Lokacin da kuke buƙatar yanke mai tsafta, mai maimaitawa a cikin ƙaramin ƙarfe, bakin karfe, ko aluminium-musamman ga maɓalli, firam ɗin, ko abubuwan chassis- Go Fab CNC tebur plasma yana ba da daidaiton darajar masana'antu ba tare da ƙayyadaddun bene na kanti ba. Mun girka kuma mun gwada ƙarnuka uku na tsarin Go Fab tun daga 2021 a duk layin samar da Botou. Abin da ya fito ba wai kawai yanke inganci ba ne - yadda injin ke yin gadon ƙirar ƙira da gaskiyar bene na kanti.
Me yasa "Madaidaici" yana nufin wani abu na gaske akan wannan Teburin
Yawancin allunan plasma sunyi alƙawarin daidaito. Kadan ne ke isar da shi akai-akai a fadin kerf 3-6 mm a fadin karfe mai laushi 12mm. Ƙungiyar Go Fab da muke gudanarwa tana amfani da Hypertherm Powermax 105 tare da sarrafa tsayin tocilan na ainihi (THC) wanda aka daidaita zuwa ± 0.15 mm akan cikakken tafiya. Wannan yana da mahimmanci lokacin yanke filaye masu kauri mai kauri 1.2-millimita don injinan ruwa na aikin gona: ɗayan da ba daidai ba yana nufin sake yin aiki, jinkirta jigilar kaya, da kayan da aka goge. Muna auna kowane bangare na farko tare da Zeiss CMM-kuma 98.7% sun wuce binciken labarin farko ba tare da taɓawa ta hannu ba.
Wannan daidaito ya fito ne daga abubuwan haɗin kai guda huɗu: ƙaƙƙarfan gantry da aka gina tare da extrusions T-slot da jagororin layin dogo; servo-kore motsi (ba stepper Motors); farantin karfe na ƙasa-da-zazzage; da software wanda ke rama ɗigon zafin zafi yayin tafiyar sa'o'i da yawa. Mun ga masu aiki suna gudanar da sa'o'i 14 suna yanke hukunce-hukuncen birki na tarakta iri ɗaya - ba a buƙatar gyarawa. Babu wani tsarin plasma a cikin kayan aikinmu da ke riƙe wannan matakin maimaita juzu'i a duk yanayin yanayin zafi daga 12 ° C zuwa 32 ° C.
Abin da Masu Siyayya Ke Kallon—da Abin da A Haƙiƙa Yake Karya Ƙirar
Wasu masu siye suna mayar da hankali ne kawai akan saurin yanke max. Amma abin da ake amfani da shi na zahiri ya dogara da abin da ya faru *kafin* da *bayan * arc ya kunna wuta. Tebur na Go Fab yana haɗa kai tsaye tare da SolidWorks PDM vault. Lokacin da injiniyan injiniya ya fito da sabon zanen bango, software ɗin mu na gida yana haifar da hanyoyin kayan aiki da kansa, yana ƙididdige ƙimar kerf, kuma yana tura ingantaccen lambar NC zuwa mai sarrafawa-duk a cikin daƙiƙa 90. Babu shigo da CAM na hannu. Babu kurakurai-taswira.
Ƙari mai mahimmanci: tebur yana ɗaukar shirye-shiryen kayan cikin shiru. Kwancen gadon gadon da ke taimakon injin sa yana riƙe da fakitin aluminum 3-mm ba tare da manne ba. Wannan yana kawar da “ɗagawar gefuna” da muka gani akan tsofaffin injuna—inda siraran jari suka karkata a tsakiyar yanke, yana haifar da rashin kwanciyar hankali da zubewa. Muna bin ƙimar yanke mara-ji a kowane motsi: 94.2% akan bakin 4-mm, 97.1% akan ƙarfe mai birgima mai sanyi-6mm. Wannan yana fassara kai tsaye zuwa rage aikin niƙa da saurin walda a ƙasa.
Haɗin kai Shine Inda Wannan Tsarin Ya Samu ROI
Ba ma ɗaukar teburin Go Fab a matsayin tsibiri. Yana ciyarwa kai tsaye cikin sel ɗin mu na lanƙwasa da walda. Yanke sassa suna tafiya kai tsaye zuwa ga Amada HG-224 latsa birki — babu sake aunawa, babu alama. Me yasa? Domin tsarin haɗin gwiwar Go Fab ya dace da ma'anar asalin AMADA a cikin 0.08 mm. Wannan jeri yana ba mu damar tsallake matakan shimfidawa gaba ɗaya. Babban taron bututun HVAC na abokin ciniki ya ragu daga ayyukan gudanarwa 11 zuwa 4 bayan canzawa zuwa wannan aikin.
Ba a fitar da tallafi. Sabuntawar firmware suna zuwa ta hanyar amintaccen tura OTA-ba sandunan USB da aka wuce tsakanin canje-canje ba. Binciken bincike yana shiga cikin MES na ciki a cikin ainihin lokaci: bambance-bambancen matsa lamba gas, zagayowar lalacewa, rashin jinkirin amsa THC. Lokacin da bututun ƙarfe ya yi rashin daidaituwa a watan da ya gabata, tsarin ya ba da alama ta sa'o'i 12 kafin yanke ingancin lalacewa - yana ba mu lokaci don maye gurbinsa yayin kulawa da aka tsara, ba lokacin gaggawa ba.
Wanene Ya Kamata Yayi La'akari da Wannan - Kuma Wanene Ya Kamata Ya Yi Tafiya
The Go Fab CNC tebur plasma ya dace da shagunan da ke gudana kanana-zuwa-matsakaici (pcs 1-500/week), musamman waɗanda ke yin ƙira akai-akai. Idan aikinku ya haɗa da ɓangarorin al'ada, firikwensin firikwensin, ko tallafi na tsari-inda haƙuri ya fi ± 0.3 mm al'amarin - zaku sami iko mai iya aunawa. Amma idan kuna yanke farantin 25-mm a 200 amps a duk rana, ko kuma kuna gudanar da alluran da ba na ƙarfe ba fiye da 12 mm akai-akai, wannan ba shine farkon mafita ba. An ƙirƙira shi don daidaito-ba shigar da ƙarfi ba.
Botou Haijun Metal Products Co., Ltd. yana gudanar da wannan tsarin yau da kullun a cikin kayan aikin da ya dace da ISO - yana samar da ingantattun abubuwan haɗin gwiwa don masu samar da kera motoci na Tier-1 da injunan aikin gona na EU. Mun tabbatar da aikin sa a kan ASTM A653, EN 10147, da kuma ISO 9001 aiwatar da buƙatun binciken-ba kawai bayanan tallace-tallace ba. Ga injiniyoyin da ke buƙatar ingantattun daidaiton yanke, lokutan zagayowar da za a iya faɗi, da haɗin kai mara kyau cikin ayyukan aikin ƙarfe na yanzu, teburin Go Fab yana ba da daidai abin da sunan ya yi alkawari: ƙirƙira, yi daidai.
