6. Buga tare da canja wurin ruwa
Ta hanyar yin amfani da matsa lamba na ruwa zuwa takarda canja wuri, yana yiwuwa a buga samfurin launi a saman wani abu mai girma uku. Ana amfani da bugu na canja wurin ruwa akai-akai yayin da mabukaci ke buƙatar buƙatun samfur da ƙawancin saman.
Kayayyakin da suka shafi:
Ana iya yin bugu na canja wurin ruwa a kowane wuri mai wuya, kuma duk wani abu da za a iya fesa dole ne ya yi aiki don irin wannan bugu. Ƙarfe da sassa na allura sun fi shahara.
Farashin tsari: Babu farashin ƙira, amma dole ne a yi amfani da kayan aiki don canja wurin kayayyaki da yawa a lokaci ɗaya. Kudin lokaci a kowane zagayowar shine yawanci kusan mintuna goma.
Tasirin muhalli: Canja wurin ruwa ya fi shafa fentin bugu fiye da feshin samfur, wanda ke rage yuwuwar zubar shara da sharar kayan.
Hoton iri ɗaya kamar na asali an ƙirƙira shi ta hanyar fitar da scraper, wanda ke canja wurin tawada zuwa ƙasa ta hanyar raga na ɓangaren hoto. Kayan aiki don buga allo kai tsaye, mai sauƙin amfani, mai sauƙin yin faranti na bugu, mara tsada, kuma mai sauƙin daidaitawa.
Hotunan mai kala, fosta, katunan kasuwanci, littattafai masu ɗaure, alamun kayayyaki, da bugu da rini sune misalan kayan bugu na gama gari.
Kayayyakin da suka shafi:
Kusan kowane abu, gami da takarda, filastik, ƙarfe, yumbu, da gilashi, ana iya buga allo.
Kudin samarwa: Model ba shi da tsada, amma farashin samar da faranti daban don kowane launi ya dogara da adadin launuka. Kudin aiki yana da mahimmanci, musamman lokacin bugawa cikin launuka da yawa.
Tasirin Muhalli: Tawadan buga allo tare da launuka masu haske ba su da ɗan tasiri akan muhalli, amma waɗanda ke da formaldehyde da PVC dole ne a sake yin fa'ida kuma a zubar dasu cikin gaggawa don hana gurɓacewar ruwa.
Ka'idar electrochemical tana haifar da anodic oxidation na aluminum, wanda ke haifar da Layer na fim din Al2O3 (aluminum oxide) akan saman aluminum da aluminum gami. Musamman kaddarorin wannan fim ɗin fim ɗin oxide sun haɗa da juriya, kayan ado, kariya, da rufi.
Kayayyakin da suka shafi:
Aluminum, aluminum gami da kayayyaki iri-iri da aka yi da aluminum
Farashin tsari: Ana amfani da wutar lantarki da ruwa sosai yayin aikin samarwa, musamman a lokacin matakin iskar oxygen. Yawan wutar lantarki da ake amfani da shi a kowace ton yana yawanci kusan digiri 1000, kuma zafin na'urar da kanta yana buƙatar ci gaba da sanyaya ta hanyar zagayawa na ruwa.
Tasirin Muhalli: Anodizing ba ya yin fice ta fuskar ingancin makamashi, yayin da ake samar da electrolysis na aluminum, tasirin anode kuma yana haifar da iskar gas da ke da illa ga ma'aunin sararin samaniyar ozone.
9. Karfe Waya
Don samar da sakamako na kayan ado, yana niƙa samfurin don ƙirƙirar layi akan saman kayan aiki. Zanen waya madaidaici, zanen waya mai hargitsi, gyare-gyare, da jujjuyawa sune nau'ikan nau'ikan laushi da yawa waɗanda za'a iya samarwa bayan zana waya.
Abubuwan da za a iya amfani da su: Kusan kowane kayan ƙarfe ana iya zana ta amfani da waya ta ƙarfe.
Farashin tsari: Tsarin yana da sauƙi, kayan aiki yana da sauƙi, kayan abu kaɗan ne kawai ake cinyewa, farashi yana da matsakaici, kuma fa'idar tattalin arziki yana da yawa.
Tasiri akan yanayin: samfuran da aka yi gabaɗaya da ƙarfe, ba tare da fenti ko wasu kayan kwalliyar sinadarai ba; jure yanayin zafi na digiri 600; baya ƙonewa; baya fitar da hayaki mai haɗari; ya bi ka'idodin kare lafiyar wuta da muhalli.
10. In-mold ado
Tsarin gyare-gyare ne wanda ya ƙunshi shigar da diaphragm ɗin da aka buga a cikin ƙirar ƙarfe, allurar gyare-gyare a cikin ƙirar ƙarfe da haɗuwa da diaphragm, sa'an nan kuma haɗawa da ƙarfafa ƙirar ƙirar da aka buga da resin don ƙirƙirar samfurin da aka gama.
Filastik abu ne mai dacewa don wannan.
Farashin tsari: Ta hanyar buɗe saiti ɗaya na ƙira, ƙila za a iya kammala gyare-gyare da adon lokaci guda yayin rage farashi da lokutan aiki. Irin wannan nau'in samar da kayan aiki mai girma kuma yana sauƙaƙa tsarin masana'anta.
Tasirin Muhalli: Ta hanyar guje wa gurɓacewar da zanen gargajiya da na'urar lantarki ke samarwa, wannan fasaha tana da kore kuma tana da kyau ga muhalli.
Lokacin aikawa: Jul-07-2023
