Leave high-difficulty processing and difficult-to-cut materials for prototyping and mass production to us.
Fine Tech Co., Ltd. is a manufacturing company specialized in precision processing of special materials. We are equipped with a composite machining center that can handle large-diameter processed products such as jet engine parts. We have a 5-axis composite machining machine with a size of Φ1200×800mm and a horizontal machining center measuring 1500×1500×800mm. Additionally, we accept one-off parts utilizing our know-how in high-precision machining of components, quantifying customer sensibilities and proposing plans. Please take advantage of our diverse machining technology. 【Features】 ■ Precision machining with finishing accuracy of 2 to 5μ ■ Capable of meeting a wide range of quality standards and lot sizes for semiconductor manufacturing equipment, medical devices, and optical equipment ■ Compatible with product sizes up to 1500mm×1500mm and large processed products of φ1200mm ■ Manufacturing of one-off parts *For more details, please download the PDF or feel free to contact us.
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**Main Production Equipment** ■ Simultaneous 5-axis Machining - DMG Mori MILLTAP700 5axis ■ NC Composite Lathe - Okuma LB3000EXII ■ Vertical Machining - DMG Mori CMX800V ■ 5-axis Composite Machining Center - Okuma Howa VTM120YB ■ Horizontal Machining - Mori Seiki NH5000DCG - Mazak FH10800 ■ Wire Electrical Discharge Machine - Mitsubishi C110SZ ■ CAD/CAM - hyperMILL 5axis ■ 3D Coordinate Measuring Machine - Tokyo Seimitsu SVAfusion/SVA800A *For more details, please download the PDF or feel free to contact us.*
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Fine Tech Co., Ltd. has been challenging new processing technologies and new material processing since its establishment in 1965. Focusing on non-ferrous metals, we have a wealth of experience in precision machining of high-difficulty and difficult-to-cut materials such as magnesium alloys, Hastelloy, and Inconel. Based on our achievements in processing precision parts for medical device components, semiconductor manufacturing equipment, and optical instruments, we are kicking off towards mass production for areas such as aircraft engines, responding to a wide range of demands in fields that require strict quality control and stable precision management.