Laser processing for thin plates and fine shapes with a thickness of 0.1mm, performed with high precision.
Processing of thin plates around 0.1mm and fine shapes can be done with high precision!
"Laser processing" refers to a processing method that utilizes the high-density energy obtained by focusing a laser beam to a single point for cutting and drilling materials such as metals. Generally, CO2 (carbon dioxide) lasers are widely used. It can be considered a type of thermal processing similar to gas cutting; however, the absorption rate of the laser light by the material is crucial. Therefore, cutting materials that easily reflect laser light, such as gold and silver, is particularly challenging. At Kuroda Seiki, we have introduced fine laser processing machines, allowing for high-precision processing (approximately ±0.02mm) of thin sheets around 0.1mm and intricate shapes. [Features of our laser processing] - Introduction of fine laser processing machines - High-precision processing (approximately ±0.02mm) of thin sheets around 0.1mm and intricate shapes *For more details, please refer to the PDF materials or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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【Usage】 ■Laser processing *For more details, please refer to the PDF document or feel free to contact us.
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Kuroda Seiki Co., Ltd. is a precision press parts prototyping company with the catchphrase "Your Prototype Factory." With a rich inventory of materials and the concept of a "convenience factory" operating 350 days a year, we achieve short delivery times through reliable technology from many skilled craftsmen. We have confidence as a specialized contractor with know-how for quickly producing inexpensive prototypes. Based on our prototyping expertise, we also offer proposals for cost reduction.
