Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW]

Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW]: Advanced pH Control

Introducing the Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW], a cutting-edge solution for precise pH measurement and control in enzymatic reactions and cellular processes. This bioreactor is designed to support metabolic activity with its reliable and advanced digital pH sensor, offering a superior alternative to standard analogue sensors. With its compatibility for 1-liter bioreactor vessels, the IKA HA.s.ph.dig.1 is a versatile tool for researchers and scientists seeking optimal pH levels for their experiments.

Technical Specifications and Features

The Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW] are equipped with a Hamilton digital pH sensor, ensuring precise measurement and optimal pH levels. This sensor features a TFT display and a resolution of 0.01 pH, providing accurate and reliable readings. The pH measurement accuracy is ±0.02 pH, and the control accuracy is ±0.05 pH. The bioreactor is compatible with the EasyFerm Bio Arc Sensor, offering a digital pH sensor option. Its measuring range is from 0 pH to 14 pH, making it suitable for a wide range of applications. The lightweight design of the bioreactor, weighing only 0.07 kg, ensures easy handling and portability.

Applications and Benefits

The Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW] are ideal for various applications, including enzymatic reactions, cellular processes, and metabolic studies. With its precise pH control, this bioreactor supports optimal conditions for these processes, leading to more accurate and reliable results. Its compatibility with 1-liter bioreactor vessels makes it a versatile choice for researchers in the fields of biology, biochemistry, and pharmaceuticals. By using the Best Seller Ika Ha.s.ph.dig.1 Bioreactors In Multiple Colors [r9e45qcW], scientists can achieve better control over their experiments, resulting in improved productivity and efficiency in their daily research activities.