Many life sciences applications involve the production of enzymes, proteins, and antibodies where upholding rigorous hygiene standards is essential. Even minimal contamination can disrupt the production process, leading to costly shutdowns and intensive cleaning procedures, particularly in batch-fed operations. Selecting the right equipment for these environments is critical.
One of the key challenges in life sciences manufacturing is ensuring that the instrumentation used for level measurement in bioreactors can endure the stringent cleaning protocols required to prevent contamination. This is especially true in environments where harsh cleaning agents, such as hydrogen peroxide (H2O2), are used for sanitizing vessels and parts.
Advanced radar level technology, particularly 80 GHz radar systems designed for hygienic applications, meet these demanding requirements. These radar systems are capable of withstanding external cleaning with aggressive agents, ensuring that level measurement remains accurate and reliable, even in cleanroom settings. Cleanrooms demand high levels of cleanliness and control to avoid contamination, and the equipment installed must be robust enough to handle both the chemical and physical stresses involved.
Moreover, radar systems intended for hygienic level applications often meet critical industry standards, including certifications from organizations like EHEDG, 3-A, and ASME BPE. These certifications ensure that the instruments comply with the stringent hygiene standards necessary for safe and regulated operation in environments such as food, pharmaceutical, and biotechnology industries.
By utilizing radar technology such as the Endress+Hauser FMR63B tailored for life sciences, organizations can not only maintain accurate level measurements but also adhere to the rigorous hygiene protocols essential for safe and efficient production. Ensuring that instruments can handle both operational and cleaning demands is vital to maintaining productivity and safety in these highly regulated sectors.
