Modulight Corporation

Happy May Day from Modulight! 🎈🍾 Whether you're enjoying sima, treating yourself to some munkki, or taking a well-deserved break—here’s to all of you making a meaningful impact every day. 🛠️🥂 Thank you for helping us bring light forward. ✨

Precision in optical measurement isn’t just a technical detail it’s foundational to safe and effective medical treatments. At Modulight, we operate in fields like photodynamic therapy and photoimmunotherapy, where even a deviation of a few nanometers can directly impact treatment outcomes. That level of responsibility demands absolute confidence in our measurement tools. That’s why reliability and precision are non-negotiable for us.

🔬 Modulight Spotlights: Laser-Sharp Research – April 2026 We’re excited to highlight new work from Naoya Kondo and the team at Kansai Medical University, Japan. Their study presents a cancer cell-targeted photoimmunotherapy using an IR700 photoabsorber conjugated with a bicyclic peptide. By moving to a small peptide format instead of antibodies, this approach may enable faster drug clearance and reduced manufacturing cost—advancing beyond conventional antibody-based photoimmunotherapies in clinical use. Key findings: ✨ Strong, selective binding to cancer cells ✨ Rapid membrane blebbing and cell death upon activation ✨ Efficient tumor accumulation ✨ Significant tumor growth suppression after irradiation Activated with 689 nm laser light, including treatment using the ML7710 medical laser, the compound demonstrated strong therapeutic potential. Read more: https://lnkd.in/dbzKBDK3 #Modulight #Photonics #CancerResearch #Photoimmunotherapy #Oncology

Small variations in light can become large variations in yield. 🟣 Part 3: From optical stability to process yield. In semiconductor processes, illumination directly impacts performance and yield. Process consistency depends on stable optical conditions: power stability, beam quality, and spectral control all influence repeatability. Even small variation leads to:  ⚠️ • Reduced margins • Inconsistent results • Increased defect rates In many cases, the limitation is not the source itself. It’s how the light is delivered, controlled, and maintained within the system. Thermal effects, coupling stability, and long-term drift introduce variability, even when the source meets its initial specifications. 💡 At this stage, optical stability is no longer a technical detail; it’s a business parameter. This is where a system-level approach becomes non-negotiable. The ML6600 platform from Modulight Corporation is designed for integration into semiconductor tools, combining stable output, controlled beam characteristics, and reliable operation over time. This includes precise wavelength control, long-term stability, and flexible integration into complex systems, enabling consistent process conditions across the entire workflow Because in these environments, stability is measured in yield. #Photonics #LaserTechnology #OpticalEngineering #SystemLevel #Semiconductor #ProcessStability #Yield

Today we celebrate World Creativity & Innovation Day 🌍✨ At Modulight, creativity isn’t just an idea, it’s how we solve real-world challenges. From advancing medical laser technologies to launching new products that make a difference, our R&D teams turn bold thinking into impactful solutions. Innovation drives everything we do: 🔬 Continuous research and development 🚀 Cutting-edge product launches 💡 Turning complex problems into smarter, more effective technologies On this day, we recognize the power of creativity in shaping a better future and the brilliant minds behind it. #WorldCreativityAndInnovationDay #Innovation #RnD #MedTech #LaserTechnology #FutureOfHealthcare

Discover how we are shaping the future of laser-based solutions in #healthcare and beyond! 🧬 The Modulight Investment Program offers a unique opportunity to be part of a cutting-edge technology company driving real-world impact. Join #investors who believe in innovation, growth, and long-term value! 🔧 #KillCancer #Modulight #Tampere #Finland #value #innovator

🔬 #KillCancer: A New Approach to Glioblastoma Glioblastoma is one of the most aggressive and difficult brain cancers to treat. Even after surgery, chemotherapy, and radiation, recurrence is common because cancer cells are nearly impossible to detect and remove. 💡 Modulight’s ML7710 laser introduces a powerful dual approach: ➡️ Fluorescence-Guided Resection (FGR) helps surgeons clearly visualize tumor tissue using 5-ALA ➡️ Photodynamic Therapy (PDT) then activates the same agent to destroy residual cancer cells left behind 🌟 Clinical highlights: • 80% of patients showed positive outcomes • No major side effects reported By combining precision visualization with targeted light-based therapy, this FGR + PDT approach addresses what conventional treatments often miss, offering new hope against recurrent glioblastoma. 🔗 Learn more: https://lnkd.in/dkpU8jmU #Oncology #MedicalInnovation #Glioblastoma #LaserTherapy #PhotodynamicTherapy #MedTech #CancerResearch

🔬✨ Celebrating World Quantum Day! Quantum computing is rapidly advancing from theory to real-world impact unlocking new possibilities in fields like drug discovery, materials science, and secure communications. At Modulight, we contribute to this evolution with high-performance laser solutions designed for the demanding requirements of quantum technologies. Precision, stability, and scalability are essential when working with qubits, and our photonics expertise helps enable these breakthroughs. Learn more about our role in quantum computing: https://lnkd.in/drYhzyMg #WorldQuantumDay #QuantumComputing #Photonics #DeepTech #Innovation

Just a few nanometres can shift your entire measurement. 🟣 Part 1: Rethinking illumination stability. In fluorescence microscopy, excitation stability directly impacts signal quality and reproducibility. A few nanometres of wavelength drift can shift excitation efficiency. Small power fluctuations reduce SNR. Over time, these effects accumulate into inconsistent results. But here’s the real issue: In many systems, the limitation is not the laser source itself. It’s how the light source is integrated and controlled within the system. ⚠️ • Thermal effects • Coupling variations • Control limitations All of these often introduce instability at the system level, even when the source meets its specifications. So the real question becomes: Are we optimizing the right layer of the system? Because improving the source alone does not guarantee stable performance. A system-level approach to illumination starts to change that perspective: not by improving one parameter, but by aligning the entire architecture. 🔬 The ML6600 platform from Modulight Corporation reflects this approach, enabling precise control, stability, and system-level integration. We’ll break that down in the next post. #Photonics #LaserTechnology #OpticalEngineering #SystemLevel #FluorescenceMicroscopy #Stability #SignalQuality

We had the pleasure of welcoming students and discussing real-world applications of lasers in medicine. Thank you for visiting us Tampere University!