Inkcazo yokubonakalisa okuphezulu

Ihlabathi lumanyano lwazo zonke izinto ezifunyenweyo, ezichazwe, ezibonakaliswe kwaye ziveliswa ngabantu bevela kwindalo yesiphithiphithi, into nganye inohlobo oluthile lokunxulumana nezinye izinto, ikunxibelelwano lwendalo iphela, izinto zinamacala amabini: icala elinye kukunyamezelana. okanye umanyano lobudlelwane, elinye icala lichasene okanye ubudlelwane obuphikisanayo.Ubuthi benyoka ngumzekelo omhle, owaneleyo wokubulala abantu, kodwa kusenokwenziwa amayeza aseTshayina axabisekileyo, asindise ubomi bomntu.Omnye wathi: Ukuba uzivalela ngaphandle zonke iimpazamo zakho, inyaniso iya kuvalelwa ngaphandle.

Kwintsimi yezicelo zokusetyenzwa kwelaser, kukho amacala amabini, nokuba ngaba ukusika okanye ukuwelda itekhnoloji yelaser ineepoch-making revolution, kodwa ukudibana nezixhobo ezibonisa ukukhanya okuphezulu kuyingxaki enkulu yokusetyenzwa kwelaser.Ngenxa yokuba izinto ezichasene nezixhobo eziphezulu zihlala zifunxa iilaser zefayibha ezincinci, kwaye ubushushu obufunxayo bunokusasazeka ngokukhawuleza, oku kwenza ukuba inkqubo yelaser ibe nzima kakhulu.Kwangelo xesha, i-laser ikhanya kwezi zinto ziphezulu zibuyela umva, uninzi lwamandla luya kubonakaliswa ngaphandle, i-laser ebonakalisiweyo inokubuyela ngaphakathi kwe-laser, kwinkqubo yokungazinzi kokukhanya, okanye imise into yokukhanya, kwaye nokuba iya kubangela umonakalo omkhulu kwilaser, yenza bufutshane ubomi belaser.Ke ngoko, ukusetyenzwa kwe-laser yezinto eziphezulu zokuchasana bekuhlala kulishishini lokoyisa umngeni.

Inkcazo yokubonakalisa okuphezulu

1. Ngokuqhelekileyo, i-resistivity encinci yezinto eziphathekayo, iyancipha izinga lokufunxa kwe-laser.

Lo mzekeliso ulandelayo ubonisa ukulandelelana kwe-resistiveivity yezinto ezahlukeneyo kwi-20 degrees C, kwaye ngokuthelekisa, sinokubona ukuba i-resistiveivity yesilivere kunye nobhedu incinci kakhulu, oko kukuthi umthamo wabo wokusabela ophezulu unamandla kakhulu.

I-2, i-smooth surface yezinto eziphathekayo, i-reflection ye-laser inamandla.

Kwintsimbi eqhelekileyo enentambo engenasici, amandla okubonakalisa anamandla kakhulu, kodwa xa umphezulu wawo ugudileyo ngokwaneleyo ukufikelela kwisiphumo sesipili, kukwakho nenqanaba elithile lokubonisa ukusetyenzwa kwelaser.

Tsala intsimbi engenasici

Isipili sentsimbi engenasici

I-3, imeko yezinto eziphathekayo yahlukile, izinga lokufunxa kwe-laser likwahlukile.

Ngokubanzi, iintsimbi eziqinileyo zinezinga eliphantsi lokufunxa kwi-laser, elonyuka kakhulu xa inyibilika ibe yimeko engamanzi.Umzekelo: kwiqondo lokushisa lobushushu begumbi le-laser ye-infrared malunga ne-5%, emva kokufudumeza kwindawo yokunyibilika kufuphi nesantya sokufunxa kunokufikelela malunga ne-20%.

4, izixhobo ezahlukeneyo kubude bamaza ahlukeneyo esantya sokufunxa ukukhanya kwahlukile.

