Ukukhiqizwa kwe-welding yezimboni zamanje kuthumela izidingo ezidinga kakhulu izinga lokushisela. Ngakho-ke, kuya ngokuya kuba nzima ukuthola ochwepheshe bokushisela abanekhono futhi nezindleko zokuqasha ochwepheshe abanjengalaba abanolwazi lokushisela ziya ngokuya ngokuya phezulu. Kodwa ngenhlanhla, irobhothi lokushisela lasungulwa ngempumelelo. Ingenza izinhlobo ezahlukene zomsebenzi wokushisela ngokunemba okuphezulu, ikhwalithi ephezulu nesikhathi esifushane. Ngokusekelwe kuhlelo lokushisela, irobhothi lokushisela lingahlukaniswa libe irobhothi lokushisela, irobhothi le-arc welding, irobhothi lokushisela i-friction ne-laser welding irobhothi.
1.Spot welding irobhothi
Irobhothi le-Spot welding linomthwalo omkhulu osebenzayo nendawo enkulu yokusebenza. Imvamisa iza nesibhamu sendawo yokushisela esikwazi ukubona ukunyakaza okuguquguqukayo nokunembile. Lapho iqala ukuvela, yayisetshenziselwa ukuqinisa ukushisela kuphela, kodwa kamuva isetshenziselwa ukushisela okugxilile.
2.Arc welding irobhothi
Irobhothi lokushisela i-arc lisetshenziswa kabanzi ezimbonini eziningi ezahlukahlukene, njengemishini yendawo yonke nezakhiwo zensimbi. Kuyisistimu yokushisela eguquguqukayo. Ngesikhathi sokusebenza kwerobhothi yokushisela i-arc, isibhamu sokushisela sizohamba eduze komugqa we-weld futhi ngokuqhubekayo sengeze insimbi ukuze senze umugqa wokushisela. Ngakho-ke, isivinini nokunemba kwethrekhi yizici ezimbili ezibalulekile ekusebenzeni kwerobhothi ye-arc welding.
3.I-Friction ivuselela irobhothi le-welding
Ngesikhathi sokusebenza kwerobhothi le-welding, ngenxa yokudlidliza, ingcindezi ebekwe kulayini we-weld, usayizi we-spindle we-friction, ukuchezuka kwethrekhi eqondile kanye ne-lateral, isidingo esiphezulu sokucindezela okuhle, i-torque, ikhono lokuzwa amandla kanye nekhono lokulawula ithrekhi irobhothi liyadingeka.
4.Laser welding irobhothi
Ngokungafani namarobhothi okushisela ashiwo ngenhla, irobhothi le-laser welding lisebenzisa i-laser njengomthombo wokushisa. Imithombo ye-laser evamile ihlanganisa i-fiber laser ne-laser diode. Inokunemba okuphezulu kakhulu futhi iyakwazi ukubona ingxenye enkulu yokushisela kanye nokushisela ijika eliyinkimbinkimbi. Ngokuvamile, izingxenye ezinkulu zerobhothi lokushisela i-laser zihlanganisa ingalo yomshini elawulwa yi-servo, i-multi-axis, itafula elijikelezayo, ikhanda le-laser kanye nesistimu encane yokupholisa amanzi. Ungase uzibuze ukuthi kungani irobhothi lokushisela i-laser lingadinga uhlelo oluncane lokupholisa amanzi. Yebo, isetshenziselwa ukupholisa umthombo we-laser ngaphakathi kwerobhothi lokushisela i-laser ukuvimbela inkinga yokushisa ngokweqile. Isistimu yokupholisa esebenzayo ingasiza ekugcineni ukusebenza okuhle kakhulu kokushisela kwerobhothi lokushisela i-laser.
S&A Amasistimu we-Teyu CWFL ochungechunge oluncane lokupholisa amanzi angazakwethu ofanelekayo wokupholisa irobhothi lokushisela i-laser kusuka ku-500W kuya ku-20000W. Zibonakala ngokulawula izinga lokushisa okumbaxambili, ukuhlinzeka ngokupholisa ngakunye kwekhanda le-laser kanye nomthombo we-laser. Lokhu akugcini nje konga isikhala kodwa futhi konga imali kubasebenzisi. Ukuzinza kwezinga lokushisa kuhlanganisa±0.3℃,±0.5℃ futhi±1℃ okokukhetha. Bheka uchungechunge oluphelele lwezinhlelo zokupholisa amanzi ezincane ze-CWFL ku-https://www.chillermanual.net/fiber-laser-chillers_c2
