Tag: ML6600

Raman Spectroscopy

Modulight’s Raman spectroscopy lasers deliver narrow-linewidth, low-noise, and highly stable illumination for accurate molecular analysis. Designed for OEM integration and research applications, our modular laser platform provides exceptional wavelength stability, configurable output power, and wavelengths from UV to beyond 3 µm. Whether for pharmaceuticals, life sciences, materials science, or industrial process monitoring, Modulight enables reliable, high-performance Raman spectroscopy.

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Modulight Spotlights: LASER-SHARP RESEARCH – May 2026

Laser-sharp Research / immunology, immunotherapy, laser-sharp research, light activation, liposomes, ML6600, pancreatic cancer, Photoimmunotherapy / May 20, 2026

Modulight Spotlights: LASER-SHARP RESEARCH – May 2026 The research spotlight goes this month to Nimit Shah and the team from Dr. Girgis Obaid’s Lab Molecular Imaging and Optical Nanotherapeutics at University of Texas, Dallas. They developed and evaluated light-activated, verteporfin-containing liposomes for pancreatic cancer. This cancer is notoriously difficult to treat and more effective therapies are

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Robust and field-replaceable multiwavelength laser system for flow cytometry

Scientific papers / 405 nm, 488 nm, 638 nm, beam alignment, beam ladder, beam shaping, BIOS, flow cytometry, high beam quality, laser, low-maintenance, minimal drift, ML6600, ML6640, multi-wavelength, multichannel, optical alignment, SPIE, tophat profile / March 5, 2026

Flow cytometry requires stable, precisely-shaped laser light for accurate fluorescence detection. Modulight’s ML6640 laser engine integrates automatic beam alignment and built-in beam shaping to deliver stable, uniform illumination over time. This work presents updated characterization results of the ML6640, including beam uniformity, optical stability, and alignment performance.

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Improving efficiency and stability of power-scalable light engine for super-resolution microscopy

Scientific papers / 355 nm, 405 nm, 488 nm, 532 nm, 561 nm, 638 nm. lowe speckle, BIOS, flat-top beam profile, fluorophores, low-noise, ML6600, multi-color imaging, SPIE, SRM, super-resolution microscopy / March 5, 2026

This paper presents recent enhancements to Modulight’s power-scalable light engine for super-resolution microscopy, improving power stability, dynamic range, and overall robustness to meet the demanding requirements of advanced biological imaging applications.

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Single-frequency VECSEL systems for quantum applications

Scientific papers / 1761 nm, 493 nm, 553 nm, 592 nm, 614 nm, 649 nm, Ba, Barium, external cavity, high-power, ion transitions, ML6600, multi-wavelength, narrow linewidth, quantum, quantum computing, Quantum West, qubit, Rb, Rubidium, SPIE, VECSEL, Yb, Ytterbium / March 5, 2026

As quantum sensing applications move toward commercialization, compact and efficient laser sources at rubidium wavelengths are becoming increasingly important. This paper presents Modulight’s 780 nm and 795 nm VCSEL technologies, optimized for applications such as vapor-cell magnetometers where low power consumption, small size, and stable performance are critical. The authors discuss wafer-level manufacturing techniques, polarization control, and production scalability for high-yield quantum sensing solutions.

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Next-Generation Sequencing

Application Note / 488 nm, 535 nm, 594 nm, 640 nm, 660 nm, Dequencing optics, DNA, DNA sequencing, fluorescence detection, high-throughput sequencing, laser engine, ML6600, multi-wavelength lasers, NGS, nucleotides, SBS sequencing, sequencing, sequencing illumination / February 11, 2026

Learn how Modulight’s ML6600 laser engine enhances DNA and RNA sequencing accuracy with stable multi-wavelength illumination, precision optics, and fully integrated design for next-generation sequencing systems. Modulight’s in-house laser platform delivers all key excitation wavelengths, including 532 nm (green), 640—660 nm (red), 780—790 nm (IR), and 570—630 nm (yellow-orange).

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Modulight Spotlights: LASER-SHARP RESEARCH – January 2026

Laser-sharp Research / apoptosis, BPD, cancer, ferroptosis, in vitro, in vivo, laser-sharp research, light activation, ML6600, ovarian cancer, Photoimmunotherapy, photosensitizer / January 28, 2026

Modulight Spotlights: LASER-SHARP RESEARCH – January 2026 The highlight of the month goes to teams of researchers led by Prof. Imran Rizvi at University of North Carolina at Chapel Hill. Their latest publication shows that certain light-activated therapy with BPD photosensitizer and ML6600 laser can induce ferroptosis-like cell death, including formation of lipid peroxides, in

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Modulight Introduces High-Power Yellow and Orange Lasers to Bridge the “Yellow-Orange Gap”

Press Releases / 488 nm, 493 nm, 532 nm, 561 nm, 570 nm, 572 nm, 577 nm, 578 nm, 589 nm, 614 nm, 615 nm, 630 nm, astronomy, coagulation, dermatology, flow cytometry, genomics, light projection, medical, microscopy, ML6600, ophthalmology, orange, quantum computing, quantum sensing, usability, VECSEL, Yellow, yellow-orange-gap / January 20, 2026

Modulight announces yellow and orange laser wavelengths with several watts of output power, excellent beam quality, and unmatched flexibility. Traditionally difficult to achieve, Modulight’s VECSEL-based ML6600 series lasers now close the yellow-orange gap between 570 and 630 nm.

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Modulight Launches ML6600-Based Mid-IR Laser for Medical, Aerospace, and Remote Sensing Applications

Press Releases / 2.7 um, 2.8 um, 2.9 um, aerospace, ceramics, CW, fiber laser, glasses, humidity monitoring, industrial, medical, Mid-IR, ML6600, ML6615, polymers, QCW, remote sensing, tissue cutting / January 19, 2026

A new addition to Modulight’s Fiber Laser Portfolio, ML6615, is a Mid-IR laser with 2.7–3 µm wavelength. The ML6615 laser is well-suited for soft tissue and dental treatments, and cutting, welding, and micro-machining polymers and certain glasses and ceramics. In aerospace and remote sensing, the system opens possibilities for specialized applications such as humidity and remote sensing tasks. ML6615 delivers up to 10 W of output power, supportiong both CW and QCW operating modes.

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