Freeform optics are custom-designed optical components with irregular surface shapes, enabling precise light manipulation. Unlike traditional symmetric optical components, freeform optics offer unique advantages, such as compactness, weight reduction, enhanced performance, and tailored functionality.
There’s a promising new way to improve image quality and correct for the inevitable aberrations in high resolution microscopy. Adaptive optics for microscopy.
Augmented reality (AR) glasses are advanced devices that integrate waveguide technology to seamlessly blend real-world visuals with computer-generated information, such as images, sounds, and videos.
In the realm of optical technology, where precision, durability, and high performance are paramount, Super High Durability (SHD) coatings stand out as essential advancements.
With rapid advances in electronics and wireless technology, electromagnetic interference (EMI) has become a major concern, often impacting the performance of sensitive equipment.
If you need to protect a delicate experimental setup from unwanted heat, you may need a hot mirror or a cold mirror.
Optical prisms are solid glass optical components that can be used to manipulate light in many ways.
In the continuous evolution of optical technology, stress-free objective lenses have emerged as a leading solution, particularly for advanced polarized light microscopy.
Sometimes, standard metallic mirrors can’t reflect as much light as you need. That’s when you turn to an ultra broadband metallic mirror.
Increasing the numerical aperture of an optical system may increase the resolving power, but it’s not a foolproof way to improve performance.
