In modern laboratories, sample preparation is a critical step in achieving accurate and reproducible experimental results. When dealing with biological samples, pharmaceuticals, food, plastics, and other heat-sensitive materials, maintaining the integrity of samples during grinding is crucial. Etallwit's Cryogenic Grinder is designed to provide ultra-low temperature grinding, ensuring efficient sample processing while preserving molecular integrity.
Why Choose the Etallwit Cryogenic Grinder?
1. Precision Grinding with Cryogenic Technology
Unlike traditional grinders, Etallwit's Cryogenic Grinder operates at extremely low temperatures by using liquid nitrogen cooling. This prevents sample degradation due to heat generation during the grinding process.
Key Benefits:
- Maintains sample stability by preventing thermal degradation.
- Ensures uniform particle size, ideal for sensitive analytical techniques.
- Reduces loss of volatile compounds, preserving the original sample properties.
2. High-Throughput Sample Processing
Designed to meet the needs of high-throughput laboratories, the Etallwit Cryogenic Grinder supports multi-sample grinding, making it highly efficient for large-scale experiments.
Key Features:
- Processes up to 192 samples per batch, improving lab productivity.
- Simultaneous multi-sample grinding ensures consistency and repeatability.
- Compatible with various sample types, including tissues, plant materials, food, and polymers.
3. User-Friendly & Automated Controls
Equipped with an intelligent touch-screen interface, the grinder allows easy parameter adjustments for temperature, grinding time, and vibration frequency.
Automation Features:
- Programmable settings for customized grinding cycles.
- Touchscreen interface for effortless operation.
- Real-time monitoring ensures precise temperature and processing control.
4. Enhanced Safety and Efficiency
The Etallwit Cryogenic Grinder is built with multiple safety features to ensure smooth operation in laboratory settings.
Safety & Design Advantages:
- Fully enclosed grinding chamber to prevent contamination.
- Automatic cooling and temperature control to prevent overheating.
- Low noise and vibration for a comfortable working environment.
- Quick and easy cleaning to avoid cross-contamination.
Technical Specifications
- Grinding Capacity: Up to 192 samples per batch
- Temperature Range: -196°C (liquid nitrogen cooling system)
- Grinding Method: Multi-dimensional high-frequency oscillation
- Control System: Digital touchscreen with programmable settings
- Material Compatibility: Biological tissues, plants, food, plastics, pharmaceuticals
Applications in Scientific Research & Industry
The Etallwit Cryogenic Grinder is a versatile tool used in a wide range of scientific disciplines and industrial applications:
1. Life Sciences & Molecular Biology
- DNA/RNA extraction from tissues and cells.
- Protein and enzyme analysis requiring intact biomolecules.
- Homogenization of plant and fungal materials for genetic research.
2. Pharmaceutical & Chemical Research
- Grinding active pharmaceutical ingredients (APIs) without structural degradation.
- Preparation of polymer samples for chemical composition analysis.
- Sample homogenization for drug formulation studies.
3. Food Science & Agriculture
- Analysis of nutrient content in food samples.
- Grinding agricultural products for pesticide residue testing.
- Processing food ingredients for quality control and safety testing.
4. Material Science & Environmental Research
- Pulverization of plastics for recycling analysis.
- Processing soil and environmental samples for pollution studies.
- Preparation of nanoparticles for advanced materials research.
Revolutionize Your Laboratory Work with Etallwit
The Etallwit Cryogenic Grinder represents the next generation of precision grinding technology, enabling researchers to achieve higher efficiency, better sample integrity, and greater accuracy in their analyses.
Contact us today to learn more about how the Etallwit Cryogenic Grinder can enhance your laboratory workflows. Don’t miss out—experience the future of sample preparation now!
