Ophir Photonics Is Headed to SPIE Photonics West 2026

With more than 50 years of laser measurement experience, MKS Ophir® continues to support engineers and researchers working at the intersection of science, quantum technologies, and AI-enabled systems.

As laser technologies become foundational to scientific research and AI-driven infrastructure, accurate measurement is no longer optional, it is mission-critical.

Ophir Photonics is heading to SPIE Photonics West 2026 to demonstrate how laser measurement and beam analysis support today’s most advanced applications, from quantum research laboratories to AI infrastructure, data centers, and high-speed datacom systems.

Why Visit the Ophir Booth?

At this year’s show, our focus is clear: enabling reliable laser performance in environments where precision, stability, and scalability matter most.

At Booth #927, you can:

• Explore laser measurement and beam analysis solutions designed for scientific and quantum research, where accuracy and repeatability are essential
• Learn how measurement supports AI-driven applications, including optical systems used in data centers and datacom
• See how measurement integrates into real-world, operational environments, beyond controlled lab settings
• Discuss application-specific challenges directly with Ophir experts

What’s New at Photonics West 2026

At the show, Ophir will introduce four new beam analysis products, developed to support:

• Advanced beam profiles and emerging beam-shaping techniques
• Higher power levels and evolving laser architectures
• Measurement needs across a wide range of wavelengths and applications

These developments reflect Ophir’s continued investment in laser measurement technologies aligned with the future of scientific research, quantum technologies, and AI-enabled systems.

Visit Ophir at SPIE Photonics West 2026:

Booth #927
January 20–22, 2026
San Francisco, California, USA

Stop by to explore how laser measurement and beam characterization are evolving to support scientific research, quantum computing, AI-driven systems, data centers, datacom, and advanced manufacturing, and to see what’s next in beam analysis.