Luxinar has announced a significant expansion of its femtosecond laser production at its facility in Kingston upon Hull, UK. This move is designed to address the increasing global requirement for a dependable supply of high-performance laser systems. By scaling manufacturing for the Pulsecore® series, the company now offers predictable delivery timelines of three to four months, providing system integrators and machine builders with the stability needed to maintain complex project schedules and mitigate supply chain risks.
Strategic Investments in Industrial Laser Technology
To support this growth, the company is channeling resources into both technical development and manufacturing infrastructure. These investments are built upon decades of experience in industrial laser technology, ensuring that customers have long-term access to application support and a consistent supply of hardware. Recent validation of the Luxinar Aionis platform has confirmed that the system exceeds its initial specifications. The hardware is now capable of delivering more than 100 W of output power with pulse durations shorter than 350 fs, offering a high-power solution without the burden of extended lead times.
Enhanced Application Validation and Technical Support
Reliable integration of these systems depends on thorough process validation. Luxinar has responded by increasing its testing capacity across Europe. This includes established laboratories in Germany and a specialized smart lab in the United Kingdom. The UK facility utilizes high-resolution cameras to provide live-streamed processing sessions, allowing engineers to offer instant feedback and perform real-time adjustments. This infrastructure accelerates the path to production by enabling faster sample testing and earlier feasibility confirmation for precision micromachining projects.
Versatile Performance for Ultrafast Laser Processing
The Pulsecore® product line is available in 515 nm, 1030 nm, and a specialized 1950 nm wavelength. This variety allows for tailored material interactions, including surface processing, drilling, and cutting through transparent substrates. The 1950 nm option, in particular, enables advanced applications that are often difficult to achieve with standard wavelengths. These capabilities make the technology suitable for ultrafast laser processing in sectors where material modification and ablation must meet exacting standards.
Engineering for Continuous Industrial Operations
The Luxinar Aionis has been specifically engineered for 24/7 industrial environments. The system features tunable pulse durations ranging from less than 350 fs up to the picosecond range, alongside high pulse-to-pulse stability. It includes advanced operating modes such as bursts and pulse-on-demand, which are essential for high-volume manufacturing. This robust design ensures the equipment can handle the rigors of continuous operation while maintaining the accuracy required for precision micromachining.
Supporting Global Manufacturing Resilience
As global industries seek to diversify their supply chains, Luxinar positions itself as a flexible partner for those requiring femtosecond laser production and technical continuity. Beyond its ultrafast portfolio, the company provides CO₂ and nanosecond laser technologies, allowing manufacturers to consolidate their sourcing. This broad technology coverage helps reduce dependency on single-source suppliers and increases overall resilience. By providing a stable platform and extensive application expertise, the company assists manufacturers in transitioning from the testing phase to full-scale production with greater confidence and lower delivery risk. These systems currently support a wide array of sectors, including semiconductor manufacturing, medical device fabrication, and glass processing.
