Cryogenic Box

Product Overview

The Cryogenic Box is a low-temperature processing device designed for cryogenic treatment of metals, powder metallurgy products, cutting tools, molds, mechanical components, and medical materials, enhancing material properties and extending service life. It is also suitable for applications in genetics and biotechnology, medicine, food processing, plant breeding, aerospace, and livestock industries, providing a stable and reliable ultra-low temperature environment to meet research and industrial production needs.

Working Principle

The Cryogenic Box uses liquid nitrogen (LN2) as the cooling medium. Liquid nitrogen is atomized and distributed via DTD technology, ensuring uniform cooling of the items inside. The chamber features multi-layer composite insulation and ultra-high vacuum insulated delivery pipes to minimize heat loss and maintain a stable cryogenic environment.

The touchscreen + PLC control system enables precise PID temperature control, real-time temperature monitoring, data logging, and automatic generation of treatment reports. Exhausted nitrogen gas can be recovered into storage tanks, allowing energy recycling and ensuring a safe, efficient, and environmentally friendly cryogenic process.

Key Features

• Liquid Nitrogen Cooling:Efficient cryogenic treatment ensures uniform cooling of all items.
• Easy Operation:One-button control with a stable and reliable system.
• Chamber Insulation:Imported multi-layer composite materials with low thermal conductivity maintain ultra-low temperatures.
• Pipe Insulation:Ultra-high vacuum design reduces heat loss.
• LN2 Atomization + DTD Technology:Provides uniform cooling while protecting sensitive workpieces.
• Precise Temperature Control:Touchscreen + PLC system with data storage and retrieval.
• Comprehensive Interfaces:USB, serial, and network ports for flexible data connectivity.
• Automated Reporting:Generates temperature and process reports automatically.
• High-Precision Sensors:Uses A-grade PT100 platinum resistance temperature sensors, certified by authoritative institutions.
• Safety Protections:Emergency stop, over-temperature alarms, and alert functions.
• Nitrogen Recovery:Exhausted nitrogen can be recovered for energy-efficient, eco-friendly operation.

Applications

• Metal & Mechanical Component Treatment:Enhance the durability and performance of cutting tools, molds, and mechanical parts.
• Powder Metallurgy & Material Modification:Improve metal and alloy structures to boost material performance.
• Medical & Biological Materials:Cryogenic storage and treatment of medical instruments and biological samples.
• Research & Genetic Engineering:Provide precise ultra-low temperature conditions for experimental materials.
• Food Processing & Plant Breeding:Cryogenic treatment for food preservation and seed enhancement.
• Aerospace & Livestock Research:Suitable for specialized material processing and low-temperature agricultural research.