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Isikhokelo sokukhusela umkhenkce ebusika kwiilaser zefiber

Umatshini wokusika iFiber laserumgaqo wokunqanda umkhenkce kukwenza umatshini okwindawo yokupholisa yokunqanda umkhenkce ungafikeleli kwinqanaba lomkhenkce, kwaye ke ungakhe ube ngumkhenkce, ukuze udlale umatshini wokuchasa umkhenkce. Ulwelo lungaphantsi kuneqondo lokushisa "lokukhenkceza", luya kuqina lube yinto eqinileyo, ngelixa umthamo wamanzi adibeneyo okanye amanzi ahlambulukileyo uya kuba mkhulu ngexesha lenkqubo yokuqinisa, eya "kwaphula" imibhobho yenkqubo yokupholisa amanzi. Ukudibanisa phakathi kwendlela kunye nesitywina kubangela umonakalo kwisixhobo. Ukuze ugweme umonakalo we-laser, intloko yokuphuma kwe-QBH, kunye nokupholisa kwamanzi okubangelwa ukuqiniswa kolwelo olupholisayo, kukho izisombululo ezintathu eziphambili:

1. Phantsi komqathango wokuba umzi-mveliso awusoze ulahlekelwe ngumbane, i-chiller yamanzi ayiyi kuvalwa ebusuku. Kwangaxeshanye, ukuze kongiwe umbane, iqondo lobushushu lamanzi asezantsi kunye nesiqhelo lihlengahlengiswa libe yi-5~10℃ ukuze kuqinisekiswe ukuba isisipholisi sikwimo ejikelezayo kwaye nobushushu abukho ngaphantsi kwendawo yokukhenkceza.

2. Emva kokuba i-fiber laser isetyenziswe yonke imihla, khupha i-laser, intloko ye-QBH yokuphuma, kunye ne-cooling liquid ku-cooler yamanzi.

3. Sebenzisa isinqandi-mkhenkce njengesipholisi.

Xa iqondo lobushushu besixhobo liphakathi kwe-10°C kunye ne-0°C, kwaye i-laser ingenazo iimeko zokukhupha into epholileyo yonke imihla, kufuneka kusetyenziswe isinqandi-kuqhwala. Xa ukhetha okanye udibanisa i-antifreeze, indawo yayo yokukhenkceza kufuneka ibe yi-5 ° C ngaphantsi kobushushu obuncinane bendawo esetyenziswa kuyo. Xa iqondo lokushisa eliphantsi kwesixhobo lingaphantsi kwe-10 ° C, inkqubo ephindwe kabini (enomsebenzi wokufudumeza ngexesha elifanayo) i-chiller yamanzi kufuneka isetyenziswe, kunye nokusebenza okungaphazamisekiyo kwenkqubo yokupholisa kufuneka kuqinisekiswe.

1. Sebenzisa i-ethanol kwi-antifreeze yexesha elifutshane

Ukuba amanzi okupholisa akakwazi ukuchithwa kwaye i-antifreeze yexesha elifutshane iyafuneka, i-ethanol (utywala) inokongezwa kumanzi ahlanjululweyo okanye ahlambulukileyo. Imali eyongeziweyo ayinakudlula i-30% yomthamo wetanki yamanzi. Ngenxa yokuba i-ethanol idla kakhulu, yonakalisa kakhulu ukupeyinta kunye neendawo zentsimbi. , Amalungu e-rubber ahlanjululwe, ngoko ke ayinakusetyenziswa ixesha elide. Kufuneka ikhutshwe kwaye icocwe ngamanzi acwengileyo okanye amanzi adibeneyo kwinyanga enye. Ukuba kusekho iimfuno ze-antifreeze, i-antifreeze ekhethekileyo kufuneka ikhethwe.

Isikhokelo sokukhusela umkhenkce ebusika kwiilaser zefiber

2. Sebenzisa i-antifreeze ekhethekileyo yophawu lobuchwephesha

1) I-AntifrogenN ethylene glycol-amanzi uhlobo (iimveliso zamashishini, zinetyhefu ebantwini)

2) I-AntifrogenL Propylene glycol-amanzi uhlobo (ibakala lokutya, elingenabungozi ebantwini)

Qaphela: Nayiphi na i-antifreeze ayinakutshintshela ngokupheleleyo amanzi adiyiniweyo kwaye ayinakusetyenziswa ixesha elide unyaka wonke. Emva kobusika, imibhobho kufuneka icocwe ngamanzi awenziwe i-deionized okanye ngamanzi acociweyo, kwaye amanzi adiyiniweyo okanye amanzi acociweyo kufuneka asetyenziswe njengesipholisi.

 IJinan Gold Mark CNC Machinery Co., Ltd.lishishini lobugcisa obuphezulu obukhethekileyo kuphando, ukuvelisa kunye nokuthengisa oomatshini ngolu hlobo lulandelayo: I-Laser Engraver, iFiber Laser Marking Machine, i-CNC Router. Iimveliso zisetyenziswe ngokubanzi kwibhodi yentengiso, ubugcisa kunye nokubumba, i-architecture, i-seal, ilebula, ukudweba imithi kunye nokukrola, umhlobiso wamatye, ukusika kwesikhumba, amashishini eengubo, njalo njalo. Kwisiseko sokufunxa itekhnoloji ephezulu yamazwe ngamazwe, sibonelela abathengi ngeyona mveliso iphambili kunye nenkonzo egqibeleleyo emva kokuthengiswa. Kwiminyaka yakutshanje, iimveliso zethu azithengiswanga kuphela e-China, kodwa nakwi-Asia-mpuma ye-Asia, kuMbindi mpuma, eYurophu, eMzantsi Melika nakwezinye iiMarike zaphesheya.

Email:   cathy@goldmarklaser.com
WeCha/WhatsApp: +8615589979166


Ixesha lokuposa: Dec-31-2021