Uthini umahluko phakathi kokusikwa kwelaser kunye noshicilelo lwe-3D?

Ukufumana okuninzi kumatshini wokusika i-laser, abavelisi bahlala bengongeza inkqubo yokupholisa yemizi-mveliso ukususa ubushushu kwindawo evelisa ubushushu. S&A Inkqubo yokupholisa yemizi-mveliso yeTeyu iyilwe ngenkqubo yelaser njengesicelo sayo ekujoliswe kuyo.

laser cutting machine water chiller

Ukuxelela umahluko phakathi kokusika kwe-laser kunye noshicilelo lwe-3D, into yokuqala kukufumana inkcazo yabo.

Ubuchule bokusika iLaser bubuchule “bokutsala”, nto leyo ethetha ukuba isebenzisa umthombo welaser ukusika imathiriyeli eyintsusa ngokusekwe kwipateni eyiliweyo okanye imilo. Umatshini wokusika i-Laser unokwenza ukusika ngokukhawuleza kunye nokuchanekileyo kwizinto ezahlukeneyo zetsimbi kunye nezingezona zetsimbi ezifana nelaphu, umthi kunye nezinto ezidibeneyo. Nangona umatshini wokusika we-laser unokunceda ukukhawulezisa inkqubo yokwenza i-prototype, kodwa inqunyelwe kwiindawo zokwakha ezifuna i-welding okanye enye indlela ye-laser yokwenza i-prototype.

Ngokuchasene noko, ushicilelo lwe-3D luhlobo "lokongeza" ubuchule. Ukusebenzisa umshicileli we-3D, kufuneka wenze imodeli ye-3D oza "kuyiprinta" kwikhompyutheni yakho kuqala. Emva koko umshicileli we-3D uya "kongeza" izinto ezifana neglu kunye ne-resin layer ngokomaleko ukwakha iprojekthi. Kule nkqubo, akukho nto itsalwayo.

Bobabini umatshini wokusika we-laser kunye ne-3D umshicileli ubonisa isantya esiphezulu, kodwa umatshini wokusika we-laser unenzuzo kancinane, kuba unokusetyenziswa ekwenzeni iprototype.

Kwiimeko ezininzi, umshicileli we-3D uhlala esetyenziswa kuyilo lokulinganisa ukuchonga isiphene esinokubakho kwisifundo okanye sisetyenziselwa ukuvelisa umngundo weentlobo ezithile zemveliso. Oku kubangelwa ikakhulu kwinto yokuba umshicileli we-3D unokusebenzisa izixhobo ezingeyomfuneko.

Enyanisweni, iindleko sesona sizathu siphambili sokuba kutheni abavelisi abaninzi baphendukela kumatshini wokusika we-laser endaweni yomshicileli we-3D. I-resin esetyenziswa kwiprinta ye-3D ibiza kakhulu. Ukuba umshicileli we-3D usebenzisa umgubo we-adhesive-bonded ngexabiso eliphantsi, umxholo oshicilelweyo awunako ukuhlala ixesha elide. Ukuba ixabiso lomshicileli we-3D liyancipha, kukholelwa ukuba umshicileli we-3D uya kuthandwa kakhulu.

Ukufumana okuninzi kumatshini wokusika i-laser, abavelisi badla ngokufaka inkqubo yokupholisa yemizi mveliso ukuze basuse ubushushu kwicandelo elivelisa ubushushu. S&A Inkqubo yokupholisa yemizi-mveliso yeTeyu iyilwe ngenkqubo yelaser njengesicelo sayo ekujoliswe kuyo. Ifanelekile ukupholisa i-CO2 laser, i-laser ye-UV, i-fiber laser, i-laser ye-YAG kunye nokunye kunye nomthamo wokupholisa ukusuka kwi-0.6KW ukuya kwi-30KW. Fumana okuninzi malunga S&A Teyu industrial chiller unit ehttps://www.teyuchiller.com/

industrial cooling system

Ulwazi olusisiseko

Unyakakelwe

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Uhlobo lweshishini

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Ilizwe / Ingingqi

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Ishishini eliphambili

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Iimveliso eziphambili

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Ishishini lomntu osemthethweni

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Abasebenzi bazonke

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Ixabiso lokuphuma lonyaka

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Ukuthengisa ngaphandle

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Abathengi abasebenzayo

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YANGAPHAMBILI Naziphi na iingcebiso ekukhetheni inkqubo yokutshiza amanzi ye-6kw Raycus fiber laser?

Ugcino lweS&A i-chiller yamanzi ehambelana nomatshini we-fiber laser cladding OKULANDELAYO

Imephu yesiza

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I-TEYU S&A I-Chiller yasekwa ngo-2002 ineminyaka engama-21 yamava okuvelisa i-chiller, kwaye ngoku yamkelwa njengovulindlela wobuchwephesha bokupholisa kunye neqabane elithembekileyo kushishino lwelaser.
IZIQINISEKISO EZIKHAWULEYO
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Ulwimi Imephu yesiza

Uthini umahluko phakathi kokusikwa kwelaser kunye noshicilelo lwe-3D?

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