From nanotechnology to biological safety, clean rooms are used by many different industries for all kinds of purposes. Find out how they are being used here.
Clean rooms are a must-have environment for industries and the future technology. In 2018, the cleanroom technology had a value of $3.68 billion. By 2024, the value of clean rooms will reach $4.8 billion or more at a CAGR of 5.1%.
The reason why a clean room environment is very crucial is due to the increase in demand for certified products. For instance, industries need to adhere to certifications such as ENERGY STAR and ISO. These certifications require product processing to be done in a clean room.
As such, it helps to prevent possible contamination.
In this post, we look at surprising ways industries are using clean rooms.
Today, you can find nanostructures measuring 10,000 times smaller than the human hair. These nanostructures are susceptible to vibrations, dust particles, water vapor, and even fumes. Why? They can disturb fabrication resulting in untold damage.
The purpose of a clean room in nanotechnology is to keep contaminants at bay. It works by isolating the production or fabrication of nanostructures from contaminants. If the nanostructures are contaminated, it will cause product rejection by quality control.
One of the most popular nanostructures is nanotech solar cells. Unlike traditional solar cells, nanotech solar cells are capable of generating more power. Also, they are less expensive to manufacture compared to traditional solar cells.
As such, going green is becoming affordable for most homeowners.
Optics and Cameras
Every 10 seconds, Instagram users post a selfie. According to the same source, 93 million selfies are taken each day. This translates to 2.583 million rolls of film.
Ever taken the time to understand the science behind a smartphone camera?
A smartphone camera consists of high-end lenses and image sensors capable of more than 21 MP. These pieces of technology are very small. To ensure photo quality is not affected, production occurs in a clean room.
In the clean rooms, specialists uphold high standards of particle contamination controls. This also includes temperature, vibration isolation controls, and humidity controls. Thanks to clean room levels, we are able to capture high-resolution images.
The launch of the first satellite was in Russia in 1957. It was given the name Sputnik 1. The US Explorer 1 followed in 1958. The first human to orbit the Earth was Lt. Yuri Gagarin and the first human to land on the moon was Neil Armstrong in 1969.
Without the efforts of aerospace experts, people would still be looking at the night sky, dreaming of space. Thanks to their collective efforts, countries are collaborating in space exploration.
Watching the rocket travel to space is exciting. What many people do not know is what goes on in the background. In the aerospace industry, sophisticated equipment such as space flight lasers need a clean room.
These are used to charge the batteries of aerial vehicles or even vaporize space debris.
Apart from the space laser, you have the astronaut’s suit, the satellites, and Mars rover. The reason clean room supplies are necessary is to ensure no pollutants contaminate the components during manufacturing.
Why Have Clean Rooms in Manufacturing Industries
Clean rooms help to prevent contamination from damaging sensitive components. For instance, harmful contaminants like dust or dead skin flakes can promote bacteria growth. This is a health hazard to users.
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