Krish Low Temperature Laboratory Deep Freezer - 200 Litres Box of 1 Unit (KBS D120)

Description: Introducing the Krish Low-Temperature Laboratory Deep Freezer—a cutting-edge solution designed for the secure storage of temperature-sensitive specimens and valuable research materials. Meticulously engineered with advanced features, this deep freezer provides researchers with precise temperature control, optimal storage capacity, and enhanced security for critical laboratory applications.

Key Features:

1. Ultra-Low Temperature Range: The Krish Low-Temperature Deep Freezer achieves and maintains ultra-low temperatures, ensuring the preservation of sensitive specimens. With a temperature range specifically tailored for laboratory requirements, this freezer is capable of securely storing valuable research materials.

2. Digital Temperature Control: Equipped with a sophisticated digital temperature control system, the deep freezer allows researchers to set and monitor precise temperature levels. This feature ensures consistent and reliable storage conditions critical for maintaining the integrity of stored samples.

3. Optimal Storage Capacity: Designed for efficient use of space, the deep freezer maximizes storage capacity while providing easy access to specimens. The interior layout is thoughtfully organized to accommodate various sample sizes and types, optimizing storage efficiency.

4. Advanced Security Features: The Krish Low-Temperature Deep Freezer incorporates advanced security features, including secure locking mechanisms and alarms for temperature deviations. These measures safeguard valuable research materials, ensuring their integrity and preventing unauthorized access.

Benefits:

1. Preservation of Temperature-Sensitive Specimens: The ultra-low temperature range ensures the secure preservation of temperature-sensitive specimens, such as enzymes, vaccines, and biological samples.

2. Precision in Storage Conditions: The digital temperature control system provides researchers with precise control over storage conditions, contributing to the consistency and reliability of experimental outcomes.

3. Efficient Storage and Accessibility: The optimized storage capacity and thoughtful interior design allow for efficient organization and accessibility of specimens.

4. Enhanced Security Measures: The advanced security features, including secure locking mechanisms and temperature deviation alarms, provide an additional layer of protection for stored materials.