01 The Rise in Healthcare Expenditure EB-PVD coating systems coat medical equipment and biomedical implants to increase substrate biocompatibility, achieve sterilization, and prevent corrosion. Thin film coating changes the surface properties of medical devices like dental tools, orthopedic implants, pacemakers, and surgical instruments without affecting the substrate properties or biomechanical functionality. The WHO predicts an increase in the population of older people in many nations, including Saudi Arabia, China, and Brazil. The region's fastest-growing age group is those who are over 60. The factors that have increased life expectancy are better healthcare facilities and improved lifestyles. Consequently, it is anticipated that demand for medical equipment and devices will increase during the forecast period. Additionally, according to the WHO, global healthcare spending has increased. Most nations are increasing the GDP share of healthcare spending to give their citizens better facilities.
02 Growth and Developments in the Global Electronics Industry To metalize semiconductor parts for use in consumer electronics, micro-electro-mechanical systems, light emitting diodes, RF power amplifiers, and laser recorders, electron beam PVD coatings are frequently used. Mobile phones, wearable technology, medical equipment, and other electronic devices use MEMS-based sensors. Additionally, there has been an increase in demand for semiconductor coatings due to new developments in the electronics industry, like 5G and the Internet of Things (IoT).
01 Availability Of Alternatives Metal and dielectric coatings benefit from EB-PVD coatings. However, the use of planetary and masks affects how uniformly EB-PVD coatings are applied. A second axis for substrate rotation is provided by planetary fixturing, which contributes to the excellent uniformity of film thickness. The costs of investing go up as a result. Even resistive thermal evaporation can coat thin-film electronics, including OLEDs, solar cells, and thin-film transistors, which need to deposit metallic contact layers. At the highest rate of scalability, magnetron sputtering can deposit metallic or insulating coatings. Chemical vapor deposition (CVD) can coat inaccessible surface areas, whereas PVD is a "line of sight" technique that makes it less suitable for coating non-visible surfaces. CVD can create thin films with exceptionally high densities and purity. The method is affordable and allows for the simultaneous coating of many different elements. Due to this, electron beam PVD evaporation systems have limitations and drawbacks.
01 Development Of Plasma Spray-Physical Vapor Deposition (PS-PVD) EB-PVD coatings produce thin films with anti-corrosion properties and substrate durability. Additionally, the coatings created are mightily strain-tolerant to thermal shocks. However, some disadvantages include the high investment cost and low deposition rate. A hybrid of atmospheric plasma spraying (APS) and EB-PVD systems has been created to address this drawback. High deposition rates and broad coverage areas are possible with plasma-activated EB-PVD, also known as PS-PVD or plasma spray-physical vapor deposition (PS-PVD), used to create coatings. With a quicker deposition time and lower coating cost, manufacturers can alter the process parameters and customize the coating microstructure. A 2018 paper claims that PS-PVD has received much attention lately due to its capacity to create a variety of specially designed coating microstructures and to meet current requirements for functional coatings.
January 2026 An industrial physical vapor deposition process was demonstrated for scalable production of large-area wavelength-shifting coatings, supporting uniform thin-film deposition and faster manufacturing for advanced photon detection applications.
October 2025 Oerlikon expanded its surface solutions and advanced coating technology activities, strengthening high-performance coating capabilities for aerospace and industrial component applications.
June 2025 Advanced thermal barrier coating manufacturers increased adoption of automated and robotic deposition technologies, including EB-PVD processes, to support high-temperature aerospace and turbine component applications.