Laser innovator Luxinar unveils cutting-edge technology at ATX Minneapolis 2023

Following its success at ATX East, laser innovator Luxinar will proudly showcase its latest advances in laser technology for cutting, drilling and marking in Booth 1830 during ATX Minneapolis, USA (scheduled for October 10-11).

New SR e Series and SR x Series - High quality and high speed processing The SR e 9.3µm series CO 2 laser source is specifically designed to meet the electronics industry's needs for peak power and minimum heat affected zone, providing excellent quality in all applications that require perfect edges, such as processing polarizing films, removing adhesions and laser textures. Minimal disruption to surrounding areas. The SR 10e has an average output power of up to 115W with a peak output power of 330W, and the SR 15e has an average output power of up to 160W with a peak output power of 460W, providing fast processing capability without compromising quality.

At the same time, the SR x 9.3μm series amplifies the average power provided by the SR i series, making it ideal for high-speed applications. The range includes the SR 10x with an average output of up to 105W and a peak output of 235W, the SR 15x with an average output of up to 150W and a peak output of up to 335W, and the SR 25x with an average output of up to 210W. Average output power and 465W peak output power.

Like the rest of the SR Series, the SR e and x series are IP66 rated, ensuring optimal water and dust protection. Its user-friendly control interface and compact mechanical design seamlessly integrate into a wide range of laser-based processing machines, including cutting, marking, piercing, drilling and more.

SR AOM - Improving edge quality for high-precision film cutting Luxinar will also showcase the SR AOM series with power up to 150W. The series is tailored to meet a wide range of high-precision applications that require a minimum heat-affected zone, such as multi-layer film cutting and high-resolution/high-speed marking for the display market. The SR AOM is a CO 2 laser integrated with an acousto-optic modulator that achieves optical rise and fall times of less than 1μs, effectively reducing unwanted thermal energy compared to typical pulse rise/fall times of about 60μs.

LXR® Series - Ultra-High Precision machining In addition to the CO 2 laser source, Luxinar also introduced its first ultra-short pulse laser source, the LXR® series, with an output power of up to 120W. This patented technology has revolutionized material processing with its short pulse width (800 ± 100fs), allowing for ultra-high precision micron and nanomanufacient fabrication of various components. LXR® provides high throughput and repeatability with a fast burst mode that increases material removal while maintaining high quality processing. External control via MCU, PC, and Web server applications allows local or remote diagnostics and monitoring.

Luxinar's ultra-short pulse laser development in infrared, ultraviolet and green light spectra opens up opportunities for new applications of the company's laser sources, including glass separation, surface functionalization, microwelding and microhole drilling.

Source: Laser Network