CO2 laser ityhubhu yeglasi vs CO2 laser ityhubhu yentsimbi, yeyiphi engcono?

Kulungile, masizijonge nganye nganye.

CO2 laser ityhubhu yeglasi

Ikwabizwa ngokuba yi-CO2 laser DC ityhubhu. Njengoko igama layo libonisa, ityhubhu yeglasi ye-CO2 yelaser yenziwe ngeglasi eqinileyo kwaye iqhelekile iyilo le-3-layer. Uluhlu lwangaphakathi luyityhubhu yokukhupha, umaleko ophakathi ngumaleko wokupholisa amanzi kwaye umaleko wangaphandle ngumaleko wokugcina igesi. Ubude betyhubhu yokukhupha ihambelana namandla ombhobho ye-laser. Ngokubanzi, okukhona amandla e-laser ephezulu, kokukhona ityhubhu yokukhupha iya kufuneka. Kukho imingxuma emincinci emacaleni omabini etyhubhu yokukhupha kwaye ixhunyiwe kwi-tube yokugcina igesi. Xa isebenza, i-CO2 inokujikeleza kwi-tube yokukhupha kunye ne-tube yokugcina igesi. Ngoko ke, igesi inokutshintshwa ngexesha.

Iimpawu ze-CO2 laser DC ityhubhu:

1.Njengoko isebenzisa iglasi njengeqokobhe layo, kulula ukuqhekeka okanye ukugqabhuka xa ifumana ubushushu kunye nokungcangcazela. Ngoko ke, kukho umngcipheko othile ekusebenzeni;

I-2.Isimbo se-laser esihamba ngegesi esisetyenziswa ngamandla kunye nobukhulu obukhulu kwaye ifuna unikezelo lwamandla aphezulu. Ngaphantsi kweemeko ezithile, unikezelo lwamandla oxinzelelo oluphezulu luya kukhokelela kuqhagamshelwano olungafanelekanga okanye ukuvutha kakubi;

I-3.CO2 ityhubhu ye-laser DC inobomi obufutshane. Ubude bobomi kwithiyori bujikeleze iiyure ezili-1000 kwaye imihla ngemihla amandla e-laser aya kuncipha. Ke ngoko, kunzima ukuqinisekisa ukuhambelana kokusetyenzwa kwemveliso. Ngaphandle koko, kunzima kakhulu kwaye kuthatha ixesha ukutshintsha ityhubhu yelaser, ngoko kulula ukubangela ukulibaziseka kwimveliso;

I-4.Amandla aphezulu kunye ne-pulse modulation frequency ye-CO2 laser ityhubhu yeglasi iphantsi kakhulu. Kwaye ezo ziimpawu eziphambili ekusetyenzweni kwezinto. Ngoko ke, kunzima ukuphucula ukusebenza kakuhle, ukuchaneka kunye nokusebenza;

I-5.I-laser amandla ayizinzile, ibangela ukubahluko omkhulu phakathi kwexabiso lemveliso ye-laser kunye nexabiso lethiyori. Ke ngoko, kufuna ukusebenza phantsi kombane omkhulu yonke imihla kwaye ukucokiseka ngokuchanekileyo akunakukwenziwa.

CO2 ityhubhu yentsimbi ye-laser

Ikwabizwa ngokuba yi-CO2 laser RF ityhubhu. Yenziwe ngesinyithi kwaye ityhubhu yayo kunye ne-electrode nazo zenziwe nge-aluminiyam ecinezelweyo. Umngxuma ocacileyo (okt apho i-plasma kunye nokukhanya kwe-laser kuveliswa) kunye negesi esebenzayo igcinwe kwi-tube efanayo. Olu hlobo loyilo luthembekile kwaye alufuni iindleko eziphezulu zokwenziwa.

