We can also handle and procure special steels such as S45C! Please consult us about mass production of press processing.
Are you having trouble with press processing of thick plates? Our company solves issues such as "Can it be pressed?" and "Can it be automated?" We can improve yield and achieve cost reductions of up to 7%. By controlling the XY axis with a zigzag leveler feeder and performing automatic feeding press processing in a single row, we can achieve cost reduction effects. Although multi-row die cutting can be expensive due to the high cost of die production, our company offers multi-row cutting processing with single-piece dies, making it advantageous in terms of initial costs. Please check the details on the following website: https://press-kongo.com/column/column8/ Feel free to contact us when you need assistance. 【Do you have any of the following issues?】 ■ (Machining) Can it be pressed? ■ (Single processing) Can it be automated? ■ (Cost reduction) Can yield be improved? *For more details, please refer to the PDF materials or feel free to contact us.
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basic information
Plate thickness: 0.8 to 10 mm for progressive processing Material width: up to 250 mm Maximum punching capacity: 12 mm
Price range
Delivery Time
Applications/Examples of results
Flat washer, spring washer, automotive plate nut, forged blank.
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Company information
Our company specializes in press cutting processing of thick plates in Sakai City, Osaka. We have experience with plate thicknesses ranging from t1.0 to t10.0 and outer diameters of approximately 200 mm. We are particularly skilled in progressive cutting processing of thick plates from t6.0 and above. We have one 500-ton press and two 150-ton presses, along with a press line equipped with a zigzag leveler, allowing us to offer cost advantages through improved yield and automation for mass production press cutting processing. In addition to press-processed products, we also have experience providing work for cold forging and machining, and we welcome inquiries about transitioning from other processing methods.