BR036 Metal Coolbox for 24 x 1.5ml and 36 x 0.2ml Tubes

Description

Introduction

The BR036 Metal Coolbox is an essential laboratory tool engineered to provide reliable thermal protection for sensitive biological samples. By combining a durable metal housing with an advanced internal cooling system, it ensures your samples remain within the critical 2 to 8 degree Celsius range, even in demanding benchtop environments.

Key Features

– Accommodates 24 tubes of 1.5ml capacity and 36 tubes of 0.2ml capacity simultaneously

– Robust metal construction for long-term durability and structural integrity

– Pre-cooling performance maintains 2 to 8 degrees Celsius for 1 to 2 hours

– Initial storage condition requirement of -20 degrees Celsius for 4 to 6 hours

– Compact, lightweight design for effortless portability across laboratory workstations

– High-efficiency thermal insulation prevents rapid temperature fluctuations

Benefits

When handling delicate enzymes, proteins, or DNA samples, even minor temperature spikes can compromise your entire experiment. This coolbox solves that problem by acting as a portable, stable refrigeration unit. It eliminates the need for bulky ice buckets and prevents the risk of sample contamination or degradation. With its specific tube capacity, it streamlines your workflow, allowing you to organize your samples efficiently while keeping them at the exact temperature required for success.

Usage / How to Use

To prepare the unit, place the empty BR036 coolbox into a -20 degree Celsius freezer for 4 to 6 hours to charge the thermal core. Once chilled, remove the unit and insert your 1.5ml and 0.2ml tubes into their designated slots. Close the lid tightly to lock in the cold. The unit is now ready for use on your laboratory bench or during short-distance transport between departments.

Why Choose This Product

– Professional laboratory grade build quality that resists dents and wear

– Proven thermal performance ensures adherence to strict cold-chain protocols

– Versatile design supports multiple tube sizes, reducing the need for multiple cooling blocks

– Compact footprint optimizes limited benchtop space

– Reliable temperature maintenance protects the financial and scientific value of your research