Ityhubhu yeglasi yelaser ye-CO2 vs ityhubhu yesinyithi yelaser ye-CO2, yeyiphi engcono?

Kaloku, makhe sizijonge nganye nganye.

Ityhubhu yeglasi yelaser ye-CO2

Ikwaziwa ngokuba yityhubhu ye-CO2 laser DC. Njengoko igama layo lisitsho, ityhubhu yeglasi ye-CO2 laser yenziwe ngeglasi eqinileyo kwaye idla ngokuba yidizayini enamaleko ama-3. Umaleko ongaphakathi yityhubhu yokukhupha, umaleko ophakathi yityhubhu yokupholisa amanzi kwaye umaleko ongaphandle yityhubhu yokugcina igesi. Ubude betyhubhu yokukhupha bunxulumene namandla etyhubhu yelaser. Ngokubanzi, amandla elaser aphezulu, kokukhona ityhubhu yokukhupha iya kufuneka ixesha elide. Kukho imingxunya emincinci kumacala omabini etyhubhu yokukhupha kwaye iqhagamshelwe kwityhubhu yokugcina igesi. Xa isebenza, i-CO2 inokujikeleza kwityhubhu yokukhupha kunye netyhubhu yokugcina igesi. Ke ngoko, igesi inokutshintshwa ngexesha.

Iimpawu zetyhubhu ye-CO2 laser DC:

1. Ekubeni isebenzisa iglasi njengeqokobhe layo, kulula ukuyiqhekeza okanye ukuyiqhumisa xa ifumana ubushushu kwaye ingcangcazela. Ke ngoko, kukho umngcipheko othile ekusebenzeni kwayo;

2. Yilaser yesiqhelo yohlobo lokuhamba ngegesi esebenzisa amandla amaninzi kunye nobukhulu obukhulu kwaye ifuna umbane oxinzelelo oluphezulu. Phantsi kweemeko ezithile, umbane oxinzelelo oluphezulu uya kukhokelela ekunxibelelaneni okungafanelekanga okanye ekutshiseni kakubi;

Ityhubhu ye-laser DC ye-3.CO2 inobomi obufutshane. Ubomi bayo ngokwethiyori bumalunga neeyure ezili-1000 kwaye imihla ngemihla amandla e-laser aya kuncipha. Ke ngoko, kunzima ukuqinisekisa ukuhambelana kokusebenza kokucubungula imveliso. Ngaphandle koko, kunzima kakhulu kwaye kuthatha ixesha ukutshintsha ityhubhu ye-laser, ngoko ke kulula ukubangela ukulibaziseka kwimveliso;

4. Amandla aphezulu kunye nesantya sokuguqulwa kwe-pulse kwityhubhu yeglasi ye-laser ye-CO2 ziphantsi kakhulu. Kwaye ezo ziimpawu eziphambili ekucutshungulweni kwezinto. Ke ngoko, kunzima ukuphucula ukusebenza kakuhle, ukuchaneka kunye nokusebenza;

5. Amandla elaser awazinzile, nto leyo ebangela umahluko omkhulu phakathi kwexabiso lokwenyani lemveliso yelaser kunye nexabiso lethiyori. Ke ngoko, kufuneka isebenze phantsi kombane omkhulu yonke imihla kwaye ukucutshungulwa ngokuchanekileyo akunakwenziwa.

Ityhubhu yesinyithi ye-laser ye-CO2

Ikwaziwa ngokuba yityhubhu ye-CO2 laser RF. Yenziwe ngesinyithi kwaye ityhubhu yayo kunye ne-electrode nazo zenziwe nge-aluminium ecinezelweyo. I-aperture ecacileyo (oko kukuthi apho kuveliswa khona i-plasma kunye nokukhanya kwe-laser) kunye negesi esebenzayo zigcinwa kwityhubhu enye. Olu hlobo loyilo luthembekile kwaye alufuni iindleko eziphezulu zokuvelisa.

