MKS Instruments Opens Advanced Photonics Labs in Bengaluru
Published: 12 Mar 2026
Author: Precedence Research
In March 2026, MKS Instruments, the global leader in semiconductor and advanced manufacturing solutions, announced the opening of photonics and vacuum engineering laboratories at its Bengaluru Global Capability Center(GCC). The opening of these labs reinforces the company’s research and development capabilities in the field of advanced photonics, lasers and other precision technologies. The labs are designed for projects in photonics engineering, semiconductor systems, optical manufacturing and other photonics-related research, including diffractive optical elements(DOEs) for laser processing AR/VR.
Strengthening Local Engineering and Research and Development
The city of Bengaluru is home to an incredible talent pool and technology ecosystem, and therefore the company chose the city for the opening of these labs. The labs will help MKS Instruments accelerate the development of optical components, thus providing greater speed for product development. The labs are also designed for collaborations with local academic and industry institutions, thus building a stronger photonics and optics R&D ecosystem in the region.
The facility will be able to serve the next-generation optical systems because engineers and researchers will have the space they need to test and develop high-precision parts, such as the ones used in beam shaping and other aspects of light management.
The global diffractive optical element market size was calculated at USD 244.27 million in 2025 and is predicted to increase from USD 268.77 million in 2026 to approximately USD 635.29 million by 2035, expanding at a CAGR of 10.03% from 2026 to 2035 as the demand grows for precise laser beam control, sophisticated optical elements and high-performance photonics.
Impact on the Diffractive Optical Element Market
Experts have noted that this is a significant step for businesses that want to stay at the top of the highly competitive optics market. With this new R&D facility, MKS will be able to create better diffractive optical element designs, better lasers and other new opportunities in the growing areas of industrial manufacturing and photonics. This new R&D facility in Bengaluru is part of the global trend of advanced manufacturing and photonics businesses that have chosen various regions in the country as innovation hubs. With this new facility, MKS will be able to contribute to India’s growing reputation in the field of advanced optical and photonics engineering.
A recent report by Precedence Research highlights that the diffractive optical element market is benefiting from improvements in photonics technology, expansion of research and development infrastructure, and increasing adoption in industrial, scientific, and AR/VR applications.