In order to ensure the seamless functioning of a high-performance optical system, it is essential to establish a foundation comprising suitable mechanical components that are well-maintained and accurately aligned.
In order to ensure the seamless functioning of a high-performance optical system, it is essential to establish a foundation comprising suitable mechanical components that are well-maintained and accurately aligned.
The electromagnetic spectrum encompasses a broad range of wavelengths, including Gamma rays, X rays, ultraviolet, visible light, infrared, and radio waves, arranged in order from shorter to longer wavelengths.
In microscopes, objective lenses play a crucial role as the most complex and important component. These lenses, designed as multi-element lenses located closest to the specimen
Manufacturing optical components faces challenges in achieving full clear apertures meeting specifications.
The camera lens captures the extent of the observable area in a single shot, known as the Field of View (FOV). This encompasses what one can see through the eyes or an optical device.
Optical Filters are used in AR/VR/MR (Augmented Reality, Virtual Reality, and Mixed Reality) to enhance the visual experience and make it more realistic. Here are a few examples of how filters are used in these fields
AR’s application boosts manufacturing efficiency and healthcare precision. Microsoft’s HoloLens is versatile, and the future holds promise for remote collaboration. Avantier’s optical solutions enhance AR performance, offering custom services for industry needs.
Holographic filters in AR/MR/VR enhance realism by manipulating light, addressing optical challenges, and improving image quality. Notable applications include expanding the field of view and reducing device components, exemplified by Microsoft HoloLens 2.
Optics are essential for AR/VR/MR displays. Explore near-eye, projection, components, and challenges like FOV & resolution.