管道操作過程

管道類型的歸一化
在設計和排列管道時，應避免.超大弧度不僅會使工具笨重，而且還受管道彎管的尺寸限制，應避免.避免過多的弧度，任意曲線，化合物彎曲和弧形大於180度；任意曲線和復合曲線的設計和建模非常不合理，這極大地阻礙了機械化和自動生產，並且使操作員難以擺脫繁重的體力勞動；大於180度的弧線使管道無法卸載模具.
彎曲半徑標準化
The bending radius should try to achieve "one pipe the first mock examination" and "multiple pipes the first mock examination". For a pipe, no matter how many bends there are and the bending angle, the bending radius can only be one, because the pipe bender does not change the module during the bending process, which is "one pipe, one die". The "multi pipe the first mock examination" means that pipes with the same直徑和規範應盡可能使用相同的彎曲半徑，即使用相同的模塊以不同形狀彎曲管道，這有利於減少模塊的數量.
彎曲半徑
The size of the pipe bending radius determines the resistance of the pipe during bending. Generally speaking, the pipe diameter is large and the bending radius is small, so internal wrinkling and slipping are easy to occur during bending, and the bending quality is difficult to guarantee. Therefore, the R value of the bending die is generally 2-3 times of the pipe直徑.
彎曲速度
彎曲速度對形成質量的主要影響是：太快，很容易導致管道彎曲部分的平坦，圓度無法滿足要求，從而導致管道破裂和破裂；如果速度太慢，則很容易引起導管的皺紋和夾緊塊的滑動，並且直徑較大的管道​​很容易引起導管.}的彎曲部分的崩潰，根據這兩個CNC管道的大量測試，可以根據這兩個CNC彎曲器進行大量測試，以確定管道的最高速度，該速度是20％{2％} {2％{2％{2} {2} {2 {2} {2 {22機器.
Mandrel及其位置
在彎曲過程中，核能桿主要扮演著支撐管道彎曲半徑的內壁以防止其變形以防止其變形.，很難保證沒有MandRel .的家用管道彎曲的質量 etc. In addition, the position of the mandrel also has a certain impact on the bending forming of the conduit: theoretically, its tangent should be flush with the tangent of the bending die, but a large number of tests have proved that it is better to advance 1~2mm, and the bending quality is ideal at this time. Of course, too much advance will cause the so-called "goose head"彎曲部分.的外壁上的現象