Ishubhu yengilazi yelaser ye-CO2 vs ishubhu yensimbi yelaser ye-CO2, yikuphi okungcono?

Ake sibheke ngayinye ngayinye.

Ishubhu yengilazi ye-laser ye-CO2

Yaziwa nangokuthi i-CO2 laser DC tube. Njengoba igama layo lisho, i-CO2 laser glass tube yenziwe ngengilazi eqinile futhi ngokuvamile iyisakhiwo esinezingqimba ezintathu. Ingqimba yangaphakathi iyi-discharge tube, ingqimba ephakathi iyi-water cooling layer kanti ingqimba yangaphandle iyi-gas storage layer. Ubude be-discharge tube buhlobene namandla e-laser tube. Ngokuvamile, uma amandla e-laser ephezulu, i-discharge tube izodingeka isikhathi eside. Kunezimbobo ezincane ezinhlangothini zombili ze-discharge tube futhi zixhunywe kwi-gas storage tube. Uma isebenza, i-CO2 ingajikeleza kwi-discharge tube kanye ne-gas storage tube. Ngakho-ke, igesi ingashintshwa ngesikhathi.

Izici ze-CO2 laser DC tube:

1. Njengoba isebenzisa ingilazi njengegobolondo layo, kulula ukuyiqhekeka noma ukuyiqhumisa uma ithola ukushisa futhi idlidliza. Ngakho-ke, kunengozi ethile ekusebenzeni kwayo;

2. Kuyi-laser yesitayela esivamile esihambisa igesi esebenzisa amandla amaningi nosayizi omkhulu futhi idinga ukunikezwa kwamandla aphezulu. Ngaphansi kwezimo ezithile, ukunikezwa kwamandla aphezulu kuzoholela ekuthinteni okungafanele noma ekushiseni okubi;

Ishubhu le-laser DC le-CO2 linesikhathi esifushane sokuphila. Isikhathi sokuphila ngokwethiyori singamahora ayi-1000 futhi usuku nosuku amandla e-laser azoncipha. Ngakho-ke, kunzima ukuqinisekisa ukuhambisana kokusebenza kokucubungula umkhiqizo. Ngaphandle kwalokho, kuyinkimbinkimbi kakhulu futhi kuthatha isikhathi ukushintsha ishubhu le-laser, ngakho-ke kulula ukubangela ukubambezeleka ekukhiqizeni;

4. Amandla aphezulu kanye nemvamisa yokuguqulwa kwe-pulse ye-CO2 laser glass tube kuphansi impela. Futhi lezo yizici ezibalulekile ekucutshungulweni kwezinto. Ngakho-ke, kunzima ukuthuthukisa ukusebenza kahle, ukunemba kanye nokusebenza;

5. Amandla e-laser awazinzile, okubangela umehluko omkhulu phakathi kwenani langempela lokukhipha i-laser kanye nenani elingokwemfundiso. Ngakho-ke, kudinga ukusebenza ngaphansi kogesi omkhulu nsuku zonke futhi ukucubungula ngokunemba akukwazi ukwenziwa.

Ishubhu yensimbi ye-laser ye-CO2

Yaziwa nangokuthi i-CO2 laser RF tube. Yenziwe ngensimbi futhi i-tube yayo kanye ne-electrode nayo yenziwe nge-aluminium ecindezelwe. Imbobo ecacile (okungukuthi lapho kukhiqizwa khona i-plasma kanye nokukhanya kwe-laser) kanye negesi esebenzayo kugcinwa ku-tube efanayo. Lolu hlobo lomklamo luthembekile futhi aludingi izindleko eziphezulu zokukhiqiza.

Izici ze-CO2 laser RF tube:

1. Ishubhu le-CO2 laser RF liyinguquko ekwakhiweni nasekukhiqizweni kwe-laser. Lincane ngobukhulu kodwa linamandla ekusebenzeni. Lisebenzisa ugesi oqondile esikhundleni sokunikezwa kwamandla omfutho ophezulu;

2. Ishubhu le-laser linomklamo wensimbi novalwe ngaphandle kokulungiswa. I-laser ye-CO2 ingasebenza amahora angaphezu kuka-20,000 ngokuqhubekayo. Ingumthombo we-laser yezimboni oqinile futhi onokwethenjelwa. Ingafakwa endaweni yokusebenza noma emshinini omncane wokucubungula futhi inekhono lokucubungula elinamandla kakhulu kuneshubhu yengilazi ye-laser ye-CO2. Futhi kulula kakhulu ukushintsha igesi. Ngemva kokushintsha igesi, ingasetshenziswa amanye amahora angu-20,000. Ngakho-ke, isikhathi sokuphila seshubhu le-CO2 laser RF singafinyelela amahora angaphezu kuka-60,000;

3. Amandla aphezulu kanye nemvamisa yokuguqulwa kwe-pulse ye-CO2 laser metal tube iphakeme impela, okuqinisekisa ukusebenza kahle kanye nokunemba kokucutshungulwa kwezinto. Indawo ekhanyayo yayo ingaba yincane impela;

4. Amandla e-laser azinzile futhi ahlala efana ngaphansi kokusebenza kwesikhathi eside.

Kusukela emfanekisweni ongenhla, umehluko wabo ucacile:

1. Usayizi

Ishubhu lensimbi ye-laser ye-CO2 lincane kakhulu kuneshubhu lengilazi ye-laser ye-CO2;

2. Isikhathi sokuphila

Ishubhu lensimbi le-laser le-CO2 lihlala isikhathi eside kuneshubhu lengilazi le-laser le-CO2. Futhi elokuqala lidinga kuphela ukushintshwa kwegesi kanti elokugcina lidinga ukushintshwa kweshubhu lonke.

3. Indlela yokupholisa

Ishubhu le-CO2 laser RF lingasebenzisa ukupholisa umoya noma ukupholisa amanzi kuyilapho ishubhu le-CO2 laser DC livame ukusebenzisa ukupholisa amanzi.

4. Indawo ekhanyayo

Indawo ekhanyayo yeshubhu yensimbi ye-laser ye-CO2 ingu-0.07mm kanti eyeshubhu yengilazi ye-laser ye-CO2 ingu-0.25mm.

5. Intengo

Ngaphansi kwamandla afanayo, ishubhu lensimbi le-CO2 laser libiza kakhulu kuneshubhu lengilazi le-CO2 laser.

Kodwa noma ngabe i-CO2 laser DC tube noma i-CO2 laser RF tube, idinga ukupholisa okusebenzayo ukuze isebenze ngokujwayelekile. Indlela engcono kakhulu ukwengeza uhlelo lokupholisa lwe-CO2 laser. Izinhlelo zokupholisa ze-CO2 laser zochungechunge lwe-S&A Teyu CW zithandwa kakhulu phakathi kwabasebenzisi bomshini we-laser ngenxa yokupholisa okuphezulu futhi zinikeza ukuzinza okuhlukile kanye namandla okuqandisa ongakhetha kuwo. Phakathi kwalezo, ama-water chiller amancane i-CW-5000 kanye ne-CW-5200 yiwona athandwa kakhulu, ngoba ancane ngobukhulu kodwa awanamandla okupholisa ngesikhathi esisodwa. Hlola amamodeli aphelele esistimu yokupholisa ye-CO2 laser ku -https://www.teyuchiller.com/co2-laser-chillers_c1