Lynred übernimmt New Imaging Technologies
Das in Paris ansässige Unternehmen NIT erweitert das Produktportfolio von Lynred um die begehrten großformatigen Kurzwellensensoren mit kleinem Pixelabstand.
Lynred, a global provider of high-quality infrared sensors for the aerospace, defense and commercial markets, takes over shortwave-infrared imaging modules and sensors provider New Imaging Technologies (NIT). In a strategic move to consolidate its leadership in infrared sensors, Lynred’s product portfolio will expand to include high-definition large array SWIR sensors in small pixel pitch, bolstering its product offering across all wavelength bands (short to very longwave). The transaction is expected to close in Q4, 2024 and is subject to customary conditions.

The deal includes New Imaging Technologies’ large and innovative portfolio of SWIR products (imaging sensors and modules) and a portfolio of wide dynamic range patents. This enables Lynred to offer global customers large format SWIR sensors with advanced capabilities for applications in markets where AI, deep learning and multispectral imaging are driving growth.
NIT, a vertically integrated company with two dozen employees. is the only European firm to manufacture and market a SWIR HD1080p array and associated module at a pixel size of 8 µm, a key asset for several applications that Lynred will now leverage.
“Lynred’s acquisition of NIT is a growth accelerator. We will shorten time to market and leverage synergies in offering state-of-the-art SWIR products. The global market for SWIR infrared imaging for machine vision is growing fast, as well as for defense applications, such as laser detection and in new space,” said Hervé Bouaziz, executive president at Lynred. “NIT brings to Lynred the agility of a small, innovative organization, with an extensive product offering able to cater to our large customer base. As we share complementary industrial supply chains and technical skills, we can deliver highly competitive SWIR imaging sensors and modules to customers.”