Top Manufacturers of Plasma Cleaners, 2023

Plasma cleaners use intense dielectric barrier discharges (DBDs) or plasma produced from gaseous species, particularly gases such as oxygen and argon, to remove pollutants and impurities from surfaces. Low-pressure gas can also be ionized using mixtures such as hydrogen/nitrogen and air.

Plasma cleaning is the procedure of using an ionized gas called plasma to remove all organic material from an object's surface. Typically, oxygen and/or argon gas are used in a vacuum chamber for this. Since no harsh chemicals are used in the cleaning process, it is environmentally safe.

Business Research Insights states that the global plasma cleaners market size was USD 391.6 million by 2022 and is expected to reach USD 561.8 million by 2028, exhibiting a CAGR of 6.2% during the forecast period.

How COVID-19 Impacted This Market?

The market expansion for plasma cleaners has been significantly hindered by the COVID-19 epidemic. Due to the closure of manufacturing facilities and the suspension of industrial activity in several parts of the world, the pandemic has had a significant negative influence on plasma cleaners. The supply of raw materials and components used in plasma cleaners was disrupted by the closure of manufacturing facilities. On the other hand, the industrial sector is gradually starting up again as business is picking up.

Below mentioned are the players functioning in the market.

• Nordson MARCH (U.S.)
• Plasmatreat (Germany)
• Bdtronic (Germany)
• Panasonic (Japan)
• PVA TePla (Germany)
• Diener Electronic (Germany)
• Vision Semicon (China)
• Samco Inc. (Japan)
• Tantec (Denmark)
• SCI Automation (Singapore)
• OINK GmbH Thermosysteme (Germany)
• Plasma Etch (U.S.)

Why Use Plasma Cleaning?

Prior to being used in the manufacturing process, surfaces must be cleaned to remove impurities.

A variety of materials as well as surfaces with complex shapes can be cleaned using plasma. A surface can be cleaned effectively with a plasma cleaning method without harming the surface's other characteristics.

The effectiveness of plasma cleaning has been acknowledged in recent years, and it is now employed for a range of pre-processing cleaning of materials. The information that will be provided in the paragraphs that follow will explain what plasma cleaning is and how it is used.

Plasma Cleaning Applications

Before processing, a variety of surfaces can be cleaned using plasma cleaning systems. It effectively clears mineral debris from surfaces and removes surface oxidation.

It is used to clean ceramics, as well as to prepare the surfaces of plastics and elastomers. Along with cleaning metal surfaces, it is also used to clean the surface of glass.

Chemical solvents are not required when employing effective cleaning techniques. The entire procedure is user- and environmentally-friendly, which is one of the main advantages of plasma cleaning.

In addition, these systems have reduced operational costs while yet offering the best surface cleaning. The removal of the requirement for chemical solvents is another advantage of adopting a cleaning method.

Plasma Cleaning Costing

Comparing the price of plasma cleaning equipment to other forms of material surface cleaning systems, it is quite affordable. Apart from that, the annual maintenance costs for the equipment are also quite low, which is why plasma cleaning has gained so much popularity over the years.

When compared to traditional cleaning techniques, plasma cleaning is thought to be a more efficient and user-friendly method of getting better cleaning outcomes.

Anywhere a reliable and clean surface is required, plasma cleaning should be used. In addition to being quick, simple, and safe, plasma cleaning is also significantly more efficient than conventional wet chemical cleaning techniques. It is also beneficial to the environment.

Opportunities in the Market

Rising need for surface cleaning prior to processing in the industrial sector is one of the reasons contributing to the industry's expansion and is impacting the market penetration of plasma cleaners. Additionally, the usage of oxygen plasma cleaning for cleaning prior to bonding is anticipated to offer a wealth of potential opportunities to the market participants for plasma cleaners.

Challenges in the Market

One of the most fundamental stages in the semiconductor industry to satisfy the growing demand for high-quality semiconductor devices is the use of plasma cleaners. The market growth for plasma cleaners is anticipated to be hampered during the projected period by the discharge of dangerous substances by the plasma cleaners.