Lasers for medical, life sciences, and high value-add scientific applications
Modulight designs and manufactures lasers for medical applications, including cancer treatments (Oncology), and eye diseases treatment (Ophthalmology). Other important field are high value-add applications: Flow Cytometry, Quantum Computing, and Digital Press.
Trusted Worldwide for Clinical and Scientific Innovation
Modulight is an exclusive supplier to 10+ pharmas, other Fortune 500 companies & well-known cancer centers.
25 years track record of manufacturing lasers and optics from UV wavelengths to beyond 3000 nm.
Fully vertically integrated fab provides supply chain security, and innovative, tailorable products.
Explore Our Core Application Fields
Modulight’s lasers are trusted worldwide in cancer treatments, ophthalmology, fluorescence endoscopy, and life sciences.
With a state-of-the-art, vertically integrated foundry, Modulight can tailor solutions at the semiconductor level, delivering capabilities that surpass standard off-the-shelf technology. From Proof of Concept (PoC) to full-scale production, Modulight is your partner every step of the way.
Oncology
Advanced Photoimmunotherapy (PIT) and Photodynamic Therapy (PDT) lasers optimized for targeted cancer treatment. Precise, controllable light delivery for in‑depth tumor therapy.
Ophthalmology
Clinically proven laser platforms designed for retinal and other ophthalmic treatments, such as of Choroidal neovascularization in Age-related macular deganeration (AMD).
Flow Cytometry
High‑precision lasers for Flow Cytometry applications: automating cell assays, clinical diagnostics, and pharmacological screening in life‑science applications.
Quantum Computing
Quantum applications place strict demands on lasers, particularly regarding stability, low-noise, and narrow linewidth. These applications include laser cooling, magneto-optical trapping, and atom photoionization.
Products in spotlight:
ML6710i
ML6710i is a medical laser device for ophthalmology. It’s specifically designed for retinal PDT treatments. The laser is controlled intuitively from iPad app, and it’s very easy to use. Most popular option is to get the laser with the ophthalmic treatment station, allowing always a dedicated PDT laser station ready for patients.
ML7710
ML7710 is the most versatile multichannel & multi-indication laser in the world. The treatment flow has been optimized and it can be further customized to specific needs. ML7710 supports all known photosensitizers. As the only true medical laser platform, it also boasts unmatched security for the investment.
ML8500
ML8500 is a fully automated biomedical illumination system for well plate and petri dish samples. ML8500 has up to six built-in lasers. Cloud-based composition of illumination programs can be done remotely which enables effective research work. ML8500 keeps sample plates within a specified temperature and CO2 range.
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Latest news and articles
Chen-Hua Ma et al. Optical Therapeutics & Nanotechnology Laboratory at University of Maryland combined photoimmunotherapy with ethanol ablation to achieve improved drug retention and light penetration, especially important for treating pigmented organs like liver and pancreas. Modulight’s ML7710 laser was used for both therapeutic activation of the nanoconstruct, as well as for theranostic monitoring of the process.
Published in: Bioengineering & Translational Medicine Authors: Chen-Hua Ma, Jeffrey Yang, John A. Quinlan, Kathryn McNaughton, Michele L. Kaluzienski, Tessa Hauser, Matthew F. Starost, Jenna L. Mueller, Huang-Chiao Huang
Cheng-Yu Lai et al. at Florida International University explores a solution for antibiotic-free wound healing. A photothermally controllable hydrogel was illuminated by NIR light from ML6600 laser, causing complete eradication of bacteria.
Gokalp et al. from University of Massachusetts and Tufts University constructed an innovative liquid metal nanoparticle platform, which has tumor cell targeting and enhanced encapsulation of verteporfin. Charactierization in vitro with the help of ML6600 laser showed effective in vitro phototoxicity.
Published in: Cancer Science Authors: Hiroshi Yamamoto, Aki Furusawa, Hiroshi Fukushima, Seiichiro Takao, Motofumi Suzuki, Makoto Kano, Miyu Kano, Shuhei Okuyama, Ko Kitamura, Peter L. Choyke, Hisataka Kobayashi
Published in: Photochemistry and Photobiology Authors: Sumeyra Gokalp, Marvin Xavierselvan, Mohammad Forhad Khan, Ronak Shethia, Sima Khani, Ryan H. Riddell, Anna V. Krasnoslobodtseva, Srivalleesha Mallidi, Michelle Foster
Published in: Carbohydrate Polymer Technologies and Applications Authors: Puja Gangurde, Zahra Gounani, Jacopo Zini, Roberta Teixeira Polez, Monika Osterberg, Patrick Lauren, Tatu Lajunen, Timo Laaksonen
Published in: SPIE OPTO 2025 Authors: Luukas Kuusela, Timo Aho, Riina Ulkuniemi, Mika Mähönen, Jussi Hämelahti, Andreas Schramm, Soile Talmila, Jarkko Liimatainen, Pekko Sipilä, Petteri Uusimaa
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