Water Bath Shaker LWBS-A16

The Water Bath Shaker operates within a temperature range of RT+5 to 100°C, allowing precise control for various laboratory applications. It ensures stable and uniform heating, crucial for reproducible results. This wide temperature range supports a variety of biological and chemical experiments. The microcomputer controller maintains accuracy and consistency throughout operation, while its user-friendly interface makes it easy to monitor and adjust the temperature settings as required.

The Water Bath Shaker features orbital oscillation to ensure even mixing and effective sample agitation. This motion promotes uniform distribution of temperature and reagents across all samples. It is ideal for sensitive procedures such as hybridization and enzymatic reactions where consistent agitation is critical. The adjustable speed settings further enhance versatility, making it suitable for various researches and testing applications.

Yes, the built-in timer supports a wide range of timing settings, up to 9999 hours, for extended experimental requirements. This allows uninterrupted long-duration experiments without manual intervention. It ensures process consistency and repeatability, especially in protocols requiring prolonged incubation. The programmable timer enhances operational convenience and supports high-throughput laboratory workflows.

Yes, it is designed for consistent performance at elevated temperatures, making it ideal for fermentation, enzyme reactions, and hybridization. Its microcomputer temperature controller ensures precise heat regulation throughout the process. The stainless steel chamber enhances heat retention and durability, supporting long-term use under rigorous conditions. This makes the unit reliable for demanding applications requiring stable and uniform high-temperature environments.

The chamber is made of stainless steel, providing durability, corrosion resistance, and easy maintenance. This material choice ensures longevity and hygiene in laboratory environments. The external housing is designed for strength and stability, protecting internal components during intensive use. Its robust construction minimizes vibration during operation, contributing to consistent results and user safety.