Member Exclusive Being Shaking Incubator 17.7 X 17.7 In. - Bis-3 Diy Kit [uNV6aWE1]

BEING Shaking Incubator – Efficient and Accurate Lab Solution

Introducing the BEING BIS Series Incubated Shakers, designed to meet your laboratory's shaking and incubation needs with precision and efficiency. This versatile shaking incubator offers three size options to accommodate various capacity requirements. With its robust design and reliable performance, the BIS-3 model is a must-have for any lab setting. The PID microprocessor controller ensures accuracy in speed, temperature, and run time, providing you with peace of mind during critical experiments.

Advanced Technical Specifications and Features

The BEING BIS Series Incubated Shakers are equipped with a range of advanced features that enhance productivity and convenience. The microprocessor PID control guarantees precise performance, while the automatic calibration function ensures accuracy over time. The programmable controller allows for a variety of shaking protocols, making it suitable for a wide range of applications. The BIS-3 model features an intuitive LCD controller that displays time, frequency, and temperature, ensuring easy monitoring and adjustment. Additionally, the shaker boasts corrosion-resistant stainless steel interiors and a full line of accessories to fit different tubes, flasks, and containers.

Practical Applications and Benefits

The BEING BIS Series Incubated Shakers are ideal for researchers, scientists, and lab technicians who require a reliable and versatile shaking incubator. The automatic control of circulating fan speed prevents sample evaporation, ensuring the integrity of your experiments. With built-in power interruption protection, over-temperature protection, and temperature deviation alarm, the BIS-3 model offers safety and peace of mind. Its continuous operation guarantee, maintenance-free design, and easy-to-clean interiors make it a practical and cost-effective choice for your lab. The BIS-3 model is suitable for various applications, including cell culture, chemical reactions, and microbial studies, making it an essential tool for researchers across various fields.