Application Notes
Beam Expander
The Ronar-Smith® Beam Expander demands the highest beam broadening and collimation quality without compromising on the...
Read moreBeam Shaper
Laser beam shaping is a potential technique to optimize laser-material processing applications in improving the surface...
Read moreDOE: Beam Splitter & Shaper
DOE are added to laser systems to control the incident beam’s phase and amplitude, to ‘shape’...
Read moreDOE: How to Select a Beam Shaping DOE
In laser optics, diffractive optical elements (DOEs) are designed to transform collimated Gaussian beams into a...
Read moreF-Theta Scan Lens
Ronar-Smith® F-Theta Scan Lenses are meticulously designed and crafted for a broad range of laser applications....
Read moreFibre Bundle Imaging Lens
A fibre optic bundle is defined as any fibre optic assembly that contains more than one...
Read moreHandling and Cleaning Optics
Optical components require special methods to be followed to maximize their performance and lifetime. Daily use...
Read moreIR Objective Lens
The infrared objective lens is an integral part of the infrared vision system, which is used...
Read moreLaser Attenuator
A laser attenuator is an optical device capable of reducing the optical power or intensity of...
Read moreLaser Calroimetry
MatCalorie™ is the world’s first commercial absorption measurement system for optical components. In compliance with the...
Read moreLaser Cleaning Introduction
Laser cleaning technology refers to the use of high-energy laser beams to irradicate the surface of...
Read moreLaser Dazzler
The laser dazzler is a new type of instrument that temporarily disables its target with flash...
Read moreLaser Processing on Power Batteries
The demand for power batteries is growing fast with the rapid development of new energy vehicles....
Read moreLaser Rangefinder
The laser rangefinder module has the capability to measure a target distance and send the distance...
Read moreLaser Resonant Cavity Optics
Highly and partially reflective mirrors are the key optical components in the laser resonant cavity. The...
Read moreLaserEllips™
Most surfaces of optical components display isotropic polarizability. However, the non-normal incidence may break the symmetry,...
Read moreLWIR Fresnel Rhomb Retarder
Fresnel Rhomb Wave Retarders are made of common glass. The Retardation of Fresnel Rhomb retarders only...
Read moreMachine Vision for Translucent Materials
Image processing capability integrated together, with optical/mechanical/electronics capabilities, can deliver system-level solutions for the manufacturing industry.
Read moreMicro-Lens Array
Micro-lenses are sub-micrometer lenses (often up to 10 microns), typically made with fused silica due to...
Read moreMid-IR Borescope
Mid-IR borescope is an imaging instrument with customizable requirements for clear inspection of hard-to-access areas, such...
Read moreMid-IR Spectrometer
Mid-IR regime is proven to have rich absorption “finger-prints” of materials, demonstrated by benchtop measurement tools,...
Read morePrecision Glass Molding
Chalcogenide material is gradually taking over Germanium in the broad IR regime. It performs especially well...
Read moreSuper-Polished Optics
One of the technology engines in high value-add photonics service is in the area of high-power...
Read moreUV Lens Detectors
When high-voltage equipment discharges electricity, arc discharge may occur depending on the electric field strength, during...
Read moreVariable Beam Splitter
Precision laser applications require fine power control. A variable beam splitter with a large dynamic range...
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