Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
166～180 item / All 1424 items
独自の光学技術と画像処理技術により世界最高クラスの可視化を実現！
『FG-RTシリーズ』は、従来の光学的検査方法に独自の画像処理技術を 開発し世界最高クラスの可視化検査を実現するガラス脈理検査装置です。 可視化レベルが極めて高く、不良が見つかった際に部署間や企業間で 確実な情報のやりとりと共有が可能です。 また、目視検証だけでは不良のグレード分けが困難でしたが、 指定箇所の輝度値を管理することによりクラス分けの指標にもなります。 【特長】 ■世界最高クラスの可視化検査の実現 ■観測空間にサンプルを投影させるだけで容易に検証可能 ■優れた操作性により膨大なサンプルの検査にも対応 ■長寿命LEDと手軽に交換が可能なカートリッジを搭載 ■光学系は用途に応じてカスタム対応も可能 ※詳しくはPDFをダウンロードしていただくか、お気軽にお問い合わせください。
Active in various industries nationwide, including factories, hospitals, and liquor stores.
Crush glass bottles into cullet. Can be installed on top of a drum, equipped with casters, and easy to change colors. Can accommodate up to gallon-sized bottles. Washable with water! Can be modified to operate on 100v power supply.
Providing technology and services that reach the itch! Managing deadlines and quality consistently with responsibility.
Since our establishment in 1972, we have sincerely faced our customers' challenges and problems as the "last resort for optical components." Moving forward, we will unite as a company and continue to provide technologies and services that meet our customers' needs as "Niko Optical in times of trouble." Our greatest strength is our ultra-short delivery times. We can respond within as little as 2 hours. We are continuously working to shorten delivery times. Additionally, we can reduce fixture production costs and shorten delivery times with our extensive inventory of fixtures, and we utilize our cooperative network to handle everything from material procurement, processing, and coating to the final product in a seamless manner. 【Three Strengths】 ■ Ultra-short delivery times ■ Abundant ideas ■ Comprehensive support, we can take care of everything *For more details, please refer to the PDF document or feel free to contact us.
Rod integrator lenses are used to utilize the end face as the light entrance and exit surface, with the purpose of homogenizing uneven energy distribution.
Rod integrator lenses are used to utilize the end face as the light entrance and exit surface, with the purpose of homogenizing uneven energy distribution. The light incident on the rod integrator undergoes total internal reflection repeatedly, resulting in a uniform illumination distribution. By transferring the image of this exit surface with a relay lens, a uniform energy distribution can be obtained at the final surface.
For the uniform illumination of light sources. High-quality fly-eye lenses from Daiko Seisakusho.
The fly-eye lens (integrator lens), which structures lenses arranged vertically and horizontally to homogenize light, is widely used in semiconductor manufacturing equipment, industrial inspection devices, and projectors. By using a fly-eye lens, even light sources with strong diffusion can be converted into uniform light. Daiko Seisakusho's fly-eye lens enables the integration of quartz glass through its unique lens fusion processing technology (patent obtained), achieving high precision bonding with high strength, durability, and heat resistance.
This is a lens for LED packages designed to improve the efficiency and performance of UV-LEDs (especially in the deep ultraviolet range).
The UV-LED Lens DLL series is a self-designed lens with excellent light transmission and heat resistance. It exhibits particularly high effectiveness against deep ultraviolet LEDs. *We also offer cavity types that can accommodate LED elements. 【Features】 ◆ Excellent optical characteristics - Transmits light well across a wide wavelength range from IR to visible light to UV - Especially in the UV range, it has superior light transmission compared to other materials ◆ Excellent heat resistance - Capable of complex shapes that are difficult to achieve with quartz glass and similar materials - No deformation due to heat generated by chips compared to other materials ◆ Support from prototyping to mass production - Accommodates from a few pieces to mass production levels - Low cost through molding - Customizable through in-house optical design
The light from the LED is emitted widely, but it is focused by the TIR lens to create collimated light.
