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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 Belt
Belt manufacturing is a processing category that produces belts with diverse functions such as power transmission, conveyance, and synchronization. A wide variety of materials such as rubber, resin, metal, and fiber are used, and depending on the application, high durability, heat resistance, oil resistance, and high precision are required. Main processing methods include material kneading and extrusion molding, main body molding by vulcanization molding or injection molding, incorporation of reinforcing materials such as steel and aramid, precise cutting, tooth profile processing, and adhesion/welding. Their applications are extensive, including automotive timing belts and V-belts, conveyor belts for industrial machinery, and drive belts for precision equipment. The functionality and reliability of the product are greatly influenced by the combination of material properties and processing technology.
