Laser Research Optics has rolled out a new line of custom-fabricated precision optical components for clients who need things just right. These are built from top-tier optical materials and manufactured to strict ISO standards.
They’re aimed at applications where accuracy, durability, and optical clarity really matter. You can pick from different lens shapes, window geometries, coatings, and surface finishes. This lineup highlights the company’s ongoing push to deliver engineered solutions for advanced laser and photonics systems.
Custom Optical Components for High-Performance Applications
In laser processing, medical imaging, aerospace, and research optics, having access to precision-crafted optical parts can mean the difference between success and failure. Laser Research Optics now supplies components that blend quality materials with meticulous surface finishing and tight dimensional tolerances.
That kind of attention to detail helps these parts perform in tough environments. It’s not just about hitting specs—it’s about making sure your system works when it matters.
Wide Range of Materials
The lineup includes optical elements crafted from some of the most respected materials in photonics:
- Zinc Selenide (ZnSe) – A go-to for CO₂ laser systems because of its low absorption at infrared wavelengths.
- Zinc Sulfide (ZnS) – Delivers high transmission in both visible and infrared ranges.
- Fused Silica – Great UV transmission and impressive thermal stability.
- Germanium – Perfect for infrared optics and thermal imaging.
- Silicon – Common in IR systems, offering both toughness and a lightweight feel.
- Sapphire – Extremely hard and scratch-resistant, ideal for rough environments.
Versatile Lens and Window Designs
You can get these components in plano-convex or plano-concave lens shapes, which gives you options for focusing or spreading out light. Optical windows come in round, rectangular, or square forms so they fit right into specialized systems.
Custom Features for Seamless Integration
For more complex setups, Laser Research Optics lets you add design tweaks like steps, drilled holes, flats, and wedges. These little engineering tricks help you mount parts securely and keep everything aligned just so.
Precision Manufacturing Standards
Each part is made to tight tolerances—think ±0.001 to ±0.005 inches—with diameters from 0.5 to 5 inches. That means they’ll fit into even the most demanding optical setups.
Everything gets built to ISO-10110 specifications, which is the international gold standard for optical component quality.
Surface Finish and Optical Clarity
Surface flatness ranges from 10 waves down to one-tenth wave, so every optic meets strict wavefront quality needs. Scratch-dig ratings from 10-5 to 80-50 make sure the parts not only work well but also look the part.
Anti-Reflective Coating Options
Multiple anti-reflective (A/R) coating options let you customize for specific wavelengths or environments. These coatings cut down surface reflections, boost light transmission, and help your system run more efficiently—huge for spectroscopy, medical gear, and high-power lasers.
Cost-Effective Customization
Pricing depends on material, shape, and order size. Laser Research Optics gives quotes on request, so you can find a balance between what you need and what you want to spend.
Expertise Backed by Legacy
Laser Research Optics operates as a division of Meller Optics, Inc. in Providence, Rhode Island. With decades of experience in precision optics, the team brings a lot of know-how to every component they make.
Driving Innovation in Precision Optics
This expansion in product offerings shows how laser and photonics technology keeps evolving. With custom sizes, coatings, and geometries, these precision optics raise the bar for reliability and efficiency across scientific, industrial, and defense sectors.
For innovators and engineers chasing high-performance optical systems, Laser Research Optics’ new custom fabrication options bring both precision and flexibility. Every component gets built to fit your needs, not the other way around.
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Here is the source article for this story: OPTICAL LENSES & WINDOWS FABRICATED TO CUSTOMER SPECIFICATIONS