Njengoko kunokubonwa kulo mzekeliso ulandelayo, ubhedu (Cu) kunye nesilivere (Ag) zizinto ezichasene kakhulu ne-fiber lasers kunye ne-wavelengths ye-1070nm, kunye namazinga aphantsi okufunxa aphantsi kakhulu kunezo zentsimbi (Fe) kunye nentsimbi;

Iteknoloji eyimfihlo yomnyango omnye - ukukhanya-hui anti-hyper-reverse (ABR) ubuchwepheshe

I-GW's ABR ye-anti-hyper-anti-teknoloji ibizwa ngokuba yi-Anti-Back-Reflection kwaye inamalungelo epropathi enomgangatho ophezulu wokuqonda.I-laser ye-single-mode kunye ne-five-stage-five back return monitoring light and stripping device, i-multi-mode laser ngesiseko senqanaba lesihlanu, imodyuli nganye ixhotyiswe ngokwahlukileyo kwinqanaba lesixhobo sokukhanya esichasayo, inokukhusela ngokufanelekileyo isixhobo sangaphakathi kumonakalo. , ukuqinisekisa ukusebenza okuzinzile kwe-laser, ukusika igolide ngokulula, isilivere, ubhedu, i-aluminium kunye nezinye izinto eziphakamileyo ezijikelezayo, ezinobuchule kwiintlobo ezahlukeneyo zezicelo ze-welding.

I-1, imveliso yentloko ye-anti-high anti-high design

Kwii-lasers ezibonakaliswe ngasemva ukusuka kumphezulu wezinto eziphathekayo, intloko yokuphuma ingena kuqala ngentloko ye-laser kwaye ibuyiselwe ngaphakathi kwi-laser ecaleni kwefiber.Ke ngoko, intloko yokukhupha i-laser ixhotyiswe ngesixhobo sokubona okubonakalayo kunye nokuhluba isixhobo, inokubona kwaye ihlube isibane esibonakalisa okokuqala, kwaye isebenzise ubume obupholileyo bamanzi bentloko yokukhupha ukukhupha le nxalenye yamandla, kwaye ukuba Ifunyaniswe amandla abonakalisayo makhulu kakhulu, iya kubangela ukukhuselwa kwentambo yefiber optic, ukumisa ukukhanya, kuthintele umonakalo kwintloko yokuphuma kunye nentambo yefiber optic.

2, i-beam-beamer anti-high anti-design-design

Iilaser zeWhirlpool ze-Optical zisebenzisa indlela-mbini yokumpompa indlela yokumpompa ukukhanya ukusuka kwiimpompo ezininzi ukuya kwigumbi lokuzuza ngaphaya kwebeamer yangaphambili kunye nebeamer ebuyela umva, ikhulise ngokuzuza kunye nesibini kwifiber optic nge-beamer ebuyela umva, emva koko ungene kwintloko ephumayo.Nje ukuba ukukhanya okubuyiswayo kungene kwimodyuli, ikhuliswa ngokuqhubekayo nge-cavity yokuzuza, inyusa umngcipheko womonakalo we-laser.Ngoko ke, kukho izigaba ezimbini zokufumanisa ukukhangela kunye nezixhobo zokuqhawula kwisiphelo sangaphambili se-beamer ejikelezayo, esusa ukukhanya okubuyiswayo ngesinyathelo ngesinyathelo kwaye isebenzise isakhiwo sokupholisa amanzi ukukhupha amandla, okuqinisekisa ukhuseleko lwe-optics yangaphakathi.

3, ebonisa uyilo oluchasene ne-hyper-reverse

Kukho kwakhona ukukhangela okubonakalayo kwamanqanaba amabini kunye nesixhobo sokuqhawula ekupheleni kokukhanya kwesalathisi (ukukhanya okubomvu) ukuqinisekisa ukuba isalathisi esibomvu asonakaliswa.

I-4, imodyuli echasene nomgangatho ophezulu wokulwa nokubuyisela umva

I-laser ye-multimode ephezulu ye-laser ye-GW yenziwe ngamanani eemodyuli.Ngokwesiseko sesi sixhobo sikhankanywe ngasentla se-anti-hyper-reverse esichazwe ngasentla, imodyuli nganye ixhotyiswe ngesixhobo esibonakalisa ukukhangela kunye nesixhobo sokuhlutha, esinokuphucula ukuthembeka kwemodyuli kunye nokusebenzisana noyilo oluchasene ne-high-reverse ngaphakathi ngaphakathi. imodyuli yokuqinisekisa ukuzinza kokusebenza kwamandla aphezulu.

