Introducing Modulight’s Versatile DBR Laser platform

Modulight announces the launch of its latest Distributed Bragg Reflector (DBR) lasers, offering a configurable wavelength range from 630 nm to 1100 nm. These advanced lasers are designed to meet the high demands in quantum systems, quantum sensing, Raman spectroscopy, and metrology.  Key wavelengths of Modulight DBR laser platform include 633 nm, which is optimized for interferometry and Raman spectroscopy. Wavelengths such as 650 nm, 760 nm, and 935 nm are ideal for Ytterbium/Barium repumping transitions in quantum systems. The 785 nm wavelength is a Continue reading →

ML6600 Expands with VECSEL-Based Variants for Flow Cytometry

Advancing Flow Cytometry Precision with VECSEL Laser Cores Advancing Flow Cytometry Precision with VECSEL Laser Cores  Modulight expands its ML6600 product family with new variants designed to meet the rigorous demands of flow cytometry applications. Featuring Modulight’s OP-VECSEL (Optically-Pumped Vertical-External-Cavity Surface-Emitting Laser)  core technology, these latest ML6600 variants offer unprecedented performance and reliability for biomedical research and diagnostics.  Building on the success of the ML6600 platform, the new variants provide ultra-low-noise continuous-wave (CW) emission with diffraction-limited beam quality and efficient harmonic generation for optical power scaling up to one Watt level. The platform Continue reading →

Modulight Introduces High-Performance Tapered Amplifiers and DBR MOPA Devices

Modulight is broadening its advanced laser solutions portfolio with a range of tapered amplifier products and monolithic DBR MOPA devices, delivering high output power with excellent beam quality.  Designed for Master Oscillator Power Amplifier (MOPA) configurations, Modulight’s tapered amplifiers ensure efficient amplification while preserving the seed laser’s spectral performance. Spanning a broad wavelength range from 630 nm to ~1700 nm, these amplifiers cater to a wide array of applications, including quantum technologies, sensing, metrology, and more.  To address diverse integration requirements, Modulight offers tapered amplifiers Continue reading →

ML6640: A 4-Wavelength Laser Engine for Flow Cytometry

Modulight Introduces ML6640: Redefining Flow Cytometry PerformanceModulight Introduces ML6640: Redefining Flow Cytometry Performance Modulight is proud to announce the ML6640, the latest addition to its ML6600 product family, designed for flow cytometry and cell sorting applications. This advanced laser engine incorporates four precisely selected wavelengths—405 nm, 488 nm, 561 nm, and 638 nm (for other wavelengths contact factory)—optimized for fluorochrome excitation, including PE (Phycoerythrin)-based dyes critical for multi-parameter analysis. The ML6640 introduces an innovative active beam alignment system powered by artificial intelligence (AI). This cutting-edge technology dynamically monitors and adjusts laser Continue reading →

Introducing VECSEL Technology to the Modulight ML6600 Platform for Quantum Applications

Modulight ML6600 Expands to Meet Quantum Application NeedsModulight ML6600 Expands to Meet Quantum Application Needs Modulight is proud to announce new additions to its ML6600 product platform, tailored specifically for quantum applications. Building on the proven ML6600 platform, these latest variants integrate Modulight’s innovative VECSEL (Vertical-External-Cavity Surface-Emitting Laser) core technology, redefining precision and flexibility for quantum computing and sensing. Designed to address the stringent requirements of atomic, molecular, and optical (AMO) physics, the ML6600 platform for quantum applications features ultra-low-noise continuous-wave (CW) single-frequency emission with sub-100 kHz free-running linewidth and efficient intracavity Continue reading →

ML6600-based Laser Solutions for Microscopy

Modulight Introduces Laser Engines for MicroscopyModulight Introduces Laser Engines for Microscopy Modulight proudly announces new variants of its ML6600 platform, designed specifically for the demanding requirements of microscopy illumination, such as super-resolution microscopy. These advanced solutions support both single-wavelength and multi-wavelength configurations, tailored to meet diverse customer needs in imaging applications. ML6600 platform provides all key wavelengths for microscopy—for example 405 nm, 488 nm, 561 nm, and 638 nm (other wavelengths available upon request)—delivered via fiber-coupled or free-space beam options. Light is delivered through exceptionally small single fiber cores, starting Continue reading →

Modulight 632.8 nm DBR laser: A Superior Alternative to Traditional HeNe lasers

Redefining Laser Technology with Compact and Reliable Alternatives to HeNe LasersRedefining Laser Technology with Compact and Reliable Alternatives to HeNe Lasers Modulight announces the launch of its 632.8 nm Distributed Bragg Reflector (DBR) semiconductor laser, designed to replace traditional HeNe lasers across a wide range of applications. Leveraging Modulight’s in-house #TailoredLaser capabilities, the 632.8 nm DBR laser offers significant advantages over HeNe lasers, including reduced power consumption and a very compact, robust design that eliminates the need for fragile gas tubes. The 632.8 nm DBR laser features a high power output of up to 25 Continue reading →

1762 nm Fiber Laser on the ML6600 Platform for Barium Ion Manipulation

Delivering Unmatched Precision and Stability for Quantum ApplicationsDelivering Unmatched Precision and Stability for Quantum Applications Modulight’s ML6600 platform, known for supporting a wide range of laser technologies including fiber lasers, now features a new variant: the 1762 nm fiber laser, designed for the most stringent quantum applications. This advanced laser is specifically tailored for barium clock transition, addressing the demanding needs of quantum information processing, atomic clock development, and cutting-edge scientific research. Building on the low-noise capabilities of the ML6600 platform, the 1762 nm fiber laser combines the inherent stability of fiber Continue reading →

Photodynamic Therapy for Cancer Treatment – Review Article by Nature

 Modulight Corp., a leader in innovative laser solutions, is proud to announce a significant contribution to the field of cancer treatment through the publication of a comprehensive review on Photodynamic Therapy (PDT) in Nature Reviews Bioengineering. This review article, co-authored by Modulight’s CTO Dr. Petteri Uusimaa, alongside several other leading experts, highlights the transformative potential of PDT in cancer treatment, priming, and imaging. The review article, titled “Engineering Photodynamics for Treatment, Priming, and Imaging”, explores the advanced applications of PDT, a photochemistry-based treatment approach that Continue reading →

ML6600 Multiwavelength Distributed Bragg Reflector Laser Platform for Quantum Applications

Modulight ML6600 Distributed Bragg Reflector laser cores are available at various wavelengths – 650 nm, 760 nm, 780 nm, 785 nm, 795 nm, and 935 nm – relevant to quantum and spectroscopy applications. The fully in-house manufactured laser diodes exhibit reliable high-power operation with down to below 500 kHz linewidth. Designed for highest-quality mechanical, optical and acoustical isolation, and integrated with ML6600 platform’s ultra-low-noise current drivers and accurate temperature controllers, these laser cores show top-notch performance. Both free-space output and single-mode polarization maintaining fiber are Continue reading →Modulight ML6600 Distributed Bragg Reflector laser cores are available at various wavelengths - 650 nm, 760 nm, 780 nm, 785 nm, 795 nm, and 935 nm - relevant to quantum and spectroscopy applications. The fully in-house manufactured laser diodes exhibit reliable high-power operation with down to below 500 kHz linewidth. Designed for highest-quality mechanical, optical and acoustical isolation, and integrated with ML6600 platform’s ultra-low-noise current drivers and accurate temperature controllers, these laser cores show top-notch performance. Both free-space output and single-mode polarization maintaining fiber are Continue reading →