Microfabrication differs from conventional processing in that there are various considerations during design and processing.
Microfabrication differs from conventional machining in that there are various considerations during design and processing. In "Points of Microfabrication," it is noted that "the shapes are extremely small, making it impossible to visually confirm the shape or the progress of processing," "manual work cannot be performed on micro shapes," "while the objects being processed are extremely small, the tools are also extremely small, resulting in longer processing times," "specialized equipment is required for production," "specialized equipment is required for inspection," "because the cutting tools are extremely small, they may not withstand hard materials," and "if the material is soft, micro parts are weak against processing loads." Various countermeasures are provided for these characteristics of microfabrication. For more details, please contact us or refer to the catalog.
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**Characteristics of Microfabrication** - Due to the extremely small shape, visual confirmation of the shape or processing status cannot be done with the naked eye. - Manual work is not possible for micro shapes. - The target for processing is extremely small, but the tools are also very small, resulting in longer processing times. - Dedicated equipment is required for production. - Dedicated equipment is required for inspection. - Material costs are low. - As the parts are small, the entire device using them can be made smaller. - There are cost advantages during mass production. - Due to the small size of the parts, fine adjustments are easier during manufacturing. - Because the cutting tools are extremely small, they do not hold up well with hard materials. - If the material is soft, micro parts are weak against processing loads. - Adjustments on the micron order are affected by temperature. For more details, please contact us or refer to the catalog.
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Since its founding in 1970, Goto Seiki has cultivated cutting processing technology, particularly in the field of optical and measuring instruments, where high precision and shape requirements are demanded. This has become the foundational technology for our precision parts manufacturing. In the realm of development and prototyping that supports the forefront of manufacturing, this advanced cutting technology is indispensable. Additionally, we continue to evolve as a versatile group aiming for optimization in precision parts processing using non-ferrous metals and resins, as well as in micro-machining and mold technology.