FindLight

How can light trap and move microscopic particles? Explore the science of optical trapping, where focused lasers create forces strong enough to manipulate cells, nanoparticles, and more. Read more: findlight.net/blog/optical-t… #Optics #Photonics #LaserTech

Unlock high-sensitivity chemical analysis with the ClearPeak Raman System. Featuring up to 100× higher optical throughput and full-spectrum acquisition for fast, precise results. Learn more: findlight.net/spectral-analy… #RamanSpectroscopy #Analytics #Photonics

Boost your marking precision with the VIPIN-FSD-XY20FB 20W laser marking machine! Featuring CCD visual positioning for ultra-accurate, efficient production across multiple materials. Learn more: findlight.net/laser-material… #LaserMarking #Manufacturing #Automation

Antimatter… delivered by truck? Scientists at CERN have successfully transported antimatter—something that annihilates on contact with matter—marking a huge step for precision physics. Read more: sciencealert.com/worlds-first-a… #Physics #CERN #Antimatter

Deep UV Precision for Advanced Applications - when your application demands ultra-short wavelengths and high precision, the 213 nm Pulsed DPSS Laser delivers. Designed for high-performance photonics and scientific use, this deep UV source enables precise material interaction and advanced analytical capabilities. Learn more: findlight.net/lasers/solid-s… #TeemPhotonics

The J-Bendable OM3 HTC Fiber on FindLight is engineered for demanding environments where flexibility and thermal stability are critical. When standard fibers fall short, this solution keeps your system running strong. Learn more: findlight.net/fiber-optics/o…

Laser speckle isn’t just noise—it’s a powerful metrology tool By analyzing speckle patterns, engineers can measure surface roughness, deformation & microstructures with high precision. Learn how it works: findlight.net/blog/laser-spe… #Photonics #Metrology #Optics

Fast, reliable optical switching—no moving parts. 1x2 solid-state fiber optic switches deliver microsecond response, high stability & low loss—ideal for optical networks and signal routing. Learn more: findlight.net/fiber-optics/o… #FiberOptics #Photonics #Networking

A crystal that shouldn’t conduct electricity… becomes superconducting under pressure. Scientists discovered unusual superconductivity in a spinel material, revealing two distinct phases and new quantum behavior. Read more: phys.org/news/2026-03-s… #Physics #Superconductivity

Compact Imaging Power for Medical Endoscopy Upgrade your visualization capabilities with the OS500 Digital Micro Camera designed for precision imaging in medical endoscopy applications. Now on FindLight. ✔ 120° FOV ✔ High-res imaging ✔ Optimized for endoscopic integration ✔ Reliable performance for medical use Buy now: findlight.net/imaging-and-vi…

Can holography unlock the future of VR? Holographic optics could make VR headsets lighter, thinner & more immersive—bringing us closer to everyday wearable VR. Explore the tech: findlight.net/blog/applying-… #VR #Photonics #Holography

Precision matters in medical laser delivery. NeuLight Side Fire Fiber Probes enable targeted lateral emission—ideal for minimally invasive procedures with high efficiency and control. Learn more: findlight.net/fiber-optics/f… #FiberOptics #MedTech #Photonics

When reliability matters, accurate strain measurement is critical. The TSK-1A-120-3A Triaxial Strain Gauge enables precise, multi-axis strain analysis and is ideal for electronics, PCB testing, and mechanical stress evaluation. findlight.net/metrology-and-…

Scientists may have just broken a fundamental limit of light. New “narwhal wavefunctions” can compress light into ultra-small volumes without energy loss—opening doors for quantum tech & photonics breakthroughs. Read more: scitechdaily.com/scientists-bre… #Photonics #QuantumTech

Fiber lasers are transforming industries—from manufacturing to medicine—with unmatched efficiency, precision & reliability. Discover how this technology evolved and why it’s dominating today: findlight.net/blog/rise-of-f… #FiberLasers #Photonics #LaserTech

Copper-alloy coated silica fibers are redefining performance in extreme environments—handling up to +600°C, vacuum, and harsh chemicals with ease. Explore how they enable reliable sensing, lasers, and more: findlight.net/fiber-optics/o… #FiberOptics #Photonics #Engineering

A new “Hall rectenna” can detect signals across 100+ GHz. This breakthrough could enable ultra-fast wireless tech, advanced sensors, and even energy harvesting. Read more: phys.org/news/2026-03-h…

Why are insects attracted to light—and how can LEDs help control them? Discover how specific wavelengths (UV/blue) improve insect trapping while reducing pesticide use. Read more: findlight.net/blog/led-based…

High-power precision meets stability> 878.6nm wavelength-stabilized fiber-coupled diode laser delivering 40W output—ideal for demanding applications like Nd:YVO4 pumping. Explore specs: findlight.net/lasers/semicon…

Turning CO₂ into fuel? Scientists just made it more efficient A new single-atom catalyst converts CO₂ into methanol with lower energy and higher precision—opening doors for cleaner fuels. sciencedaily.com/releases/2026/… #CleanEnergy #Chemistry #Sustainability #Innovation