Optical lenses are optical components designed in a way to focus or diverge light. These lenses can be consisting of single or multiple elements. As light passes through an optical lens, it is affected by the lens’ profile or substrate. A Plano-Convex (PCX) or Double-Convex (DCX) lens makes light to focus to a point. Plano concave lenses makes light traveling through the lens to diverge. Some of the leading optical components provider specialize in designing and manufacture many different types of standard and custom lenses used in diversified industrial applications. These lenses are often used for a wide range of applications and are utilized by diversified industries such as life sciences, imaging, industrial, or defense.
An achromatic lens is designed in a way to limit the effects of chromatic and spherical aberration. These lenses are usually consists of two optical components typically a positive low-index (crown) element and a negative high-index (flint) element. It is available in a variety of configurations, most notably, positive, negative, triplet, and aphorized. These lenses are often used in imaging systems, as needed for photography, microscopy and video recording and so on.
Collimating lens is used for transforming divergent light beams into parallel beams. These lenses are designed for a varied range of applications ranging from the UV to visible to long wave infrared range. They are also popularly used in display measurement applications such as measuring displays, which includes color analysis, white point adjustment, flicker, response time gamma, etc.
Cylinder lens is used in a broad range of industrial, research and OEM applications. These lenses are popularly used in spectroscopy, holography, laser scanning optical metrology, acousto-optic and laser diode applications. Most manufacturers provide custom made lenses to suit the varied industrial needs.
Rod lens is adorned with number of characteristics that makes them perfect fit for varied optical devices. Theses lenses are used in optical devices for manipulating and processing the optical signals in fiber communication systems. They can be either cemented directly or to the other elements of a device, so as to provide compact, solid m stale and rugged structure.
Sapphire lens is ideal choice for UV, Visible and IR applications. These lenses have excellent mechanical strength and hardness and thermal and chemical resistance and scratch resistance features. All these characteristics make them perfect choice for lens applications. Sapphire is inert and resistant to attack from most processing environments, such as hydrofluoric acid.
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