Points on cost reduction design for difficult-to-cut materials and shape design considering cutting conditions.
We will introduce key points for reducing man-hours and improving quality during the design phase of precision machining parts, based on the essentials of design and manufacturing. This includes "key points for cost-reduction design of difficult-to-cut materials," "key points for shape design considering cutting conditions," "key points for claw shape design in high-precision parts," "key points for burr-free processing design in high-precision parts," "key points for design aimed at reducing finishing processes for precision machining parts," "key points for reducing machining man-hours by adopting R shapes from edge shapes," and "key points 1 and 2 for reducing setup man-hours through standardization of materials used." For more details, please contact us or refer to the catalog.
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basic information
【Publication Content】 - Key points for cost reduction design of difficult-to-cut materials - Key points for shape design considering cutting conditions - Key points for claw shape design in high-precision parts - Key points for burr-free processing design in high-precision parts - Key points for reducing finishing process in micro-machined parts - Key points for reducing processing man-hours by adopting R shapes from edge shapes - Key point 1 for reducing setup man-hours through standardization of used materials - Key point 2 for reducing setup man-hours through standardization of used materials For more details, please contact us or refer to the catalog.
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Company information
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.