[Processing Example] Progressive Forging

basic information

**Features** ■Mold Technology - By in-house manufacturing of molds, we can quickly produce prototypes from trial molds. - We can develop new processing methods. ■Equipment - With high rigidity and high precision presses, including servo presses, we can perform processing that cannot be done with crank presses. ■Production Technology - We are committed to training skilled personnel in press technology to produce high-quality mass production. *For more details, please refer to the PDF document or feel free to contact us.*

Price information

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Delivery Time

Applications/Examples of results

【Processing Examples】 <1> ■Features: 1. Groove pressing with a width of 5.4 and a depth of 2.5 2. Serration processing on the inner diameter ■Material: SPFH540 ■Thickness: t4.5 <2> ■Features: Normally, significant thinning occurs during beading processing, but to maximize the seating surface, thinning after beading is kept below R0.4 ■Material: S45C ■Thickness: t3.2 <3> ■Features: 1. Full circumferential shearing processing 2. Corner R0.5 MAX ■Material: SPHC ■Thickness: t5.0 <4> ■Features: 1. Reducing thickness from t4.5 to a flange thickness of 1.8 2. Transitioning from cutting to a different processing method ■Material: S55C ■Thickness: t4.5 *For more details, please refer to the PDF document or feel free to contact us.

Detailed information

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  <2> <2> ■Features: In bar turning processing, large deformation usually occurs, but to maximize the seat surface, the deformation after bar turning is kept to R0.4 or less. ■Material: S45C ■Plate thickness: t3.2

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  <3> ■Features: 1. Full circumference shearing processing 2. Corner R0.5 MAX ■Material: SPHC ■Thickness: t5.0

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  <4> ■Features: 1. Reduced thickness from t4.5 to a flange thickness of 1.8 2. Method transition from cutting ■Material: S55C ■Plate thickness: t4.5