Special Optics

In laser processing, precision comes down to how tightly you can control the beam Our laser scanning optics are designed to deliver ultra-fine spot sizes and high-resolution beam positioning, enabling the level of control required for modern micro-machining applications These F-Theta scan lenses provide: - Diffraction-limited performance for maximum resolution - Flat field imaging to maintain accuracy across the entire scan area - High-damage-threshold designs for demanding laser environments - Coverage from UV to IR wavelengths for application flexibility The result is consistent, repeatable performance across applications like: - Laser cutting and drilling - Precision marking and scribing - Solar cell manufacturing and PCB processing - Confocal laser scanning in biotech systems For applications where microns matter, the optics defining your beam path are just as critical as the laser itself Learn more: https://ow.ly/6uZh50Z6jGy #Optics #Lasers #LaserOptics #Photonics

Last week's Quantum Tech World was a great chance to connect with innovators in this rapidly developing market and unveil our new Q-Series Objectives for quantum applications! The Q-Series Objectives are: - Purpose-built for quantum applications and available off-the-shelf without long custom lead times - Designed to handle high laser powers, letting customers manipulate more atoms at a time - Optimized for excellent color correction to handle multiple laser wavelengths Stay tuned for more information on how these new objectives are enabling the next generation of quantum applications #QuantumTech2026 #QuantumComputing #QuantumTechnology #Quantum #Physics

This Quantum Tech World 2026, Special Optics and Zygo are unveiling our new Q-Series Objectives for quantum applications! The Q-Series Objectives are: - Purpose-built for quantum applications and available off-the-shelf without long custom lead times - Designed to handle high laser powers, letting customers manipulate more atoms at a time - Optimized for excellent color correction to handle multiple laser wavelengths If you're in Boston on June 25-26 for Quantum Tech World 2026, be sure to stop by our booth to see how these new objectives are enabling the next generation of quantum applications #QuantumTech2026 #QuantumComputing #QuantumTechnology #Quantum #Physics

“Superpolishing” is often described in terms of angstrom‑level roughness, but its real value lies in controlling the spatial frequencies that directly limit optical system performance Our new blog dives into the nuances of large area superpolishing flat optics, key applications where this level of precision is necessary, and Zygo's superpolishing capabilities Learn more: https://ow.ly/mf6m50ZcqqY At Zygo, our large-area superpolishing capabilities are the result of decades of experience in optics fabrication, refined process control, and metrology that spans the entire spatial frequency spectrum from full clear aperture down to angstrom-scale features #Optics #OpticalManufacturing #Photonics #PrecisionManufacturing

Our Custom Microscope Objectives deliver tailored solutions for demanding imaging needs in life sciences, semiconductor inspection, and advanced research From specialized wavelengths to unique working distances, our team designs objectives that meet your exact specifications. To learn more about how we create custom optics to solve complex imaging challenges, visit: https://ow.ly/ccVL50YTG4s #Microscopy #Optics #OpticalDesign #Photonics

The Montreal Manufacturing Technology Show (MMTS) was a great chance to highlight our imaging and metrology solutions We showed live demos of: - Our new, ultra-compact PL-U Series Cameras used with Navitar, Inc. Zoom 7000-2 Macro Lenses - Tunable liquid lenses for quick, electronic autofocus - The Zygo ZeGage Pro 3D Optical Profilers for non-contact 3D surface measurement Thanks to everyone who stopped by our booth! #Imaging #Manufacturing #Metrology #MMTS2026

A modular in-vivo multiphoton microscopy system (MIMMS) for performing two-photon laser scanning microscopy (TPLSM) for in-vivo applications was developed by Daniel Flickinger and his team at Howard Hughes Medical Institute (HHMI) Janelia Farm Research Campus The system has an open-frame type design, giving it maximum flexibility to switch out major components We designed a 5.33X custom scan and tube lens and a 2.7X custom scan and tube lens for the two-photon MIMMS design Learn more about our custom microscope objective design capabilities here: https://ow.ly/Ra6e50Xym5M #Optics Microscopy #Science #STEM

Our Custom Microscope Objectives deliver tailored solutions for demanding imaging needs in life sciences, semiconductor inspection, and advanced research From specialized wavelengths to unique working distances, our team designs objectives that meet your exact specifications To learn more about how we create custom optics to solve complex imaging challenges, visit: https://lnkd.in/dmaTPS9D #Microscopy #Optics #OpticalManufacturing #Imaging

Semiconductor inspection isn’t just about pixels; it’s a systems problem The teams that scale aren’t only pushing for higher resolution. They’re designing imaging stacks that remain stable on the factory floor, integrate cleanly with automation, and adapt as nodes, materials, and packaging technologies evolve In our latest blog, we break down a six-step framework we’ve seen succeed across wafer processing, dicing, die attach/bonding, and advanced packaging From defining the inspection question and contrast mechanism, to planning spectral strategy (VIS → NIR → SWIR), to engineering for repeatability, this is a practical checklist you can apply right away Read it now: https://ow.ly/jaIs50YFi9l #Semiconductor #MachineVision #Inspection #Metrology #Automation #ImagingSystems #Optics

When clarity, accuracy, and reliability matter in your microscopy application, your camera makes all the difference Pixelink Microscopy Cameras are designed to deliver high‑quality imaging for life sciences, materials research, industrial inspection, and advanced microscopy applications Built for performance and ease of integration, they provide researchers and engineers with the image fidelity needed to capture fine detail and subtle contrast These cameras feature: - High‑resolution sensors for detailed imaging - Low noise and excellent color reproduction - Fast frame rates for live imaging and analysis - Flexible software support for research and OEM environments Learn more at https://lnkd.in/eBpdmwww #Microscopy #ScientificImaging #LifeSciences #MachineVision #OpticalEngineering #Imaging