We develop nano-technological devices that enable you to achieve higher efficiency at lower cost thanks to surface tension and sterilisation with the plasma method we create in production processes.

Quantum Plasma is a domestic and national device developed entirely by Turkish engineers.

 

Fourth State of Matter
Plasma Technology

Plasma is a collection of positively and negatively charged particles that are electrically neutral and move in random directions.

A solid substance in thermal equilibrium, usually at a constant pressure, turns into a liquid by increasing its temperature. If the temperature is increased a little more, the liquid turns into gas. When we increase the temperature further, electron detachment from gas atoms occurs and gas atoms are transformed into freely moving charged particles.

(positive ions and electrons) decompose and turn into plasma, the fourth state of matter. The reactive particles formed in the plasma cause various modifications on the surface in the form of surface activation, cleaning, abrasion, etching, grafting, cross-linking without disturbing the basic properties of the material.

Sectors
 

Fourth State of Matter
Plasma Technology

Plasma is a collection of positively and negatively charged
particles that are electrically neutral and move in random directions.

A solid substance in thermal equilibrium, usually at a constant pressure, turns into a liquid by increasing its temperature. If the temperature is increased a little more, the liquid turns into gas. When we increase the temperature further, electron detachment from gas atoms occurs and gas atoms are transformed into freely moving charged particles.

(positive ions and electrons) decompose and turn into plasma, the fourth state of matter. The reactive particles formed in the plasma cause various modifications on the surface in the form of surface activation, cleaning, abrasion, etching, grafting, cross-linking without disturbing the basic properties of the material.

Sektörler

SECTORS WHERE
PLASMA TECHNOLOGY IS USED

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PACKAGING INDUSTRY

Printing and quality are of great importance in the packaging industry, and thanks to plasma, you can achieve more permanent and higher quality printing. In addition to print quality, it provides superior quality and low surface tension in corrugated folding cardboard boxes where lamination is required. In this way, it provides cost advantage by reducing the use of glue. Easy to integrate into the production line.

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CONSUMER DURABLES

Today, ceramics are used to create more aesthetic and more useful surfaces in white goods. The connection of ceramic surfaces with metals is usually made with various adhesives. However, even the smallest particles on the surface during application reduce the lamination performance of the connection. Therefore, it is important to treat the surface and clean it from particles. Quantum Atmospheric Plasma Device offers solutions to these and similar problems.

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ENERGY SECTOR

By using plasma technology, you can achieve sterilization and the desired surface tension in your products, thus increasing the wetting rates in the dyeing and lamination processes of your products and obtaining more efficient results from your products. We produce high-tech devices to increase your quality in production.

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MEDICAL SECTOR

Plasma devices are used to sterilize medical equipment and for some medical treatments. Thanks to plasma technology, the sterilization of devices and instruments used for treatment is done in a safer, faster and healthier way. Plasma technologies are also used in many skin treatments with cold plasma devices.

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AUTOMOTIVE SECTOR

Plasma devices are of great importance in the automotive industry. It is used before lamination to prevent the covers used to protect vehicle headlights and engine electronics from getting water. In this way, maximum efficiency is obtained in the lamination performed and a healthier union will take place.

PLASMA ACADEMY

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Basis and Discovery of Plasma Technology

Plasma technology is based on a physical principle that follows the solid, liquid and gaseous state changes of matter under energy input. Plasma was discovered by Langmuir in 1928 and it is known that 99% of the matter in the universe is in plasma. Plasma is especially visible in natural lightning and aurora borealis.

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Plasma Energy and Applications in Materials

Plasma energy is used to modify the properties of materials. Openair® plasma energy is used in industry to adjust the adhesion and wettability of surfaces and enables the use of environmentally friendly materials such as solvent-free paints and adhesives. Plasma treatment is widely used in many industry sectors such as automotive, transport, electronics, packaging, consumer goods, life sciences, textiles and new energy.

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Differences between other types of plasma

Atmospheric plasma is produced under normal pressure, while low-pressure and high-pressure plasmas are produced under different conditions. Atmospheric plasma can be integrated in-line without the need for low pressure chambers. Therefore, atmospheric plasma can be a suitable alternative for other types of plasma.

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Openair® Nozzle Technology and In-Line Integration

Openair® nozzle technology has made it possible to utilise efficient plasma under normal pressure in industrial inline production processes. Atmospheric plasma that can be integrated inline offers a highly efficient and cost-effective solution.

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Quantum Plasma Special Design and Application

Quantum Atmospheric Plasma is a device that can be applied with special designs for each process. Quantum R&D Technology Office first conducts a preliminary study in line with the demands of the customers and then completes the design and realisation stages. In this way, Quantum Atmospheric Plasma can be applied in a special way to the needs of the customers.

Rapidly Growing
Global Sales and Technical Support Network

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We offer customised solutions to increase your production efficiency and reduce your costs.

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Who We Are

We offer customised solutions to increase your production efficiency and reduce your costs. The high energy level (300 degrees) of the plasma temporarily breaks down the structure of chemical or organic substances on the surface of the material. Thanks to precise cleaning, even sensitive surfaces can be completely cleaned of unwanted process residues. This results in optimum conditions for subsequent coating, painting and bonding. Atmospheric Quantum Plasma surface treatment ensures 100% hygiene without the use of chemicals.

By obtaining a hydrophilic surface with Quantum Plasma, it allows materials to continue to be processed immediately. Quantum Plasma is a collection of positively and negatively charged particles that are electrically neutral and move in random directions. A solid substance in thermal equilibrium, usually at a constant pressure, passes into a liquid by increasing its temperature. If the temperature is increased a little more, the liquid becomes a gas.