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Ho Chi Minh
PALETTE CO.,LTD ／ ARKTECHNICA Global Business Dep.
ARKTECHNICA Group is fully equipped with machining centers and offers a wide range of metalworking services including drilling, boring, milling, tapping, and reaming. With the concept of “Aiming to be the Convenience Store of Machining”, we respond to customer needs such as multi-variety production, small-lot orders, and short delivery times with assured quality and speed. Furthermore, with the goals of “Quick delivery response – Never saying No – Leveraging local strengths”, and based on the proven track record cultivated in Japan’s number one manufacturing city, Higashi-Osaka, we are able to support cost reduction for both mass production and single-piece orders, as well as production during long holidays (New Year, Golden Week, Obon).
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Tokyo
IDEA TECHNOLOGY CORPORATION JSC
Mechanical Design and Drafting Support: 2D CAD drawing tracing, parts breakdown, mechanical design support, 3D modeling, sheet metal fabrication drawing development, structural mechanics analysis, simulation, control panel design. Precision Machining of Mechanical Parts: OEM, CNC lathe products, CNC milling products, sheet metal processed products, welded frames, machined mechanical frames, jigs and fixtures (welding jigs, inspection jigs, clamping jigs). Automation Solutions: Palletizing, custom machine design and manufacturing, automatic packaging solutions, logistics and material handling solutions, AGV (Automated Guided Vehicle) solutions, MES system - production management and monitoring. OJT, Human Resources Training Center: Training and dispatch of mechanical design engineers and electrical programmers.
About Stainless steel
Hard anodizing (for large parts) is a type of anodic oxidation treatment that forms a thick, hard oxide film on the surface of aluminum alloys, particularly applied to large components. This treatment imparts excellent wear resistance, corrosion resistance, and electrical insulation properties, contributing to the extended lifespan of components. The processing method is anodic oxidation that maintains low temperature and high current density in an electrolyte such as sulfuric acid; however, for large items, uniform film formation, suppression of distortion during processing, and the design of dedicated large processing tanks, power supplies, and jigs are key technical considerations. It is widely adopted for large structural and functional components in fields such as aerospace, semiconductor manufacturing equipment, industrial machinery, and large molds, where high durability and reliability are required.