Iimpawu zetyhubhu ye-CO2 laser RF:

1. Ityhubhu ye-CO2 laser RF yinguqu enkulu kuyilo lwe-laser kunye nemveliso. Incinci ngobukhulu kodwa inamandla ekusebenzeni. Isebenzisa umbane othe ngqo endaweni yombane ophantsi koxinzelelo oluphezulu;

2. Ityhubhu yelaser inoyilo lwesinyithi noluvaliweyo ngaphandle kokugcinwa. I-laser ye-CO2 ingasebenza iiyure ezingaphezu kwama-20,000 ngokuqhubekayo. Yimithombo yelaser yemizi-mveliso eqinileyo nethembekileyo. Ingafakwa kwindawo yokusebenza okanye kumatshini omncinci wokucubungula kwaye inamandla okucubungula angaphezulu kunetyhubhu yeglasi yelaser ye-CO2. Kwaye kulula kakhulu ukutshintsha igesi. Emva kokutshintsha igesi, ingasetyenziselwa ezinye iiyure ezingama-20,000. Ke ngoko, ubomi betyhubhu ye-CO2 laser RF bunokufikelela kwiiyure ezingaphezu kwama-60,000;

3. Amandla aphezulu kunye nokujikeleza kwe-pulse modulation kwityhubhu yesinyithi ye-laser ye-CO2 kuphezulu kakhulu, okuqinisekisa ukusebenza kakuhle kunye nokuchaneka kokucubungula izinto. Indawo ekhanyayo yayo inokuba ncinci kakhulu;

4. Amandla elaser azinzile kwaye ahlala enjalo phantsi kokusebenza ixesha elide.

Ukususela kumzekeliso ongentla, umahluko wabo ucacile:

1. Ubungakanani

Ityhubhu yesinyithi yelaser ye-CO2 incinci ngakumbi kunetyhubhu yeglasi yelaser ye-CO2;

2. Ubude bobomi

Ityhubhu yesinyithi yelaser ye-CO2 inobomi obude kunetyhubhu yeglasi yelaser ye-CO2. Kwaye le yokuqala ifuna kuphela ukutshintshwa kwegesi ngelixa le yokugqibela ifuna ukutshintshwa kwetyhubhu yonke.

3. Indlela yokupholisa

Ityhubhu ye-CO2 laser RF ingasebenzisa ukupholisa umoya okanye ukupholisa amanzi ngelixa ityhubhu ye-CO2 laser DC idla ngokusebenzisa ukupholisa amanzi.

4. Indawo yokukhanya

Indawo ekhanyayo yetyhubhu yesinyithi yelaser ye-CO2 yi-0.07mm ngelixa eyetyhubhu yeglasi yelaser ye-CO2 yi-0.25mm.

5. Ixabiso

Ngaphantsi kwamandla afanayo, ityhubhu yesinyithi yelaser ye-CO2 ibiza kakhulu kunetyhubhu yeglasi yelaser ye-CO2.

Kodwa nokuba yityhubhu ye-CO2 laser DC okanye ityhubhu ye-CO2 laser RF, ifuna ukupholisa okusebenzayo ukuze isebenze ngokuqhelekileyo. Eyona ndlela ifanelekileyo kukongeza inkqubo yokupholisa ye-CO2 laser. Iinkqubo zokupholisa ze-CO2 laser ze-S&A Teyu CW series CO2 zithandwa kakhulu ngabasebenzisi bomatshini be-laser ngenxa yokupholisa okuphezulu kwaye zibonelela ngozinzo olwahlukileyo kunye namandla okukhenkceza onokukhetha kuwo. Phakathi kwezo, ii-water chillers ezincinci ze-CW-5000 kunye ne-CW-5200 zezona zidumileyo, kuba zincinci ngobukhulu kodwa azinawo amandla okupholisa anamandla ngaxeshanye. Jonga iimodeli ezipheleleyo zenkqubo yokupholisa ye-CO2 laser apha https://www.teyuchiller.com/co2-laser-chillers_c1