Stakeholders Maintain Business Continuity by Focusing on Mission-critical Projects amid Coronavirus Crisis
The coronavirus pandemic has altered the way the global society functions. Ripple effects of the pandemic are being experienced in the ion implanter market. Manufacturing industries are functioning at reduced capacities. As such, mass inoculation drives with the help of COVID-19 vaccines are anticipated to pump revenue in the global ion implanter market.
It has been found that the COVID-19 outbreak has relatively less impact on industries such as the semiconductor industry, metal finishing, and material science research. However, major events including the 23rd International Conference on Ion Implantation Technology has been rescheduled for September 25–29, 2022, in San Diego. Thus, stakeholders are increasing efforts to maintain business continuity by focusing on mission-critical projects in the semiconductor and metal finishing industries.
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Annealing Step Post-implantation Gains Importance to Avoid Damage to Target Structure
Ion implantation is an alternative technique, which is used to dope silicon solar cells. This helps to establish uniformity and consistent repeatability to dope silicon solar cells. However, potential damage to the target structure has increased the need for annealing step post-implantation.
Advancements in ion implantation for solar cells involve the development of high-performance PV (photovoltaic) modules based in thin crystalline silicon solar cells. Such innovations are boosting the growth of the ion implanter market. In addition to the conventional installation of house rooftops, several large-scale and mega solar power plants are being constructed. Manufacturers are increasing their R&D in self-aligning processes for interdigitated back contact (IBC) solar cells fabrication using the ion implantation technology.
Power Electronic Semiconductor Devices Attract High-energy Ion Implantation Technology
The high-energy ion implantation is being publicized as a well-established technique in the production technology of a number of semiconductor devices. This explains why the ion implanter market is projected to reach a valuation of US$ 2.9 Bn by 2031. Known advantages of targeted doping, defect creation, and a combination of both are being used in high-energy ion implantation.
Companies in the ion implanter market are expanding their business streams in high-energy ion implantation to improve the switching behavior in power electronic semiconductor devices such as in thyristors, power diodes, and power MOFSETs (metal–oxide–semiconductor field-effect transistor). Manufacturers are facilitating the implantation of heavy ions to improve emission characteristics of laser diodes.
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Mastering New Materials Helps Manufacturers to Deploy Technological Diversification in Nanoelectronics
The delivery of client-specific services is helping companies in the ion implanter market to gain recognition. Ion Beam Services – a specialist in ion implantation for the microelectronics industry, is gaining popularity for innovating in nanotechnology with the help of ion implantation, which plays a critical engineering role for materials at nanoscale.
Ion implantation plays a vital role in the development of new components utilized to improve the performance of power transistors used in converters and modifying materials for storage batteries. Increasing the efficiency of photovoltaic cells is forming among those business activities that create stable income avenues for manufacturers. Mastering new materials such as silicon carbide in power electronics is helping manufacturers in the ion implanter market to keep up with technological diversification in nanoelectronics.
Next-gen Ion Implanters Cater to Outsourced, Manufacturing Services with Global Approach
Internet of Things (IoT), autonomous vehicles, and smart homes are creating lucrative revenue opportunities for stakeholders in the ion implanter market. Companies are expanding their knowledge in a wide variety of equipment types and vintages to propose innovative and cost saving upgrades and retrofit services. Next-gen ion implanters are helping companies to offer both outsourced and manufacturing services.
Companies in the ion implanter market are adopting a global approach by teaming up with experts who support research institutions and small volume production of new processes. Next-gen ion implanters help in maintenance and retrofitting of equipment. The field of energy efficiency is grabbing the attention of stakeholders who are supporting innovations in power components, solar panels, and batteries.
