OPTICAL COMPONENTS, COATINGS, & MATERIALS INSIGHTS
How Optical Components Improve Performance In Aerospace And Defense Sensing Systems
What does it actually take to keep optical systems performing in space? The answers may surprise even experienced engineers.
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The Expanding Role Of Micro Molding In Photonics
Micro molding drives photonics innovation, enabling the scalable production of small, complex, and optically precise parts, helping OEMs meet shrinking device footprints and demanding performance requirements.
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Precision In The Heat: Measuring Jet Engine Turbine Blades With Zygo's 3D Optical Profilers
Zygo’s 3D Optical Profilers deliver nanometer-precision, non-contact inspection of turbine blades, ensuring surface integrity, dimensional accuracy, and reliability under extreme jet engine conditions.
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Precision At Altitude – How Zygo Powers Aerospace Innovation
Zygo-Navitar delivers aerospace precision through advanced metrology, optical systems, and tailored solutions—supporting manufacturing, MRO, UAV additive manufacturing, and high-performance optics in extreme conditions.
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Maximizing The Performance Of Advanced Microscopes By Controlling Wavefront Error Using Optical Filters
Optimizing fluorescence microscopy requires selecting optical filters that minimize wavefront distortion, ensuring high contrast and resolution. Semrock filters provide precise performance for demanding imaging applications.
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The Benefits Of Customised Optical Filters For Machine Vision
Customized optical interference filters optimize machine vision performance by tailoring light control for specific tasks—enhancing precision, speed, and reliability in industrial inspection, automation, and quality assurance applications.
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Why LSR Is A Leading Material For Optical Micro Molding
Liquid Silicone Rubber (LSR) is redefining optical micro molding with superior durability, design flexibility, and thermal stability—empowering next-generation optical components where traditional thermoplastics fall short.
OPTICAL SOLUTIONS
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SkyBrite™ lint-free photonic wipes clean optics, connectors, PICs, and machines. Blue color darkens when wet for visual solvent control. 250/case.
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NOVA™ Workholder polishes PICs, waveguides, chips, and fiber arrays with 0–45° angle control, multiple position options, and repeatable mounting for consistent results.
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InSight™ is a dedicated in-line video inspection station that accepts Krell workholders to inspect parts without unloading, reducing handling, damage, and contamination.
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Gator™ is a reusable, ergonomic cleaner for connectors, ferrules, bare fiber, PICs, and waveguides, supporting dry or wet cleaning. Sold in 50-packs.
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Photonic CleanTouch™ Stick is a solvent-free, one-touch cleaner for fibers, connectors, PICs, and waveguides, removing contaminants residue-free. Sold in 25-packs.
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NOVA™ Software Upgrade Kit adds Enhanced Microfeed with programmable rates down to 5 µm/min, plus pop-up prompts and improved folder/program management.
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DART™ bare fiber adapter secures fibers with adjustable protrusion via an integrated roller, using a universal 2.5 mm ferrule and interchangeable tips (80 µm–1+ mm).
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NOVA™ Surface Inspection Module enables in-line surface inspection while parts stay loaded, reducing handling and determining polishing/spec compliance in a single workcell.
OPTICAL NEWS
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IDEX Health & Science offers Quick Ship Semrock optical filters, delivering critical research and prototyping components in 1–3 days to keep your projects on schedule.
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Over-specifying optical filters increases cost. Focus deep OD only where needed, allow wider transitions, and use average transmission (Tavg) instead of strict Tabs to optimize performance and reduce expenses.
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IDEX Health & Science delivers fully integrated imaging subsystems, optimizing resolution, throughput, and reliability by combining lasers, optics, filters, sensors, and mechanics in a cohesive, design-through-manufacturing approach.
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Vision is moving closer to the edge – and shrinking fast.
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Scaling life science instruments from prototype to production requires resolving source-to-sensor trade-offs through custom optical integration that balances performance, cost, and long-term reliability.
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High-performance illumination demands more than power—custom wide-field modules deliver uniformity, reliability, flexibility, and seamless integration for next-generation life science, diagnostic, and medical imaging systems.
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Photonics West 2026 offers over 100 technical conferences, 60 courses, and networking events spanning biomedical optics, lasers, quantum tech, and Vision Tech.
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Photonics surged in 2025 through telecom, AI, and health advances. In 2026, AI-driven design, quantum sources, thin films, and sustainability lead the next innovation wave.
OPTICAL VIDEOS
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Large Diameter Bare Fiber Polishing With In-Line Inspection
See how KrellTech’s SpecPro™ Polishing System supports stable, repeatable polishing of large diameter bare fibers for laser and source applications. Using our LD/cannula workholder and SpecVision™ video scope, this process combines polishing and in-line inspection in one system to help reduce handling, support endface quality, and improve workflow efficiency.
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Portable Polishing Where It Matters Most
In defense and security environments, fiber optic connector polishing often needs to happen in the field and under demanding conditions. KrellTech’s Proton™ Field and FTTX Polisher is a handheld, battery-operated system designed to deliver controlled polishing and Telcordia-compliant UPC and APC finishes. With features such as independent suspension, optically aligned polishing, adjustable pressure, interchangeable connector workholders, and random orbital motion, Proton™ is well suited for military, aerospace,
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Precision Polishing For Optical Sensors
Discover how KrellTech’s modular equipment platform provides precision bare fiber shaping for medical, aerospace, and industrial optical sensing devices. Watch our video demonstrating a 110° chisel tip creation on a 600µm fiber using the scalable NOVA polishing system.
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Polishing Films And Pads: Choosing The Right Combination For Your Application
Choosing the right lapping film and polishing surface combination is critical for achieving the desired finish, geometry, and repeatability in optical component polishing. In addition to abrasive selection, proper film application to soft rubber pads can also affect polishing consistency and final results.
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Advanced MicroFeed Polishing For High-Speed Communications
Overcome insertion loss and reflectance in your photonic integrated circuits (PICs) and waveguides. KrellTech’s Advanced MicroFeed technology delivers precision micron-level material removal to optimize performance for components consisting of silicon, TFLN, InP and other substrates used in high-speed communication networks.