Solution Technology in Dimension Accuracy for Ultra High ...
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Solution Technology in Dimension Accuracy for Ultra High-Tensile Strength Steel Sheet: Pulsation Management Technology, Repeated Bending Technology 1. Under Development 3. Commercialized 2. Development Completed Effect progress Points The parts dimension is stabilized regardless of the strength of the material. Characteristics: 1 st P r o c e s s ②Change of Angle (Die Shoulder) Wall Camber Conventional Fo r m i n g Springing Control, Double-Bending ①Wall camber and ② c h a n ge o f a ngle ( die shoulder ) a r e r e d u ced by cont r o lling the tilt angle θ of t h e v e r t ic a l w a l l ③Change of angle (punch shoulder) is reduced by controlling the bending position shi f t△W →Linear wall (90°) h a t ch a n n e l is realized. ③Change of Angle (Punch Shoulder) 2 n d P r o c e ss Springing Control Springing Control Double-Bending Double-Bending Hat channel w i t h excellent d i mension accuracy is fo r m ed in t w o pro c e s s e s Hat channel with excellent dimension accuracy is formed in two processes Springing Control Springing Control Double-Bending Double-Bending (Co r re c t se t ting of t h e t ilt angle θ of ve r t i ca l wall) (Correct setting of the tilt angle θ of vertical wall) (Correct setting of the bending position shift△W) (Correct setting of the bending position shift△W) 1 s t Process: 2 n d Process: 1 st Process: 2 nd Process:
Transcript of Solution Technology in Dimension Accuracy for Ultra High ...
Solution Technology in Dimension Accuracy forUltra High-Tensile Strength Steel Sheet:
Pulsation Management Technology, Repeated Bending Technology
1. Under Development 3. Commercialized2. Development Completed
Effect
progress
Points
The parts dimension is stabilized regardless of the strength of the material.
Characteristics:
1st Process
②Change of Angle
(Die Shoulder)
Wall Camber
Conventional Forming Springing Control, Double-Bending
①Wall camber and ②change of angle (die shoulder)
are reduced by controlling the tilt angle θ
of the vertical wall
③Change of angle (punch shoulder) is reduced
by controlling the bending position shift△W
→Linear wall (90°) hat channel is realized.
③Change of Angle
(Punch Shoulder)
2nd Process
SpringingControl SpringingControl Double-BendingDouble-Bending
Hat channel with excellent dimension accuracy is formed in two processesHat channel with excellent dimension accuracy is formed in two processes
Springing Control Springing Control
Double-BendingDouble-Bending
(Correct setting of the tilt angle θ of vertical wall)(Correct setting of the tilt angle θ of vertical wall)
(Correct setting of the bending position shift△W)(Correct setting of the bending position shift△W)
1st Process:
2nd Process:
1st Process:
2nd Process:
