Optical Apparatus Manufacturers in Thailand

Although we try to list all Factories in Thailand, it's not always possible. Many manufacturers simply do not have a web presence.
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Carton Optical (Siam) Co., Ltd. - www.cartonmicroscope.com

Carton Optical (Siam) Co.,Ltd. provides a complete selection of microscopes and optical products, ranging from biological and stereo microscopes, to binoculars and trinobulars. These come with various types of stand and function. Magnifiers and optical accessories are also included in the company's long list of product categories. Some of the company's products are made for the domestic market, while others are exported abroad to serve the requirements of a reputable range of overseas customer in the U.S.A., Japan, Europe and in the Asian region. Aside from its quality products, Carton Optical (Siam) Co.,Ltd. is committed to providing a full range of unmatched standards of services, with competitive prices and efficient after-sales services. Punctual delivery also ensures maximum customer satisfaction.

Nikon (Thailand) Co., Ltd. - www.nikon.co.jp

Digital camera, lens for digital camera, mechanical part and coating, painting, printing and more.

Thai Optical Group Public Co., Ltd. - www.thaiopticalgroup.com

TOG creates optical lenses (plastic lens, hard resin lens), with advanced technology, to resolve the most basic to the most complex eyesight problems. Moreover, Thai Optical Group endeavors to ensure lenses also comply with customer lifestyle requirements, meaning comfort, strength, durability, aesthetics, fashion-consciousness and safety.

Polyoptics Co., Ltd. - www.polyoptics.co.th

The company is dedicated to manufacturing a full range of ophthalmic lenses made from POLYMER on CR-39 (1.5) and Hi-index (1.6). They have their own production facility for both spherical and cylindrical moulds. They are committed to the ultimate mission of manufacturing quality ophthalmic lenses and providing world-class services and, at the same time, maintaining the environment quality and promoting our employees’ quality of life.

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What is: optics

Optics (appearance or look in Ancient Greek) is a branch of physics that describes the behavior and properties of light and the interaction of light with matter. Optics explains optical phenomena.
The field of optics usually describes the behavior of visible, infrared, and ultraviolet light; however because light is an electromagnetic wave, analogous phenomena occur in X-rays, microwaves, radio waves, and other forms of electromagnetic radiation. Optics can thus be regarded as a sub-field of electromagnetism. Some optical phenomena depend on the quantum nature of light relating some areas of optics to quantum mechanics. In practice, the vast majority of optical phenomena can be accounted for using the electromagnetic description of light, as described by Maxwell's Equations.
The field of optics has its own identity, societies, and conferences. The pure science aspects of the field are often called optical science or optical physics. Applied optical sciences are often called optical engineering. Applications of optical engineering related specifically to illumination systems are called illumination engineering. Each of these disciplines tends to be quite different in its applications, technical skills, focus, and professional affiliations. More recent innovations in optical engineering are often categorized as photonics or optoelectronics. The boundaries between these fields and "optics" are often unclear, and the terms are used differently in different parts of the world and in different areas of industry.
Because of the wide application of the science of "light" to real-world applications, the areas of optical science and optical engineering tend to be very cross-disciplinary. Optical science is a part of many related disciplines including electrical engineering, physics, psychology, medicine (particularly ophthalmology and optometry), and others. Additionally, the most complete description of optical behavior, as known to physics, is unnecessarily complicated for most problems, so particular simplified models are used. These limited models adequately describe subsets of optical phenomena while ignoring behavior irrelevant and/or undetectable to the system of interest. (Many thanks to wikipedia)