cbarbier@oxxius.com, Author at Oxxius

à rédigé 11 articles

QoQeliQo Project: next-generation visible lasers for quantum technologies

The QoQeliQo project aims to develop compact, coherent, and cost-competitive visible lasers to accelerate the industrialization of quantum technologies. The QoQeliQo project officially kicked off on October 10, 2024. It aims to bring to the industrial stage competitively priced, compact visible lasers that meet the demanding needs of…

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Oxxius Announces the Strategic Acquisition of US-Based Company 89 North

Oxxius today announced the acquisition of Company 89 North, a US expert in the development of advanced laser-based illumination and imaging systems. A Transformational Acquisition Supporting an Ambitious Growth Strategy This transaction marks a major milestone in Oxxius’s international growth strategy. It is expected to increase global revenue as…

LUMEN project explores visible fiber laser technology

The LUMEN project officially launched in May 2025. It aims to revolutionize the field of high-power visible lasers for optical instrumentation, particularly in life sciences applications. The LUMEN project is built on previous developments in silica-based infrared fiber lasers, which have found applications in sectors such as automotive…

Oxxius introduces more powerful versions of its compact visible lasers

Oxxius announces new high-power versions of its visible lasers: Green – up to 800 mW CW, Yellow (561 nm) – up to 500 mW CW, and Red – up to 1 W CW.

Oxxius earns ISO 9001 certification

We are proud to announce that Oxxius has obtained ISO 9001 certification! ISO 9001 is an international standard that recognizes the implementation of a quality management system based on process efficiency, customer satisfaction, and continuous improvement. We had previously earned this certification, and chose to renew the process to…

LaCIO Project: Accelerating Innovation and Production in Life Science Laser Solutions

The LaCIO project (short for “Lasers and Combiners for Optical Instrumentation”), supported by France Relance, had a dual objective: “The acquisition of a state-of-the-art production robot has allowed us to double our manufacturing output. It enables us to handle demand peaks, reduce production costs, and ensure…

NeoDUV Project: Neodymium doped fiber lasers for high-power blue/DUV emission

The NeoDUV project aims to develop novel multi-watt-level blue/UV laser sources based on Nd-doped fiber with optimized non-linear conversion stages.

ID-GF Project: Advancing Deep-Sea Exploration with Laser-Based Distributed LiDAR and Optical Communication

Oxxius takes part in the ID-GF project, a groundbreaking program focusing on creating “packs” of underwater drones de dedicated to communications and LiDAR

First Diode-Pumped Samarium Laser in the Visible Range

Development of the first diode-pumped samarium laser emitting in the visible range, operating at 605 nm in the orange spectrum.

FEM2BIO – Advancing Fluorescence Microscopy

Multicolor imaging for live-cell analysis and pathology research, including cancer FEM2BIO (Extended Fiber for Multicolor Microscopy in Biology) is an innovative collaborative project developed in partnership with leading photonics companies—Photonics Bretagne and IDIL—and the University of Rennes (IGDR). The project focuses on advancing fluorescence microscopy to improve the analysis of…

UV4LIFE project: pushing Raman Spectroscopy into the UV for more precise medical detection

As part of its commitment to advancing photonics technologies, Oxxius is proud to contribute to the UV4LIFE collaborative R&D project. Together with leading academic and industrial partners, we are helping develop next-generation UV Raman tools to push the boundaries of medical diagnostics and analytical instrumentation.