LCD 3D firintocinku?fasaha ce ta juyin juya hali wacce ta kawo sauyi a duniyar bugun 3D. Ba kamar firintocin 3D na al'ada ba, wa?anda ke amfani da filament don gina abubuwa ta hanyar layi, firintocin LCD 3D suna amfani da nunin kristal na ruwa (LCDs) don ?ir?irar abubuwan 3D masu girma. Amma ta yaya daidai firintocin LCD 3D suke aiki?
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Tsarin yana farawa da samfurin dijital na abin da za a buga. Ana yanka samfurin;zuwa sirara ta amfani da software na musamman. Ana aika sassan da aka yanka zuwa firinta na LCD 3D, inda sihirin ya faru.
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Ciki anLCD 3D printer, wataruwa guduro?Ana fallasa shi zuwa hasken ultraviolet da ke fitowa ta hanyar LCD panel. Hasken UV yana warkar da guduro, yana ba shi damar ?arfafa Layer ta Layer don samar da abu na 3D. ?ungiyar LCD tana aiki azaman abin rufe fuska, za?in ?yale haske ya wuce kuma ya warkar da guduro a cikin wuraren da ake so dangane da yankakken yadudduka na ?irar dijital.
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?aya daga cikin manyan fa'idodin firintocin LCD 3D shine ikon samar da cikakkun bayanai da abubuwa masu rikitarwa tare da filaye masu santsi. Wannan shi ne saboda babban ?uduri na panel LCD, wanda ke ba da damar yin daidaitaccen maganin guduro. Bugu da ?ari, an san firintocin LCD 3D da saurinsu, saboda suna iya warkar da duk wani nau'in resin gaba ?aya, yana sa aikin bugu ya fi sauri fiye da firintocin 3D na gargajiya.
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Wani fa'idar firintocin LCD 3D shine cewa suna iya amfani da sudaban-daban na resins, ciki har da wa?anda ke da takamaiman kaddarorin kamar sassauci ko bayyanawa. Wannan ya sa su dace da aikace-aikace iri-iri, daga samfuri da masana'anta zuwa yin kayan ado da gyaran hakori.
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A ta?aice, firintocin LCD 3D suna aiki ta hanyar amfani da resin ruwa, wanda aka warke Layer ta Layer ta amfani da hasken ultraviolet da ke fitowa daga panel LCD. Wannan tsari yana haifar da cikakkun bayanai da kuma hadaddun abubuwa na 3D tare da filaye masu santsi. Tare da saurin su da ha?akawa, masu bugawa na LCD 3D sun zama masu canza wasa a duniyar bugun 3D, bu?e sabon damar don ?ididdigewa da kerawa.
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Lokacin aikawa: Juni-21-2024