Proses operasi pipa bender

Normalisasi jinis pipa
Nalika ngrancang lan nyusun pipa, busur sing berlebihan, kurva sewenang-wenang, senyawa bengkong lan busur luwih saka 180 derajat ora mung kanggo ngirit, nanging uga diwatesi kanthi ukuran ukuran pipa; Desain lan modhél kurva sewenang-wenang lan kurva senyawa ora pati penting, sing nyi-gedhe produksi mesin, lan angel kanggo operator kanggo nyingkirake tenaga kerja; Busur luwih saka 180 derajat ndadekake pipa tunjangan ora bisa mbukak cetakan cetakan .
Lenggah Standardisasi Radius
Radius bendahan kasebut kudu nyoba entuk "siji pipa pemeriksaan moyoki pertama" .} . . . . . . . . . . . . . . . . . . minangka "multi pipa Diameteripun lan spesifikasi sing padha kudu nggunakake radius bengkong sing padha, yaiku nggunakake macem-macem modul sing padha kanggo mbentuk pipa kanthi macem-macem modul {{2})
Bending radius
Ukuran pipa sing dirampungake radius nemtokake resistensi pipa nalika lengkeh .}}.}2-3
Kacepetan mbentuk
Pengaruh utama kacepetan mbentuk kualitas yaiku: Cepet banget, gampang nyebabake flattening bagean saka pipa, lan putusan ora bisa nyukupi syarat kasebut, nyebabake pipa; If the speed is too slow, it is easy to cause the wrinkling of the conduit and the slipping of the clamping block, and the pipe with large diameter is easy to cause the collapse of the curved part of the conduit. According to a large number of tests on these two CNC pipe benders, it is appropriate to determine the bending speed of the pipe as 20% - 40% of the maximum bending speed of the mesin .}
Mandrel lan jabatane
Sajrone proses pambengkong, inti batang kasebut utamane dadi peran ndhukung tembok batin pipa sing ora bisa digunakake kanggo nyegah mandrel . {{1 lan papat bales Mandrels, lsp .}}}}}}}}}}}}}}}}}}}}, bisa uga ana ing tangen saka mati, nanging akeh tes kasebut kudu mbuktekake manawa luwih becik yen wis dadi luwih apik kanggo nimbulake "Goose Kepala "Fenomena ing tembok njaba bagean sudhut mlengkung .