Pharmacy Refrigerator LPRF-E14

Labtron’s Pharmacy Refrigerator LPRF-E14 is equipped with a microprocessor-based temperature control system that maintains reliable internal conditions. It delivers uniform cooling through its forced air circulation, preventing hotspots and cold zones. This uniformity is crucial for preserving the effectiveness of pharmaceuticals, reagents, and vaccines. The refrigerator maintains a temperature accuracy of <±2°C and supports real-time digital monitoring. Additionally, the automatic defrost system ensures ice build-up does not interfere with storage. Its eco-friendly R600a refrigerant ensures energy-efficient and sustainable cooling. All these features contribute to consistent performance with minimal manual intervention.

The Pharmacy Refrigerator LPRF-E14 energy-saving design and low environmental impact. It uses R600a refrigerant, known for its high energy efficiency and low global warming potential. The microprocessor controller optimizes cooling operations, reducing unnecessary energy consumption. Its high-quality insulation materials and precise temperature control reduce compressor load. Automatic defrosting further improves operational efficiency. The LED display also contributes to low power consumption. Together, these features help reduce electricity costs without compromising performance, making it a green solution for modern medical storage.

Yes, the Pharmacy Refrigerator LPRF-E14 is globally compatible thanks to its flexible power input options. It supports 115V/60Hz and 220- 240V/50Hz electrical configurations, allowing it to be installed in various countries without the need for external converters. This makes it an ideal choice for multinational healthcare facilities, global research networks, and international aid organizations. With CE certification, the unit complies with European safety and quality requirements. Its universal functionality ensures smooth integration into diverse environments while maintaining performance integrity. It’s a reliable option for any region needing pharmaceutical-grade refrigeration.

Designed Pharmacy Refrigerator LPRF-E14 comes equipped with a fully automatic defrost system. This feature eliminates manual intervention and helps maintain consistent internal conditions by preventing ice accumulation. Frost-free operation is crucial for preserving the integrity of temperature-sensitive pharmaceuticals and reagents. The automatic defrosting works in coordination with the cooling system to reduce fluctuations. It ensures that airflow within the cabinet remains unobstructed, allowing even distribution of cold air. This function not only protects stored items but also enhances the longevity of internal components. It's especially beneficial in environments where continuous operation is essential.

Engineered Pharmacy Refrigerator LPRF-E14 uses a forced air-cooling system, which is vital for maintaining uniform temperature distribution across the entire storage chamber. This system ensures that all stored products, regardless of their shelf position, are exposed to consistent cooling conditions. Forced air cooling also allows for rapid temperature recovery after the door is opened, minimizing risks to sensitive contents. Unlike static cooling, this system avoids cold spots and maintains temperature uniformity of ±1.0°C. This feature is especially important in facilities storing vaccines and medications that require strict temperature control. The design supports compliance with international storage standards.

Our Pharmacy Refrigerator LPRF-E14 includes a secure, insulated door with an optional glass window, enabling internal visibility without opening the door. It also features an automatic door closing function, which helps preserve internal temperature and avoid human error. Inside, the unit includes five adjustable shelves, allowing users to customize storage space based on vial or box size. This flexibility is especially valuable in pharmacies and labs dealing with varying inventory types. Optional label card holders aid in clear identification and organization. The design enhances user convenience while maintaining optimal storage conditions.