Iimpawu ze-CO2 laser RF tube:

I-1.I-CO2 laser RF ityhubhu yi-revolution kwi-design laser kunye nemveliso. Incinci ngobukhulu kodwa inamandla ekusebenzeni. Isebenzisa okwangoku ngqo endaweni yonikezelo lwamandla oxinzelelo oluphezulu;

I-2.I-tube ye-laser inesinyithi kunye noyilo olutywiniweyo ngaphandle kokugcinwa. I-CO2 laser inokusebenza ngaphezu kweeyure ezingama-20,000 ngokuqhubekayo. Ingumthombo we-laser wezoshishino ohlala ixesha elide kunye nothembekileyo. Inokufakwa kwindawo yokusebenza okanye kumatshini omncinci wokulungisa kwaye inamandla okusebenza ngakumbi kunetyhubhu yeglasi ye-CO2 yeglasi. Kwaye kulula kakhulu ukutshintsha igesi. Emva kokutshintsha igesi, ingasetyenziselwa ezinye iiyure ezingama-20,000. Ngoko ke, ubomi bubonke betyhubhu ye-CO2 laser RF inokufikelela ngaphezu kweeyure ezingama-60,000;

I-3.Amandla aphezulu kunye ne-pulse modulation frequency ye-CO2 laser yensimbi ityhubhu iphezulu kakhulu, eqinisekisa ukusebenza kunye nokuchaneka kokulungiswa kwezinto. Indawo yokukhanya kwayo inokuba ncinci kakhulu;

I-4.Amandla e-laser azinzileyo kwaye ahlala efana phantsi kokusebenza kwexesha elide.

Ngokusuka kulo mzekeliso ungasentla, ukungafani kwabo kucace gca:

1.Ubungakanani

Ityhubhu ye-CO2 ye-laser yensimbi ixinene ngakumbi kune-CO2 ityhubhu yeglasi ye-laser;

2.Ixesha lokuphila

Ityhubhu ye-CO2 ye-laser yensimbi inobomi obude kune-CO2 ityhubhu yeglasi ye-laser. Kwaye yangaphambili ifuna kuphela igesi yokutshintsha ngelixa le yokugqibela ifuna ukutshintsha ityhubhu yonke.

3.Indlela yokupholisa

Ityhubhu ye-CO2 laser RF inokusebenzisa ukupholisa komoya okanye ukupholisa amanzi ngelixa ityhubhu ye-CO2 laser DC ihlala isebenzisa ukupholisa kwamanzi.

4.Indawo ekhanyayo

Indawo ekhanyayo yetyhubhu yentsimbi ye-CO2 yelaser yi-0.07mm ngelixa eye-CO2 ityhubhu yeglasi yelaser iyi-0.25mm.

5.Xabiso

Ngaphantsi kwamandla afanayo, ityhubhu yensimbi ye-CO2 ye-laser ibiza kakhulu kune-CO2 ityhubhu yeglasi ye-laser.

Kodwa nokuba yi-CO2 laser DC ityhubhu okanye i-CO2 laser RF ityhubhu, ifuna ukupholisa okusebenzayo ukusebenza ngesiqhelo. Eyona ndlela ifanelekileyo kukongeza inkqubo yokupholisa i-CO2 laser. S&Iinkqubo zokupholisa ze-laser ze-Teyu CW ze-CO2 zithandwa kakhulu phakathi kwabasebenzisi bomatshini we-laser ngenxa yokupholisa okuphezulu kunye nokubonelela ngozinzo olwahlukileyo kunye nomthamo wefriji onokukhetha. Phakathi kwezo, ii-chillers ezincinci zamanzi i-CW-5000 kunye ne-CW-5200 zezona zithandwa kakhulu, kuba zihlangene ngobukhulu kodwa zingenalo ukusebenza okupholileyo okunamandla ngexesha elifanayo. Hamba ujonge imodeli epheleleyo yenkqubo yokupholisa i-CO2 laser kwi https://www.teyuchiller.com/co2-laser-chillers_c1