Our company utilizes glass molding technology with silica glass, creating highly directional light by passing light emitted from UV-LEDs at wavelengths below 400nm through TIR lenses. We also achieve high radiant intensity, especially with deep ultraviolet LEDs that emit light below 300nm, making our products suitable for various applications. 【Features】 - Excellent light transmission in UV light (especially in the deep ultraviolet range) - Outstanding heat resistance - Increased illuminance due to high directivity 【Customer Challenges】 - Deep ultraviolet LEDs are expensive, so we want to minimize the number of LEDs used while maintaining illuminance... - I want to focus the light from deep ultraviolet LEDs, but are there lenses compatible with the deep ultraviolet range (UVC)? - Concerns about whether sufficient illuminance can be achieved when the distance to the target object is large.
Because it has a high transmittance in the deep ultraviolet range, it can eliminate light unevenness and achieve uniform light.
By applying a special treatment to the surface, a fine structure is created, allowing light emitted from the light source to be diffused without waste, thereby eliminating light unevenness and achieving uniform illumination. Since synthetic quartz glass is used as the material, it is compatible with deep ultraviolet wavelengths, has a high transmittance, and is extremely resistant to thermal effects, making it suitable for a wide range of applications beyond lighting. 【Features】 - Forms fine unevenness on the surface of quartz glass to diffuse transmitted light - High light transmittance (from deep ultraviolet to infrared) - Excellent heat resistance 【Usage Scenarios】 - Surface sterilization, uniform lighting, analysis/testing equipment, medical applications, image processing equipment, light source devices, etc.
Manufacturing of aspheric glass molded lenses. Providing a consistent service from design and prototyping to mass production.
【Glass Molding Lens Business】 Aspherical glass lens molding is a processing method that involves heating glass materials and pressing them with molds from above and below to create optical lenses. While it allows for the creation of free curves, forming aspheres with varying curvatures within the lens requires very challenging technology, considering the relationship between the physical properties of glass and temperature. Our company has advanced technology development, enabling mass production not only of large-diameter lenses exceeding 30mm, which were traditionally considered difficult to manufacture, but also of large-diameter lenses exceeding 50mm. 【Mold Release Film Business】 Mold release films for molding require harsh conditions. - The release film must withstand high temperatures. - It must have smooth slip properties for softened glass to spread easily. - Even under severe conditions, it must firmly adhere the mold and the film together. In place of the conventional rare metal-based films, our company has developed a new material for release films. 【Mold Business】 We manufacture molds with the optimal materials, shapes, and delivery times tailored to our customers' objectives. 【Prototype Business】 We position prototyping, the first step in product development, as one of the most important aspects. We provide speedy responses and short lead times for prototypes.
We accommodate the production and processing of all types of optical lenses.
Special processing: drilling, grooving, cutting, special free-form shapes. Precision grinding of optical lenses, prisms, cylindrical lenses, flat substrates, laser bases, optical mirror lenses, optical filter lenses, and other precision processing for laser optical systems, sensor systems, and medical/measurement optical systems.
We can accommodate all types of optical processing lenses.
Special processing: drilling, grooving, cutting, special free-form shapes. Precision grinding of optical lenses, prisms, cylindrical lenses, flat substrates, laser bases, optical mirror lenses, optical filter lenses, and precision machining of optical systems for lasers, sensor systems, and medical/measurement optical systems.
We can accommodate all types of optical processing lenses.
Special processing: drilling, grooving, cutting, special free-form shapes. Precision grinding of optical lenses, prisms, cylindrical lenses, flat substrates, laser bases, optical mirror lenses, optical filter lenses, and other precision processing for laser optical systems, sensor systems, and medical/measurement optical systems.
Compact and robust macro system! High-quality close-up and macro images can be captured. Suitable for many camera applications in photography, industry, and science!
It is a compact and robust macro system used for various camera applications in photography, industry, and science. It consists of a set of Schneider lenses (with a special aperture mechanism, helical mount, close-up rings, and camera adapters), allowing for the capture of very high-quality close-up and macro images. 【Features】 ■ Capable of obtaining high-quality close-up and macro images ■ Adopted for camera applications in photography, industry, and science *For more details, please refer to the PDF document or feel free to contact us.
A magnifying lens that can be used in combination with area CCD cameras! It allows you to capture small objects in high quality!
This is a magnifying lens that can be used in combination with the area CCD camera designed by Schneider. By combining them, you can capture high-quality images of small objects. 【Features】 ■ Capable of capturing high-quality images of small objects ■ Usable in combination with area CCD cameras *For more details, please refer to the PDF document or feel free to contact us.