Izinto ezilungileyo zokulungisa izinto ezichasene nezixhobo eziphezulu

I-1, ukusika okuphezulu kwe-laser anti-material

I-Copper yeyona ndlela ibalaseleyo yokuhanjiswa kwe-thermal, izinto zokuqhuba, kunye nophuhliso lwezothutho kunye noshishino, imfuno yentengiso yangoku yeealloyi zobhedu, ngakumbi ubhedu, ukusika kwe-laser yobhedu kuya kuqina, ukuchaneka kokulungiswa kunye nesantya sokusebenza kwezo zinto zifuna ngamandla, ngoko ke i-laser anti-hyper reaction kunye nokuzinza kwakhona kubeka phambili iimfuno eziphezulu, indlela yokusika ubhedu, ubhedu lukwayenye yeengxaki ezijongene nazo bonke abavelisi be-laser kunye nabavelisi bomatshini wokusika.

I-GW laser ezimeleyo ngokupheleleyo amalungelo epropathi enomgangatho ophezulu wokuqonda we-ABR echasene neteknoloji ephezulu, ekusikeni i-alloy ephezulu yokuchasana nobhedu ingaba lula.I-12KW i-multimode ye-laser oksijini yokusika i-4mm isantya sobhedu ukuya kwi-10m / min, i-nitrogen yokusika i-4mm yobhedu isantya ukuya kwi-15m / min, isantya sokusika, ukusebenza okuphezulu, umphezulu we-flat cut, phantsi akukho slag kunye ne-burrs.

Light Hui Laser 12KW Laser

4mm ukusika ubhedu

4mm ubhedu olusikiwe

I-2, ukuwelda okuphezulu kwe-laser anti-material

Kwiminyaka yakutshanje, eqhutywa lishishini elitsha lezithuthi zamandla, ishishini lebhetri lamandla lingenise ukukhula okugqabhukileyo.I-aluminiyam i-alloy yeyona nto iphambili yemathiriyeli yebhetri yamandla, ibalwa ngaphezu kwe-90% yebhetri yamandla ewonke.Ke ngoko, itekhnoloji ye-laser welding aluminium alloy idlala indima ebaluleke kakhulu.

I-GW Laser ekhethekileyo ye-ABR ye-anti-high anti-anti-anti-anti-anti, idibene ne-976nm iteknoloji yokukhanya okuphezulu, kwi-welding ye-aluminium alloy inenzuzo ekhethekileyo.Okufana nekholamu yentsimbi yebhetri yamandla kunye nezinto zevalvu yobungqina bokudubula zihlala zingaphantsi kwe-1mm ubukhulu be-1 uthotho lwe-aluminium esulungekileyo, usebenzisa i-GW 1KW yemowudi enye laser, unokufumana inkangeleko entle kunye nokusebenza kweewelds, isantya ukuya kuthi ga. 170mm/s.

Light Hui Laser 1KW Laser

Ibhetri yamandla e-positive pole column welding

Ukuwelda kwevalvu yobungqina bebhetri yamandla

Kwintsimi ye-laser fibers, i-laser ye-GW kwasekuqaleni kune-IPG enkulu ye-laser yehlabathi, kunye nomgangatho womkhosi wokudala ukukhanya-friendly laser inzuzo eyodwa brand.I-laser GW ukususela ekuqaleni kokusekwa kwayo, kwintlangano yemikhosi yophando lwezenzululwazi ekukhanyeni okuphezulu, imiba echasayo yokuhlola ukuhlola okuqhubekayo, ikamva liya kuqhubeka liphucula kulo mba, ukuphucula ukuzinza kwemveliso, imveliso kunye nokuphuculwa kweteknoloji iterative, ukuhlangabezana nayo. iimfuno zokulungiswa kwamashishini amaninzi.