I-Prototyping eKhawulezayo (RP) Intshayelelo yeTekhnoloji

Intshayelelo yetekhnoloji yeRP

I-Rapid Prototyping (RP) bubuchwephesha obutsha bokwenza into eyaqala ukuziswa ukusuka e-United States ekupheleni kweminyaka yoo-1980. Idibanisa impumelelo yale mihla yenzululwazi nethekhinoloji efana nobuchwepheshe beCAD, iteknoloji yolawulo lwamanani, iteknoloji yelaser kunye nobuchwepheshe bezinto eziphathekayo, kwaye iyinxalenye ebalulekileyo yobugcisa bokuvelisa. Ngokungafaniyo neendlela zokusika zesiNtu, iprototyping ekhawulezayo isebenzisa indlela yokubumba apho izinto zomaleko zibekwe ngaphezulu kumatshini weprototype yecandelo elinamacala amathathu. Okokuqala, isoftware yokubeka iqhekeza ijiyometri yeCAD yenxalenye ngokobukhulu obuthile bomaleko, kwaye ifumana uluhlu lweenkcukacha zecontour. Intloko eyenza umatshini wokulinganisa ngokukhawuleza ulawulwa yinkqubo yokulawula ngokweenkcukacha ze-contour ezimbini. Ziqinisiwe okanye zisikwe ukwenza iileya ezicekethekileyo zamacandelo ahlukeneyo kwaye zibekwe ngaphezulu ngokuzenzekelayo kumacandelo amathathu-dimensional

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Imveliso eyongezelelweyo

Ngokungafaniyo nokuveliswa kwemveli yokunciphisa, i-RP isebenzisa indlela yokuqokelela i-layer-by-layer yokuqokelela imodeli eqinile, ngoko ikwabizwa ngokuba yi-Additive Manufacturing, (AM) okanye i-Layered Manufacturing Technology, (LMT).

Iimpawu zobuchule beRP

Hi-ighly flexible, inokuvelisa nayiphi na imifuziselo eqinileyo ye-3D yalo naluphi na ulwakhiwo oluntsonkothileyo, kwaye iindleko zemveliso ziphantse zizimele kubunzima bemveliso.
CImodeli ye-AD yokuqhuba ngokuthe ngqo, inkqubo yokubumba idijithali ngokupheleleyo, akukho zixhobo ezikhethekileyo okanye izixhobo ezifunekayo, kunye noyilo kunye nokuvelisa (CAD / CAM) kuhlanganiswe kakhulu.
Hukuchaneka kwe-igh, ±0.1％
Hi-ighly reductive, ekwazi ukwenza iinkcukacha ezintle kakhulu, iindonga ezincinci
Mumgangatho womphezulu omdala ugqwesile
Fisantya
Hi-automated ighly: inkqubo izenzekelayo ngokupheleleyo, inkqubo ayifuni kungenelelo lomntu, kwaye isixhobo sinokungahoywa.

Ukusetyenziswa kweteknoloji yeRP

Itekhnoloji yeRP isetyenziswa ngokubanzi kwiindawo:

Imifuziselo (Ingqikelelo & Unikezelo):

Uyilo lwemizi-mveliso, ukufikelela ngokukhawuleza kwiimveliso zengcamango, ukubuyiselwa kweengcamango zoyilo, uMboniso, njl.

Iiprototypes (uYilo, uHlahlelo, uQinisekiso kunye noVavanyo):

Ukuqinisekiswa koyilo kunye nohlalutyo, ukuphindaphinda koyilo kunye nokwenza ngcono njl.

Iipateni/Amacandelo (Ukubunjwa okwesibini kunye nokusebenza kokuCasa kunye nemveliso yamaqashiso amancinci):

Isitofu sevacuum (i-silicone mold), inaliti yoxinzelelo oluphantsi (i-RIM, i-epoxy mold) njl.

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Inkqubo yokusetyenziswa kweRP

Inkqubo yesicelo inokuqala ukusuka kwinto, imizobo ye-2D okanye ingcamango nje. Ukuba kuphela into ekhoyo, inyathelo lokuqala kukuskena into ukuze ufumane idatha ye-CAD, yiya kuhlaziyo lwenkqubo yobunjineli okanye ulungiso nje okanye uhlengahlengiso kwaye emva koko uqalise inkqubo yeRP.

Ukuba imizobo ye-2D okanye ingcamango ikhona, kuyimfuneko ukuya kwinkqubo ye-3D yomzekelo usebenzisa isofthiwe ekhethekileyo, kwaye emva koko uye kwinkqubo yokuprinta ye-3D.

