What Makes the HEX Sputtering System Unique in Thin Film Coating?


Thin film coating technology is a cornerstone of modern manufacturing, playing a pivotal role in various industries, from electronics to aerospace. This technology involves depositing a very thin material layer onto a substrate or surface, typically in the order of nanometers to micrometres. The purpose of this coating can range from enhancing an item’s aesthetic appeal to significantly improving its functional properties, such as resistance to corrosion, wear, and radiation. The HEX Sputtering System is prominent in the thin film coating industry. Let’s find out why!

The Importance of Sputtering Systems in Thin Film Coating

Sputtering systems are among the most versatile and widely used methods for thin film deposition. This process involves ejecting atoms from a target material, which are then deposited onto the substrate, forming a thin film. The sputtering system’s ability to uniformly coat complex geometries and its compatibility with a wide range of materials make it indispensable in precision applications. 

Overview of the HEX Sputtering System

The HEX Sputtering System, developed by Korvus Technology, represents a significant leap in thin film coating technology. Designed to cater to research and industrial applications, this sputtering tool stands out with its innovative approach to material deposition. The system’s core is a uniquely designed hexagonal chamber, a feature that not only lends the system its name but also its distinct advantage in flexibility and performance.

Key Features of the HEX Sputtering System

  • Modular Design: The HEX system’s standout feature is its hexagonal, aluminum-framed vacuum chamber. This design supports six modular panels, each customizable for functionalities like deposition sources, viewports, or in-situ monitoring.
  • Versatility in Deposition Techniques: The system is equipped to handle both Radio Frequency (RF) and Direct Current (DC) sputtering, making it suitable for a diverse array of materials, including metals, insulators, and semiconductors.
  • Advanced Control Systems: It incorporates sophisticated control systems for precise deposition rate control and uniformity, ensuring high-quality thin film layers.

Technical Specifications of the HEX System

  • Vacuum Technology: The system uses high-vacuum technology with customizable pump options to achieve the desired vacuum levels for different materials.
  • Size and Sample Capacity: The chamber size and configuration can be advantages in thin film coating to accommodate various sample sizes and meet specific project requirements.
  • Material Handling: Capable of processing a broad range of materials, the HEX system allows for experimentation and application across different fields, from fundamental research to practical industrial applications.

Advantages of HEX Sputtering System in Thin Film Coating 

Efficiency and Flexibility

The HEX Sputtering System is engineered to accommodate diverse sample sizes. Its design allows quick and easy adjustments to cater to different project requirements. This adaptability is crucial in environments with varying sizes and types of substrates, ensuring that the system remains efficient without sacrificing throughput.


A major advantage of the HEX system is its modular nature, which allows for significant customization. Users can choose different configurations and upgrades, tailoring the system to their needs. This flexibility extends to various aspects, such as the vacuum technology, the sputtering method, and the types of materials processed. Such customization options make the HEX system ideal for research and industrial applications.

Quality and Precision

The precision in thin film coating provided by the HEX Sputtering System is noteworthy. It achieves a high degree of uniformity in its thin films, which is critical for many applications, particularly in electronics and nanotechnology. The system’s advanced control mechanisms ensure consistent quality in the coating process, resulting in superior end products.


The HEX Sputtering System is designed with scalability in mind. From small-scale laboratory research to larger-scale industrial manufacturing, this feature enables seamless integration into all stages of production. Such scalability is essential for organizations that plan to increase their production capacity over time.

User-Friendly Interface

The system has a user-friendly interface, simplifying the complex processes involved in thin film coating. This ease of usage shortens the learning curve for new operators. It enhances productivity by allowing more focus on the application rather than the operational intricacies of the system.

HEX Sputtering System Applications in Industry 

Expanding on the industrial applications of the HEX Sputtering System, we see its significant role in various sectors:

Electronics Industry

The HEX Sputtering System is pivotal in developing microchips and integrated circuits. These components power our modern devices, and their performance relies on ultra-thin coatings that the HEX system excels at producing. Its precise control over coating thickness ensures that electronic devices can operate remarkably and efficiently. The HEX system enables the creation of smaller, more powerful, and energy-efficient devices that drive innovation in consumer electronics, telecommunications, and beyond.

Materials Science

Scientists and researchers can use the HEX Sputtering System to understand and modify materials at the atomic and nanoscale levels. This system enables the deposition of novel coating materials with exceptional precision. By experimenting with these materials and studying their properties, researchers can unlock groundbreaking innovations in materials technology. 

Aerospace Industry

Aerospace is an industry where the HEX Sputtering System shines, given its ability to apply coatings that withstand the harshest conditions. Spacecraft components, for example, face extreme temperatures and radiation in the vacuum of space. The HEX system’s coatings provide essential protection, ensuring the integrity and functionality of critical aerospace equipment. 

Automotive Industry

The HEX Sputtering System coats various automotive parts, from engine components to braking systems. These coatings improve wear resistance, reduce friction, and enhance overall performance. This means vehicles are not only more reliable but also more fuel-efficient. Moreover, the system contributes to extending the lifespan of automotive components, reducing maintenance costs, and enhancing the overall sustainability of the automotive industry.

Optical Applications

In the world of precision optics, the HEX Sputtering System elevates the quality of lenses and mirrors. Coatings produced by this system improve light transmission and reflection properties, critical for high-precision optical components. Whether enhancing the clarity of camera lenses or increasing the precision of astronomical observatories, the HEX system ensures that optical systems perform optimally, leading to advancements in photography, astronomy, and medical imaging.

Final Thoughts

The HEX Sputtering System is a game-changer in thin film coating technology, offering unmatched efficiency, flexibility, and precision. Its modular design, customizability, and scalability make it a versatile solution for various industries, from electronics and aerospace to automotive and materials science. Don’t miss out on the opportunity to take your projects to the next level – explore the possibilities with the HEX Sputtering System today and unlock a world of innovation and excellence in thin film coating.


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