Raytron has solidified its position as the leading provider of thermal imaging cameras, capturing a significant market share through continuous technological innovation.

As Raytron leads the way in thermal imaging technology, the demand and applications continue to thrive beyond traditional sectors, impacting various industries.

Raytron stands out as a leading player in the thermal imaging market, capturing 30% of global shipments in 2025, driven by technological advancements.

In 2025, the leading five thermal camera manufacturers captured 90% of the market share, with Raytron leading global shipments thanks to consistent innovation.

Raytron has solidified its position as the leading infrared camera manufacturer, capturing a staggering 30% of the global market in 2025, with innovative technology at its core.

YANTAI, China, Nov. 11, 2026 /PRNewswire/ -- As infrared technology, particularly uncooled thermal imaging, continues to advance, its applications are expanding from traditional security and industrial inspection markets into automotive, outdoor consumer and smart device applications. According to T

يانتاي، الصين, 9 نوفمبر / تشرين ثاني 2026 /PRNewswire/ –– ضمنت شركة “رايترون” (Raytron) المركز رقم 9 في تصنيف Security 50 الصادر عن مجلة a&s لعام 2026 ، مما يمثل عامها الثاني على التوالي بين أفضل 10 شركات لتصنيع معدات الأمن في العالم. ويقدم تصنيف Security 50، الذي يُنشر سنويًا بواسطة مجلة a&s ، ترتيبًا لمصنعي [...] The post Raytron تحتفظ بمقعد ضمن أفضل 10 مراكز في تصنيف Security 50 الصادر عن مجلة a&s لعام 2026 مع دفع Raytron Industrial لحلول الأمن الذكي appeared first on اليوم السابع - Alyoum Alsabea.

Raytron Industrial has launched its TN660 and TN463 thermal cameras, designed for dynamic testing and continuous monitoring in various applications. Explore their capabilities.

Raytron Industrial introduces its TN660 and TN463 thermal cameras, designed for dynamic testing and condition monitoring. Explore their advanced features.

Raytron Industrial has launched the TN660 and TN463 thermal cameras, offering advanced dynamic testing and continuous monitoring capabilities for various industries.

Raytron Industrial introduces TN660 and TN463 thermal cameras, designed for dynamic testing and continuous condition monitoring with high accuracy.

YANTAI, China, Oct. 22, 2026 /PRNewswire/ — Raytron Industrial today announced the launch of two new products: the TN660 High Frame Rate Fixed-Mount Thermal Camera and the TN463 Fixed-Mount Thermal Camera. Both offer 640 × 512 imaging with synchronized image and temperature data. The TN660 delivers full-frame 120 Hz acquisition for moving targets and transient thermal processes, while the TN463 provides 60 Hz imaging for routine inline inspection and continuous equipment monitoring. Full-Resolution Imaging for Different Process Speeds Featuring a 12 μm uncooled VOx detector, the TN660 achieves 120 Hz at its native resolution without windowing, preserving spatial detail and […]

The Raytron SE5 1280 is a high-resolution uncooled infrared module designed for integration into OEM thermal imaging systems. Based on a 1280 × 1024 uncooled VOx infrared detector with a 12 μm pixel pitch, the module delivers more than 1.3 million infrared pixels in a compact form factor measuring no more than 29 × 29 × 15.7 mm and weighing less than 26 g. 1280 × 1024 VOx Detector for High-Resolution Thermal Imaging At the core of the SE5 1280 is a 1280 × 1024 uncooled VOx infrared detector with a 12 μm pixel pitch, operating in the 8–14 μm long-wave infrared (LWIR) band. With more than 1.3 million infrared pixels, the detector provides a substantially higher spatial resolution than conventional 640 × 512 thermal imaging configurations. This can help thermal imaging systems capture finer temperature patterns and spatial details, particularly when identifying relatively small thermal targets or distinguishing objects [...] The post Raytron SE5 1280: 1280×1024 Uncooled Thermal Imaging Module for OEM Applications (Sponsored) appeared first on CNX Software - Embedded Systems News.

Raytron OEM showcased its innovative shortwave infrared cameras at VISION 2026. Discover how these solutions enhance industrial automation processes.

At the VISION 2026, Raytron OEM showcased cutting-edge SWIR and LWIR imaging solutions tailored for industrial automation and image processing systems.

At VISION 2026, Raytron OEM showcased its cutting-edge infrared imaging technologies, offering solutions to enhance industrial automation and machine vision systems.

At VISION 2026, Raytron OEM showcased cutting-edge SWIR and LWIR imaging solutions to empower industrial automation, enhancing efficiency in various sectors.

STUTTGART, Alemania, 12 de octubre de 2026 /PRNewswire/ -- Raytron OEM presentó durante la celebración de VISION 2026 en Messe Stuttgart del 6 al 8 de octubre, sus últimas cámaras de infrarrojo de onda corta (SWIR) y módulos de imágenes térmicas de infrarrojo de onda larga (LWIR). La exhibición destacó componentes infrarrojos prácticos diseñados para ayudar a los fabricantes e integradores locales a mejorar sus sistemas de automatización industrial y visión artificial.

The Raytron SE5 1280 is a high-resolution uncooled infrared module designed for integration into OEM thermal imaging systems. Based on a 1280 × 1024

Discover Raytron OEM's Falcon500, a cutting-edge AI-powered infrared image processor designed for diverse thermal imaging applications and high performance.

Raytron OEM has introduced the Falcon500, a cutting-edge third-generation infrared AI image processor designed for advanced thermal imaging applications.

Raytron OEM introduces Falcon500, a groundbreaking third-generation infrared image processor utilizing AI, revolutionizing thermal imaging technology.

Raytron OEM has launched Falcon500, its third-generation infrared AI image processor, aimed at enhancing thermal imaging across various industries.

At CIOE 2026, Raytron revealed its cutting-edge infrared vision-language model, enhancing thermal imaging capabilities and real-time processing.

Raytron's latest Infrared Vision-Language Model pushes thermal imaging technology from mere perception to a deeper understanding at CIOE 2026.