Advanced Cryo Freezing System with Rotary Microtome Compatibility
For Clinical Pathology, Research Labs, Agriculture, and More
The Rapid Freezing System with Cryo-console and Cryo-clamp is a state-of-the-art solution designed for clinical fast frozen sections and standard paraffin sectioning. Engineered with advanced temperature control, this system is widely adopted in hospitals, epidemic prevention centers, agricultural research, forestry, and scientific institutions.
Built with thermostatic power semiconductors and powered by next-generation nanomaterial technology, this freezing system offers high cooling efficiency, reliable thermal stability, and noiseless operation—making it a perfect fit for modern pathology and histology labs.
❄️ Key Features & Benefits
- Wide Application: Suitable for biological tissue preparation in clinical pathology, biological histology, research institutions, and more.
- Dual Freezing Zones: Cryo-console and Cryo-clamp operate at precise temperatures, ensuring specimen integrity during freezing and slicing.
- Rapid Cooling Performance: Cools specimens quickly and evenly, minimizing cellular damage.
- Defrost + Auto-Restore: Built-in defrosting restores the freezing state automatically, preventing temperature fluctuations that can harm samples.
- Intelligent LCD Display: Real-time monitoring of Cryo-console and Cryo-clamp temperatures for accurate and user-friendly control.
- Nanomaterial Power Supply: Lightweight, energy-efficient, and silent—ideal for continuous lab use.
- Magnetic Cryo-console: Features a 45° tilt angle for easy tissue attachment and tool-free disassembly, enhancing workflow and operator comfort.
- Improved Sectioning Quality: Optimizes slicing performance when used in conjunction with YIDI rotary microtomes.
🧪 Rotary Microtome Integration
Pair this freezing system with any YIDI rotary microtome for unparalleled precision in sample preparation. The Rotary Microtome is an essential instrument for biological research, capable of slicing samples into ultra-thin sections with uniform thickness. Whether for paraffin-embedded or frozen tissue, it delivers the clarity and detail needed for microscopic examination.
