders are used for grinding temperature-sensitive biological or material samples without degradation.

7: How does the Liquid Nitrogen Tissue Grinders maintain sample quality?

Our Liquid Nitrogen Tissue Grinders maintains cryogenic conditions, preventing heat-induced changes and ensuring sample consistency.

8: Which labs benefit from using a Liquid Nitrogen Tissue Grinders?

Labnics Liquid Nitrogen Tissue Grinder is ideal for pharmaceutical, forensic, food science, and molecular biology research labs.

9: What types of samples are compatible with Liquid Nitrogen Tissue Grinders?

Liquid Nitrogen Tissue Grinders handles plant, animal, polymer, food, and bone samples under ultra-low temperature.

Liquid Nitrogen Tissue Grinder

Our Liquid Nitrogen Tissue Grinders ensure precise cryogenic grinding for delicate biological and industrial samples. These systems maintain structural integrity by operating at ultra-low temperatures. This category includes multi-volume adapters for flexible tube compatibility. It features sealed chambers that prevent contamination during grinding. These grinders accelerate sample processing with programmable, high-frequency motion.

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