Cleanroom Tech Job Description

Clean Room Assembly Technicians: Opportunities and Challenge

Aerotek, a major recruiter of clean room assemblers, explains that clean rooms are sterile work areas that must be kept free of dust and other contaminants. Medical devices, circuit boards, cell phones, pharmaceutical products and aerospace equipment are some of the components that technicians assemble by hand in the final stages of production. If you like detail oriented and want to become a skilled technician, you may enjoy clean room assembly work.

Clean room assembly technicians have the training to assemble intricate parts in a controlled room. They might assemble artificial limbs, solder wires to a circuit board or seal blisters in a cold room. They must follow rules and protocols that protect their products from exposure to dirt or skin particles.

Aerotek clean room assembly workers cannot wear makeup, jewelry, artificial nails, or cologne under their protective suits. A product can be ruined by the smallest amount of contamination. When working with small parts, such as batteries, it is important to have a good eye for detail.

A clean room technician job description can include setting up and operating machinery, inspecting final products for defects and correctly labeling finished products. Depending on their industry setting, technicians may be trained in the proper use of chemicals and OSHA safety regulations. Many companies offer on-the-job training.

Cannabis Grow Room Technology

The pharmaceutical and high tech manufacturing industries have cleanrooms. Cleanroom technology uses procedures and equipment to maintain the temperature and air quality. The goal is to control airborne pollution.

Some of the more common applications for cleanroom technology include filters to remove airborne contaminants. Cleaning supplies, furniture and even office supplies are usually required by the procedures to enter the room. Even a carbon pencil can release airborne particleContamination, even within the high-tech manufacturing and pharmaceutical industries.

The cannabis industry is still in the early stages of implementing strict technology. There are many reasons why low-level cleanrooms are applicable to both cultivators and processors. The current legislation in Oregon shows how having strict control of contamination from the beginning can protect crops, products, and a company's bottom line.

Growers can eliminate contaminants during both the grow and processing phases of production if they implement grow room technologies. It would reduce the risk of the product being rejected. The cannabis industry has begun to use cleanroom technology, with companies like MariJ Pharmaceuticals and Portafab developing specialized equipment, protocols and more in the prediction of where the industry is heading.

Companies can use technologies which work for their bottom line and production line with the options on the market today. MariJ Pharmaceuticals has taken their technology mobile. They operate a fleet of pharmaceutical grade mobile units that cater to companies looking to professionalize the process of extraction.

The Design of a Cleanroom

A specially designed enclosed space where airborne particulates have been limited or removed by a highly sophisticated filtration system is a cleanroom. They are used by industries that need a highly controlled environment for the production of delicate instruments or medical supplies. A room that is classified as a cleanroom needs to meet a set of international standards regarding the number of microns per cubic foot.

The standards for a cleanroom are measured in small particles. The hair follicle is compared to a fine sand particle. The ISO 1 cleanroom has a maximum particulate content of 5 m.

The open return air is a cost-effective method of air delivery. Air is flowing out of a open air plenum into a room. Air flow systems force air in one direction.

It has a controlled air flow thanks to the hoods that direct air downward. The downward air flow pushes particulates out to prevent them from landing on the surfaces. The air is pushed through filters that catch particles.

The most important component of a cleanroom is the filtration system. Depending on their design and ISO classification, cleanrooms can have single or multiple filters. The filters are located in the ceiling.