FindLight

FindLight FindLight is an online marketplace for industrial products specialized in photonics.

Using FindLight’s specific technical filters you can search, find and learn about the products you need or are simply interested in within seconds. Within a few clicks you can filter out your concern within a myriad of product families around the Globe. You can compare several products side-by-side, download technical documents, contact vendors as well as read reviews (coming soon) before committi


ng your organization Dollars to the best products. Visitors to www.findlight.net can browse and filter out products in a wide variety of photonics areas including but not limited to lasers, laser systems, optics, opto-mechanics and detection systems. We will continue expanding the list of available product families to provide the most comprehensive search experience. FindLight’s categorization methodology allows the sorting of myriad of products and product families into a logical hierarchy. Within one or two clicks you arrive to product family subcategories where category specific technical filters allow filtering out and side by side comparison of highly technical products on the basis of their technical merits. Our goal is to become the Amazon of Photonics industry – the world largest photonics products inventory organized into a simple platform, accessible – under your fingertips. We want to become a product-centric information company, where 300,000 specialists will come every time they need to shop for or learn about a product or new technology.
ng your organization Dollars to the best products. Visitors to www.findlight.net can browse and filter out products in a wide variety of photonics areas including but not limited to lasers, laser systems, optics, opto-mechanics and detection systems. We will continue expanding the list of available product families to provide the most comprehensive search experience. FindLight’s categorization methodology allows the sorting of myriad of products and product families into a logical hierarchy. Within one or two clicks you arrive to product family subcategories where category specific technical filters allow filtering out and side by side comparison of highly technical products on the basis of their technical merits. Our goal is to become the Amazon of Photonics industry – the world largest photonics products inventory organized into a simple platform, accessible – under your fingertips. We want to become a product-centric information company, where 300,000 specialists will come every time they need to shop for or learn about a product or new technology.

Compact size. High pulse energy. Reliable performance.The One 1030nm Miniature Q-Switched DPSS Laser is designed for dem...
06/02/2026

Compact size. High pulse energy. Reliable performance.

The One 1030nm Miniature Q-Switched DPSS Laser is designed for demanding applications that require a powerful pulsed laser source in a lightweight, rugged package. Delivering up to 100µJ pulse energy at 1030nm, it is an ideal solution for LiDAR, remote sensing, environmental monitoring, instrumentation, and other advanced photonics systems.

Whether you're developing portable measurement equipment or integrating a laser into a space-constrained platform, this miniature DPSS laser offers the performance and reliability needed for precision results.

Learn more: https://www.findlight.net/lasers/solid-state-lasers/dpss/one-1030-100-1030nm-miniature-q-switched-laser

A new theoretical breakthrough could make quantum entanglement between light and matter significantly easier to achieve....
06/02/2026

A new theoretical breakthrough could make quantum entanglement between light and matter significantly easier to achieve.

Researchers at Rice University propose that materials brought close to a quantum critical point become far more receptive to entanglement with photons. This could help scientists create and study hybrid light-matter quantum states while advancing quantum sensing, communication, and computing technologies.

Learn more about this exciting development:

https://phys.org/news/2026-06-entangle-easily-quantum-critical.html

What is Near-IR Spectroscopy and why is it so widely used across industries?Near-infrared (NIR) spectroscopy provides fa...
06/01/2026

What is Near-IR Spectroscopy and why is it so widely used across industries?

Near-infrared (NIR) spectroscopy provides fast, non-destructive analysis of materials, making it invaluable in pharmaceuticals, agriculture, food quality control, chemical processing, and more.

Discover the principles behind NIR spectroscopy, its advantages, and its growing range of applications in this informative article:

https://www.findlight.net/blog/near-ir-spectroscopy/

Advancing ultrafast spectroscopy with next-generation laser technology!The K2-1000 high-power dual-comb laser system is ...
06/01/2026

Advancing ultrafast spectroscopy with next-generation laser technology!

The K2-1000 high-power dual-comb laser system is designed for cutting-edge spectroscopic applications, delivering exceptional stability, high optical power, and precise dual-comb operation for advanced research and sensing.

From gas sensing to precision metrology, this system opens new possibilities in ultrafast optics and molecular analysis.

Learn more here: https://www.findlight.net/lasers/ultrafast-lasers/solutions/k2-1000-high-power-dual-comb-laser-system-for-spectroscopy

How do scientists study superconductors that exist only under immense pressures?A new breakthrough combines nuclear magn...
06/01/2026

How do scientists study superconductors that exist only under immense pressures?

A new breakthrough combines nuclear magnetic resonance (NMR) with innovative "Lenz lens" technology, allowing researchers to probe the atomic structure of record-breaking superconductors such as lanthanum hydrides. This advance could help uncover the mechanisms behind high-temperature superconductivity and accelerate the search for practical superconducting materials.

Read more:
https://scitechdaily.com/breakthrough-technique-reveals-atomic-secrets-of-record-breaking-superconductors/

Ever wondered how ultra-precise optical coatings and thin films are made?Electron beam evaporation is a powerful vacuum ...
05/31/2026

Ever wondered how ultra-precise optical coatings and thin films are made?

Electron beam evaporation is a powerful vacuum deposition technique used to create high-purity, high-performance coatings for optics, photonics, and electronics.

Learn how the process works, its advantages, and the industries that rely on it:

https://www.findlight.net/blog/electron-beam-evaporation/

Achieve exceptional image clarity with Brightfield & Darkfield Microscope Objective Lenses. Designed for demanding micro...
05/31/2026

Achieve exceptional image clarity with Brightfield & Darkfield Microscope Objective Lenses. Designed for demanding microscopy, machine vision, and optical inspection applications, these objectives deliver diffraction-limited performance, high numerical aperture, and advanced apochromatic correction for outstanding resolution and contrast. Their long working distance and standard RMS threading make them easy to integrate into a wide range of scientific and industrial systems.

Learn more: https://www.findlight.net/optics/lenses/microscope-objectives/darkfield-microscope-objective-lens

A new study reveals how quantum light can dramatically enhance ultrafast laser interactions without increasing average l...
05/31/2026

A new study reveals how quantum light can dramatically enhance ultrafast laser interactions without increasing average laser power.

Using bright squeezed vacuum (BSV), researchers achieved a 20-fold boost in tunneling ionization efficiency compared to conventional laser light. The breakthrough could advance strong-field physics, attosecond science, and next-generation photonics research.

Read the full story:
https://phys.org/news/2026-05-quantum-boost-ultrafast-laser.html

Raman lasers play a crucial role in modern photonics by enabling wavelength conversion and generating light at wavelengt...
05/30/2026

Raman lasers play a crucial role in modern photonics by enabling wavelength conversion and generating light at wavelengths that are difficult to achieve with conventional laser sources.

In this article, we explore the principles of Raman scattering, how Raman lasers work, and why they are important for applications ranging from telecommunications to scientific research.

Read more:
https://www.findlight.net/blog/raman-lasers-broadband-light/

The LaserDyne 811 5-axis laser processing system brings together welding, drilling, cutting, and DED additive manufactur...
05/30/2026

The LaserDyne 811 5-axis laser processing system brings together welding, drilling, cutting, and DED additive manufacturing in a single high-precision platform.

Designed for complex multi-axis operations, it offers flexibility, accuracy, and efficiency for modern industrial manufacturing applications.

Learn more here:
https://www.findlight.net/laser-material-processing/multi-axis-processing-systems/multipurpose-workstations/5-axis-laser-processing-system-for-welding-drilling-cutting-ded-additive-manufacturing-laserdyne-811

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