Humidity Management for Medical Robots
Even Robots need humidity management
Robot aided medical procedures like minor and major surgeries, diagnostic & pathology services and many more have become quite prevalent throughout the Globe and in India as well. Worldwide acceptance of these robots by the medical fraternity have picked up and its growing at large. The acceptance is mostly due to the success in the workflow which starts from the manufacturing of these Robots under the perfect conditions like maintaining the right relative humidity inside the cleanrooms where these Robots are manufactured.
In India Clean rooms for manufacturing of these medical robots such as surgical assistants and diagnostic devices require high standards particle free environment and these are mostly following ISO standards
Key aspects in this case spans across ISO5 class 100 to ISO7 class 10,000, highly efficient Hepa filters, steel surfaces and specialized HVAC systems including perfect humidity management to resist any kind of contaminations be it germs, moisture and dust or any other suspended micro particles. These manufacturing environments are highly sterile and protected from all kinds of contaminations
We at Climatronics , India’s one of the preferred most suppliers of Industrial Dehumidifiers, have been thoroughly equipped and well versed with the parameters and protocols pertaining to the humidity management of these cleanrooms.
We supply Robust and compact industrial dehumidifiers, which aids in maintaining the perfect relative humidity inside the cleanrooms serving as a key protection from moisture driven fiascos and contaminations in middle of the manufacturing process.
Precise regulation for the Humidity management with the best and reliable dehumidifier machines is vital for maintaining sterility and stability.
Humidity in cleanrooms, usually maintained between 40-60% RH,
Higher than the prescribed figure significantly impacts contamination levels, product integrity, and equipment performance.
High humidity (>60%) promotes microbial growth, corrosion, and condensation, while low humidity (<40%) triggers electrostatic discharge (ESD) and material degradation.
Excessive moisture promotes Microbial Growth like bacteria and fungi, which is critical in this process, often requiring stringent control of relative humidity (RH) to maintain sterility.
Moisture can cause metal components and sensitive equipment to corrode, resulting in damage and increased maintenance.
High moisture levels can lead to condensation, promoting particle adhesion to surfaces and affecting the production quality.
Moisture absorption in case of high humidity and or drying can alter the properties of these materials used in the manufacturing or research.
Electrostatic Discharge in case of Low Humidity : Dry air allows for the buildup of static electricity, which can cause ESD and damage delicate electronic components.
