Ion Beam Sputtering (IBS) is a Physical Vapour Deposition (PVD) method where a targeted material is bombarded with a high-energy, precisely directed ion beam, causing molecules to detach and form a thin layer of the material.

Layering materials with carefully controlled thicknesses achieve optical interference coatings. Coatings made using IBS technology consistently meet the highest standards of industry and scientific applications, offering significant advantages for manufacturers of lasers and laser systems.

OPTOMAN’s IBS-coated components stand out for their exceptional durability and long-term stability. They are completely immune to mechanical wear as well as changes in ambient temperature and humidity and ensure smooth operation of your laser in any circumstances making them ideal for the most demanding laser and optical systems. The sputtering process is inherently stable, delivering densely packed layers with very low defect densities, negligible scatter, and extremely low absorption losses. Because of this IBS coatings exhibit excellent resistance to laser irradiation.

Custom IBS coating designs are created to meet the specific requirements of your project/mission. From tiny components to large scale optics (up to 420 mm), OPTOMAN offers tailored IBS coating solutions to meet specific application needs, including custom spectral ranges (193-5000 nm), angles of incidence, substrate materials. Whether it's space, defense, medical, manufacturing or scientific sector, IBS coatings are engineered to be in perfect harmony with your system’s goals, enhancing reliability, efficiency, and overall optical performance. 

OPTOMAN’s IBS coatings offer:

·       Superior spectral performance

·       Exceptional durability & stability

·       Ultra-low absorption & scatter

·       High LIDT (Laser-Induced Damage Threshold)

·       Application-specific customization