Join us each week as we take a peek behind the curtain of what is happening at Intlvac Thin Film.

Failure analysis aids in solving product problems because it gets to the root of them in a thorough and quantitative manner. It motivates consecutive design improvements because it aims to shed light ...

From 1923 where the prospect of an earth orbiting telescope was theorized, to the HST's specific design concepts introduced in 1962, to its launch in 1990, and its final service mission in 2009, the H...

Like many topics in the optics field, much of the current technology is merely a seed of a much higher potential whose breadth of applications hasn’t yet been fully realized. Infrared Optics is one o...

Intlvac has taken action consistent with guidance of federal, state and local authorities to ensure the safety and well being of our employees, customers and vendors.

Over 22,000 people attend the photonics and laser industry’s flagship event each year. Photonics West includes the entire spectrum of light-driven technologies and attracts researchers, companies and...

In the process of thin film deposition, we produce layers nanometers to microns thick on a surface in order to impart specific properties not necessarily inherent in the bulk material.

Glancing angle deposition (GLAD) is a nanofabrication technique that is an extension of oblique angle deposition in which the substrate incline is manipulated during film deposition.

Intlvac Thin Film looks forward to participating in Nanotech Japan at Tokyo Big Sight on January 28 to February 1, 2019.

Intlvac Thin Film is pleased to introduce their newest precision optical coating platform, the Nanochrome IV UV/Vis Optical Filter Production System.The Nanochrome IV system is designed to produce com...