Izigaba ezi-3 zamarobhothi wokushisela okuzenzakalelayo

Ukukhiqizwa kokushisela kwezimboni kwamanje kubeka izidingo ezidinga kakhulu kwikhwalithi yokushisela. Ngakho-ke, kuya kuba nzima kakhulu ukuthola ochwepheshe bokushisela abanekhono futhi izindleko zokuqasha ochwepheshe bokushisela abanolwazi ziya ngokuya zikhuphuka. Kodwa ngenhlanhla, irobhothi lokushisela lasungulwa ngempumelelo. Lingenza izinhlobo ezahlukene zomsebenzi wokushisela ngokunemba okuphezulu, ikhwalithi ephezulu kanye nesikhathi esifushane. Ngokusekelwe kubuchwepheshe bokushisela, irobhothi lokushisela lingahlukaniswa ngamarobhothi okushisela aqondile, irobhothi lokushisela i-arc, irobhothi lokushisela elinomfutho wokujikijelana kanye nerobhothi lokushisela le-laser.

1. Irobhothi lokushisela amabala

Irobhothi lokushisela eliyi-Spot linomthwalo omkhulu osebenzayo kanye nendawo enkulu yokusebenza. Livame ukuza nesibhamu esithile sokushisela esiyi-Spot esingasebenza ngokuguquguquka nangokunembile. Lapho liqala ukubonakala, lalisetshenziselwa kuphela ukuqinisa ukushisela, kodwa kamuva lisetshenziselwa ukushisela endaweni eqondile.

2. Irobhothi lokushisela i-arc

Irobhothi lokushisela i-arc lisetshenziswa kabanzi emikhakheni eminingi ehlukene, njengemishini esezingeni eliphezulu kanye nezakhiwo zensimbi. Luhlelo lokushisela oluguquguqukayo. Ngesikhathi sokusebenza kwerobhothi lokushisela i-arc, isibhamu sokushisela sizohamba emgqeni wokushisela futhi siqhubeke nokwengeza insimbi ukuze sakhe umugqa wokushisela. Ngakho-ke, isivinini kanye nokunemba kwethrekhi yizici ezimbili ezibalulekile ekusebenzeni kwerobhothi lokushisela i-arc.

3. Irobhothi lokushisela elihlanganisa ukungqubuzana

Ngesikhathi sokusebenza kwerobhothi lokushisela i-friction stir, ngenxa yokudlidliza, ingcindezi ebekwe emgqeni wokushisela, usayizi we-friction spindle, ukuphambuka kwethrekhi eqondile neseceleni, isidingo esikhulu sokucindezela okuhle, i-torque, ikhono lokuzwa amandla kanye nekhono lokulawula ithrekhi lerobhothi kuyadingeka.

4. Irobhothi lokushisela nge-laser

Ngokungafani namarobhothi okushisela ashiwo ngenhla, irobhothi lokushisela nge-laser lisebenzisa i-laser njengomthombo wokushisa. Imithombo evamile ye-laser ifaka i-laser ye-fiber kanye ne-laser diode. Inokunemba okuphezulu kakhulu futhi iyakwazi ukwenza ukushisela okukhulu kanye nokushisela okuyinkimbinkimbi kwejika. Ngokuvamile, izingxenye ezinkulu zerobhothi lokushisela nge-laser zifaka ingalo yomshini elawulwa yi-servo, ene-axis eminingi, itafula elijikelezayo, ikhanda le-laser kanye nohlelo lokupholisa amanzi amancane. Ungase uzibuze ukuthi kungani irobhothi lokushisela nge-laser lingadinga uhlelo lokupholisa amanzi amancane. Nokho, lisetshenziselwa ukupholisa umthombo we-laser ngaphakathi kwerobhothi lokushisela nge-laser ukuvimbela inkinga yokushisa ngokweqile. Uhlelo lokupholisa olusebenzayo lungasiza ekugcineni ukusebenza kahle kokushisela kwerobhothi lokushisela nge-laser.

Izinhlelo zokushisa amanzi ezincane ze-S&A Teyu CWFL series zingumlingani ofanele wokupholisa irobhothi lokushisela nge-laser kusuka ku-500W kuya ku-20000W. Zibonakala ngokulawula izinga lokushisa okubili, okunikeza ukupholisa ngakunye kwekhanda le-laser kanye nomthombo we-laser. Lokhu akugcini nje ngokusindisa isikhala kodwa futhi konga imali kubasebenzisi. Ukuqina kwezinga lokushisa kufaka phakathi ±0.3℃, ±0.5℃ kanye ±1℃ ukuze ukhethe. Hlola izinhlelo zokushisa amanzi ze-CWFL series eziphelele.