[Processing Example] Production of jigs through lathe and machining processing of cast materials.
This is an introduction to a machining case of FCD700 (Φ330×390). We utilize NC lathes and machining to create complex shapes.
This is an introduction to examples of jig manufacturing using lathe and machining processing for cast materials. 【Solving these problems!】 ■ We are struggling because we have no suppliers that can handle cast processing and product sizes. ■ There is a challenge where the product and tool holder interfere during end face tapping processing. *For details on prototype proposals and mass production proposals, please refer to the PDF available for download.
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*For other processing techniques and production examples, please refer to the case study collection available for download.
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Company information
We have NC lathes, vertical machining centers, horizontal machining centers, surface grinders, cylindrical grinders, internal grinders, vertical grinders, and three-dimensional measuring machines in-house, allowing for consistent production from medium-sized round workpieces to large-sized ones (Φ200 to Φ800) using our in-house equipment. We can also handle smaller workpieces ranging from Φ50 to Φ300. We are also considering machining from solid materials for prototype parts, as well as processing difficult materials such as titanium and Stellite. Common inquiries often involve flanges with precision requirements for coaxiality, concentricity, roundness, perpendicularity, and parallelism around 0.005 mm. Items such as stator sleeves used in motors, which require thin walls and lead groove machining, can be finished with high precision using our vertical grinding machines. We can propose ways to reduce the management workload for your ordering personnel, so please feel free to consult with us.