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.
16～30 item / All 872 items
All products are sold individually as standard specification items. We provide short delivery times due to complete stock availability.
■Metal film surface mirror ■Adopts aluminum substrate; excellent cooling effect ■Ideal for LWIR laser applications ■Coating options of aluminum and gold *You can download the catalog from Edmund Optics Japan that features this product below.*
Support yield improvement through pressure management!
Support yield improvement through pressure management!
Support yield improvement through pressure management!
◆ We provide sensor sheets according to the size of the silicon wafer. ◆ We support both batch and single-sheet processing. ◆ The sensor sheets are ultra-thin, with a thickness of approximately 0.1mm, allowing measurements in conditions very close to actual use. ◆ Measurement data can be displayed in 2D and 3D screens. Additionally, the captured data can be replayed, and the analysis functions are comprehensive (please contact us for compatible computer models).
Improved wear resistance and corrosion resistance enhance equipment lifespan! It prevents the generation of particles during the production process.
Introducing "Polishing" to prevent particle generation in electronic component manufacturing equipment. In the automotive industry, which is undergoing a transformation in polishing, the trend towards CASE (Connected, Autonomous, Shared, Electric) is accelerating rapidly, and the electric vehicle market is expanding rapidly. In Japan, the electrification targets for commercial vehicles by 2035 are becoming more solidified, leading to an increase in the production of electronic components associated with electric vehicle manufacturing. One of the challenges is how to suppress the generation of particles (dust and particles), which are a major enemy of electronic components. Would you like to learn more about polishing and solve the challenges in electronic component manufacturing? 【Typical Polishing Methods】 ■ Lapping ■ Buffing ■ Barrel Polishing *For more details, please refer to the PDF document or feel free to contact us.
High grinding power and grinding force remain unchanged and do not deform; ceramic brushes. Achieving automation of surface burr removal and polishing.
An innovative brush that uses proprietary ceramic fibers as an abrasive material. With three key features: high grinding power, consistent grinding power until the end, and a shape that does not deform, it enables the automation of deburring on surfaces created after machining. It can be used not only for deburring but also for removing cutter marks and scratches, and for polishing to achieve a surface roughness of approximately Ra0.1μm. There are numerous applications in automotive parts such as engines and transmissions. In aircraft components, it has also been used with difficult-to-machine materials like Inconel and titanium.
Electrolytic abrasive polishing that enhances the corrosion resistance and non-adhesiveness of stainless steel.
Since the residual oil and grease from buff polishing can be completely removed, it can be used in a clean environment.
Processing that minimizes chipping to the extreme is possible! The glass surface can be processed into a highly precise flat surface.
Our company has handled a wide variety of custom optical cells and optical contact products in small quantities. When joining the glass components of these products, precise material processing that minimizes chipping and other issues is essential. Leveraging this processing technology and experience, we can process glass—a material prone to chipping—at a high precision level while keeping chipping to an extremely small size. The main processing methods involve a combination of rotary grinding machines, Oscar polishers, and ring-type polishers. 【Features】 ■ Capable of processing glass surfaces to a high-precision flatness ■ Achieves the production of flat surfaces with extremely few scratches and rectangular blocks with chipping sizes minimized to the utmost through high-quality, high-precision polishing *For more details, please refer to the PDF document or feel free to contact us.
I will explain the important polishing process for achieving uniform thickness of the printing film using photographs.
Here is an introduction to "squeegee grinding." When a squeegee is used for a long time, the edges can wear down due to friction with the plate, causing the surface of the squeegee to become uneven, which can lead to greater variation in film thickness. Variations in printing film thickness significantly affect product quality. For example, in electronic devices, it can impact characteristics such as electrical resistance and current capacity. To achieve uniform printing film thickness, it is important to use a "squeegee grinding machine" to grind the squeegee and maintain a consistently even edge. [Key Points] - Prolonged use of a squeegee can lead to edge wear due to friction with the plate. - An uneven surface on the squeegee can result in greater variation in film thickness. - Variations in printing film thickness have a significant impact on product quality. - To ensure uniform printing film thickness, it is crucial to keep the edge surface consistently even. *For more details, please refer to the PDF document or feel free to contact us.*
#400 polished stainless steel square tube! Cutting to the specified total length is also possible.
This is a #400 polished stainless steel square tube. We can accommodate cutting to specified lengths and the production of non-standard items. We also handle standard products and hairline finishes, so please visit our website or contact us for more information. 【Example of stock dimensions: side × thickness × length】Unit: millimeters (mm) ■ 7×1t×4000L ■ 9×1t×4000L ■ 10×1t×4000L ： ■ 100×3t×5000L Fujino Metal deals with materials such as stainless steel, brass, copper, aluminum, and nickel silver, and we offer various shapes including pipes, round bars, wires, square bars, and plates, as well as ball chains. We also support sales from a single piece, cutting, and the issuance of mill certificates. For more details, please visit our website or contact us.
#400 polished stainless steel pipe! Cutting to the specified total length is also possible.
This is a #400 polished stainless steel pipe. We have a range from 5.0mm to 216.3mm available. We can also accommodate cutting to specified lengths and production of non-standard items. We handle standard products and hairline finishes, so please check our website or contact us for more information. 【Example of stock dimensions: Width × Thickness × Length】Unit: Millimeters (mm) ■ 5.0×0.8t×4000L ■ 5.0×1.0t×4000L ■ 6.0×0.8t×4000L ： ■ 216.3×4.0t×6000L Fujino Metal deals with materials such as stainless steel, brass, copper, aluminum, and nickel silver, and we offer various shapes including pipes, round bars, wires, square bars, and plates, as well as ball chains. We also support sales from a single piece, cutting, and issuing mill certificates. For more details, please check our website or contact us.
Highly praised for training and study sessions! A guide that explains the basics of stainless steel and surface treatments (electropolishing, fluororesin coating).
The 'Confidential Notebook Full of Information on Stainless Steel and Surface Treatments (Electropolishing and Fluororesin Coating)' is a document that introduces the electropolishing and fluororesin coating of stainless steel and stainless containers used by Nitto Metal Industry. Regarding stainless steel, we explain the symbols SUS304, SUS316, and SUS316L. Our company manufactures containers from these stainless steel plates, primarily providing them to pharmaceutical manufacturers, as well as cosmetics, food, and chemical manufacturing companies. For electropolishing, we present the methods for electropolishing the stainless steel (SUS304, SUS316L) we use, as well as the characteristics demonstrated by the electropolishing process. Additionally, concerning fluororesin coating, we explain the characteristics of fluororesin coating and the selection of materials. *This document is available for immediate viewing via [Download].