Emva kwenkqubo ye-RP, unokufumana imodeli eqinileyo yovavanyo olusebenzayo, uvavanyo lwendibano okanye uye kwezinye iinkqubo zokuphosa ngokweemfuno zabathengi.

Ukuqaliswa kweteknoloji ye-SL

Igama lasekhaya yi-stereolithography, ekwabizwa ngokuba yi-laser ephilisa iprototyping ekhawulezayo. Umgaqo ngulo: i-laser igxininise kumphezulu we-resin ye-photosensitive yolwelo kwaye iskenwe ngokwemilo yecandelo elinqamlezayo, ukuze inyangwe ngokukhethayo, ukusuka kwindawo ukuya kumgca ukuya phezulu, ukugqiba ukunyanga enye. umaleko, kwaye ke iqonga eliphakamisayo lithotywa ngobungqindilili bomaleko omnye kwaye liphinde lifakwe umaleko omtsha iresin kwaye inyangwe ngelaser de yenziwe yonke imodeli eyomeleleyo.

SL 工作原理-英文

I-advanteji ye-SL 3D Printers ye-SHDM

High ukusebenza kakuhle, kunye nesantya esiphezulu sinokufikelela400g/hkunye nemveliso kwiiyure ezingama-24 inokufikelela kwi-10kg.
Li-arge build volumes, ubukhulu obukhoyo bukhona360*360*300(mm),600*600*400(mm),800*800*550(mm),1600*800*550(mm), kunye neminye imiqulu yolwakhiwo eyenzelwe wena.
Mukusebenza kwe-aterial kungabizi kwaye kuphuculwe kakhulu kwimiba yamandla, ukuqina kunye nokumelana nobushushu obuphezulu, bulungele izicelo zobunjineli.
Okuphuculwe ngokucacileyo ubungakanani obuchanekileyo kunye nokuzinza.
Miindawo ultiple zingaphathwa ngexesha elinye kwi-software yolawulo kwaye kukho iindawo ezigqibeleleyo self-ukuqamba umsebenzi.
Siluncedo kwimveliso yebhetshi encinci.
Uiteknoloji yendlwane ye-nique yeetanki ze-resin ezinomthamo ohlukeneyo, i-resin eyi-1 kg inokuprintwa, efanelekileyo kakhulu kuphando kunye nophuhliso.
Ritanki ye-resin enokwenzeka, i-resin eyahlukileyo ingatshintshwa ngokulula.

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ILogo Simahla Akukho mlinganiselo Ipapashwe ngu-槽1

Itanki yeresin enokubuyiselwa

Ukukhupha kuphela kwaye utyhale ngaphakathi, ungaprinta iresin eyahlukileyo.

Itanki ye-resin ye-3DSL series iyatshintsha (Ngaphandle kwe-3DSL-800). Kwiprinta ye-3DSL-360, itanki ye-resin inemowudi ye-drawer, xa utshintsha itanki ye-resin, kuyimfuneko ukuthoba itanki ye-resin ukuya ngasezantsi kwaye uphakamise ukubamba i-lock lock, kwaye ukhuphe itanki ye-resin ngaphandle. Galela i-resin entsha emva kokucoca itanki ye-resin kakuhle, kwaye emva koko uphakamise izibambiso zokutshixa kwaye utyhale itanki ye-resin kumshicileli kwaye utshixe kakuhle.

I-3DSL 600 inenkqubo efanayo yetanki ye-resin. Kukho ii-trundle ezi-4 phantsi kwetanki yeresin ukwenza lula ukutsala kunye nokutyhala ngaphakathi.

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Inkqubo ye-Optical-Inamandla laser eyomeleleyo

3DSL series SL 3D abashicileli bamkela isixhobo laser esomeleleyo eliphezulu enamandla3Wkunye nobude obuqhubekayo bamaza yi-355nm. Amandla emveliso yi-200mw-350mw, ukupholisa umoya kunye nokupholisa amanzi kukhetho.

(1). Isixhobo seLaser

(2). IReflector 1

(3). IReflector 2

(4). Beam Expander

(5). Galvanometer

激光器1
振镜1

Ukusebenza okuphezulu kweGalvanometer

Isantya esiphezulu sokuskena:10000mm/s

I-Galvanometer yimoto ekhethekileyo yokujingisa, ithiyori yayo esisiseko iyafana nemitha yangoku, xa i-current ethile idlula kwikhoyili, i-rotor iya kuphambuka i-angle ethile, kwaye i-angle yokuphambuka ilingana neyangoku. Ngoko i-galvanometer ikwabizwa ngokuba yi-galvanometer scanner. Iigalvanometer ezimbini ezifakwe ngokuthe nkqo zenza iindlela ezimbini zokuskena zika-X kunye no-Y.