Parts manufacturing from one piece.
We accept various metal processing and parts manufacturing, including aluminum, stainless steel, brass, iron, copper, titanium, carbide, gold, silver, platinum, tungsten, molybdenum, Hastelloy, lead, vanadium, bismuth, and more. 【Other Processing Technologies】 - Cutting processing (lathe processing, milling processing, gun drilling, keyway processing, gear cutting processing) - Electrical discharge processing (wire cutting, die-sinking discharge, fine hole discharge) - Polishing (flat polishing, cylindrical polishing, buff polishing, aerolap) - Laser processing (laser cutting) - Water jet processing - Sheet metal processing - Press processing - Argon welding, brazing - Mechanical engraving, laser marking - Surface treatments such as plating, anodizing, blackening, and Raiden - Surface finishing such as buff polishing, sandblasting, and hairline - Data creation using 3D CAD, creation of processing drawings
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【Materials Handled】 ◆ Metals Aluminum | Stainless Steel | Iron | Copper | Brass | Titanium | Molybdenum | Vanadium | Inconel | Tungsten | Carbide | Hastelloy | Pure Nickel | Beryllium Copper | Kovar | Gold | Silver | Platinum | Porous Aluminum | ◆ Resins Acrylic | PVC | Polycarbonate | Polypropylene | Polyethylene | MC Nylon | Teflon | Delrin | Duracon | ABS | Fabric Bake | Paper Bake | Glass Epoxy | PEEK | ◆ Ceramics Machinable Ceramics | Alumina | Zirconia | Aluminum Nitride | Silicon Nitride | Silicon Carbide | ◆ Carbon ◆ Glass ◆ Rubber Others We have partnerships with numerous cooperating factories, so please consult us for special processing.
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Today, the technology for parts processing is moving towards higher precision, faster speeds, and greater complexity, and it is undoubtedly true that most of this progress is driven by advancements in machinery. However, there are aspects of technology that cannot be matched solely by machine advancements; there will always be areas that rely on human skill and expertise. In extreme cases, components such as the nose sections of airplanes and shinkansen trains are made using hand-spinning techniques, and the sliding surfaces of machine tools (the foundation for high precision) are finished with hand scraping. While not to that extent, in our processing as well, there are many techniques that can only be acquired through years of experience and effort (for example, methods for clamping items and shaping cutting tools). We believe that by nurturing craftsmen with such skills, our company can contribute to society.