Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 66 items
All products are sold individually as standard specification items. We offer quick delivery due to complete stock availability.
■Generates non-Gaussian line patterns ■Optimal for light intensity uniformity ■Outstanding performance from 193nm to 2.5μm *You can download the catalog from Edmund Optics Japan featuring this product below.*
Glass materials with excellent environmental resistance and temperature characteristics.
We have achieved a micro lens array that complies with the "Telcordia standards" using precision mold molding with glass materials that excel in environmental resistance and temperature characteristics. You can choose between options for collimators and LD coupling. Additionally, we have realized low-cost, mass production (capable of over 10,000 units per month) by leveraging mold production.
Manufacturing fine and high-precision cylindrical lenses using glass molding.
Features of SUMITA's Precision Glass Mold Lenses: ■ Supports production from small lots to mass production ■ Low cost ■ High precision ■ Can accommodate optical design ■ Prototype lenses available
It is possible to uniform the light emitted from deep ultraviolet LEDs and laser light.
The micro lens array uses silica glass as its material, allowing it to accommodate a wide range of wavelengths from infrared (IR) to visible (VIS) to ultraviolet (UV). It also has excellent heat resistance and low thermal expansion. Due to these characteristics, it can be compatible with various light sources, including deep ultraviolet LEDs and laser light. 【Features】 ◆ Uniform irradiation surface - The structure of lenses arranged both vertically and horizontally enables light uniformity. - The lens shape and configuration allow for changes in size for flat and line patterns. ◆ Free shape design - It can accommodate not only spherical shapes but also aspherical shapes.
Connectable to oscilloscopes and computers! High-sensitivity CCD array.
The high-sensitivity CCD array "CCD-2000M" is a high-sensitivity CCD array that can be connected to an oscilloscope or computer along with a direct AD converter. It is used for measurements such as beam profile, M2, and single-shot autocorrelators. 【Features】 ■ Number of pixels: 2048 ■ Pixel size: 14um ■ Spectral range: 320-1100nm ■ UV option: 190-1110nm *For more details, please download the catalog or contact us. *The catalog is available in English.
trinamiX's PbS array is available with a pitch starting from 50 µm. The number of pixels is up to 512.
trinamiX's PbS array is available with a pitch starting from 50 µm. Further customization is possible. Thanks to its unique thin-film encapsulation, it can be directly wire bonded to printed circuit boards.
![Micro Lens Array "Wet Etching" [High Precision, Custom Orders Available]](https://image.mono.ipros.com/public/product/image/766/2000384132/IPROS80786831584993146022.jpeg?w=280&h=280)
Micro lens array manufactured by Advanced Microoptic Systems, featuring high quality and precision through excellent wet etching technology.
The photolithography technology of aμs (chemical etching = isotropic etching) not only allows for the creation of optical components in various shapes but also enables lens quality, precise lens positioning accuracy, lens density, and the provision of diverse package types. Additionally, this technology possesses high effectiveness and reproducibility. By using unique, cutting-edge micro-optical components, refractive microlenses, and microlens arrays, it enables beam manipulation to achieve specific beam profiles and intensity distributions. These components are utilized in collimation, focusing, homogenizing, beam splitting, and imaging. "Examples of advantages of aμs microlenses compared to general optics": - High-efficiency shaping of beam profiles - High-efficiency intensity beam profiling - Simple and efficient beam multiplexing - Very effective bundling of multiple beams - Efficient collimation of diode laser emissions - High efficiency for photosensitive devices - Greater effectiveness for fiber systems - High precision in measurement systems and more.
Array pursues quality in high-frequency design and ultra-short delivery times.
Our high-frequency design array has established an "Inspection Room" in-house for the past ten years. We believe that communication with our customers during the pattern design stage is very important, especially in the constrained environment of circuit board manufacturing. We are grateful that many customers visit us daily for pattern checks. The array aims to be a refuge for customers facing issues with their circuit boards, offering simpler and new proposals, starting with BGA conversion boards. This problem-solving know-how enables us to achieve ultra-short delivery times, improve the quality of assembled boards, and reduce costs. Leveraging our strength in total support from design to component assembly, we will continue to work together as a team to be of service to our customers. We look forward to your continued guidance. 【Features】 - 24-hour support on weekends with ultra-short delivery times - Accumulation of high-frequency design know-how - Support for prototype development using cutting-edge technology - One-stop service from design to assembly For more details, please contact us or download our catalog.
To respond precisely to various needs arising from the advanced functionality and complexity of sensors, we are focusing on the design and production of custom-made semiconductors.
Please feel free to consult us about the miniaturization, lightweight design, and high density of semiconductors. We handle everything from discussions on prototype specifications to mass production as a total system, allowing for further cost reduction in manufacturing expenses such as production labor, component purchasing costs, and management fees.
It is a nanofiber with excellent conductive, thermal conductivity, and mechanical properties.
Multi-layer carbon nanotubes are oriented vertically on the substrate. It is possible to spin CNTs into a web-like structure from the substrate. They will be provided in a state where the CNTs are drawn out in a web-like form. Specifications: CNT diameter: 10–40 (nm) typ. Purity: >98 (%) Orientation direction: perpendicular to the substrate It is possible to spin them into a web-like structure in the horizontal direction relative to the substrate. If you are interested in purchasing the product or samples, please feel free to contact us.
Ultrasound imaging scanner using multi-channel pulse echo technology.
【Features】 - Capable of waveform display on the display device (zoom and scroll functions available) - Adjustable gain and pulse voltage - Capable of measuring propagation time, propagation speed, concrete strength, elastic modulus, and more - Various measurement modes tailored to different applications - Large memory capacity (8GB) - Data processing software - Compatible with various transducers - Transducer holder (optional)
Vertically oriented long carbon nanotubes
We are commercializing vertically aligned carbon nanotubes (CNT) on substrates by length. We may also be able to accommodate requests beyond standard products, so please contact us first.
