Na'urar Welding na Fiber Laser Na atomatik don Kowane Bukatu

Menene Robot Welding Laser?

Mutum-mutumi na walda Laser haɗe ne na fasahar Laser da na'ura mai kwakwalwa. The Laser waldi robot tsarin ne a 6 axis robot tare da babban sassauci, wanda zai iya kammala waldi na hadaddun workpieces, kuma shi zai iya daidaita da canje-canje yanayi na workpieces. The Laser tsarin iya amfani da walda ruwan tabarau, yankan ruwan tabarau, Ana dubawa waldi ruwan tabarau har ma Laser cladding shugabannin. Saboda hanyar haɗin haɗin gwiwar maganadisu, ana iya sauya ruwan tabarau daban-daban da sauri zuwa juna. Laser welding robot kuma ana kiransa da na'ura mai walƙiya Laser, injin walƙiya na Laser, na'ura mai walƙiya na Laser, waldawar katakon Laser shine cikakken nau'in LBM, don haka kuna iya kiransa da robot LBW.

Robot ɗin walda ya ƙunshi sassa na asali guda 3: injin, tsarin tuƙi da tsarin sarrafawa. Na'urar ita ce tushe kuma mai kunnawa, kuma wasu robots kuma suna da hanyar tafiya. Yawancin na'urorin walda suna da digiri 3 zuwa 6 na motsi, wanda wuyan hannu yawanci yana da digiri 1 zuwa 3 na motsi. Tsarin tuƙi ya haɗa da na'urar wuta da tsarin watsawa don sa mai kunnawa ya samar da ayyuka masu dacewa. Tsarin sarrafawa yana aika sakonnin umarni zuwa tsarin tuƙi da masu kunnawa bisa ga shirin shigar da su, kuma yana sarrafa su.

Domin daidaita na'urar walda na Laser zuwa daban-daban dalilai, da inji dubawa na wani axis a bayan robot yawanci a haɗa flange, wanda za a iya haɗa da daban-daban kayan aiki ko karshen effects. Laser katako na walƙiya mutummutumi suna haɗa tong ɗin walda ko walda (yankan) bindigogi zuwa ƙarshen shaft flange na mutummutumi na masana'antu don su iya yin walda, yanke ko fesa zafi.

Ma'aunin Fasaha na 3D Robot Fiber Laser Welding Robot

Features & Fa'idodin 3D Robot Fiber Laser Welding Robot

Robotic Laser na'ura mai waldawa nau'in 3D mutummutumi na masana'antu wanda aka fi amfani dashi a zamanin yau. Yana da daidaiton walda mai tsayi, saurin gudu, da ƙunƙun ɗinkin walda, wanda ya shahara sosai a fagen walda.

Kamar yadda muka sani, ayyukan walda na gargajiya suna da illa ga jikin dan adam, ciki har da walda MIG (Metal Inert Gas) da walda ta TIG (Tungsten Inert Gas). MIG Welding Machine da TIG Welding Machine sune welding arc, kuma ba za a iya ba da tabbacin ingancin aikin da aka yi amfani da Laser ba. Yawancin kamfanoni sun fara amfani da mutummutumi na walda na Laser mai inganci maimakon ayyukan walda da hannu. The robotic Laser Welding Machine yana da babban samar da inganci, high waldi ƙarfi, kunkuntar waldi kabu, da kuma kasa nakasawa na workpiece. A yau, bari mu yi magana game da fa'idar walda mutum-mutumi.

Ba kamar na yanzu gargajiya tabo waldi tsari, Laser katako waldi iya cimma kwayoyin bonding tsakanin 2 karfe faranti. Gabaɗaya magana, taurin farantin karfen da aka welded yayi daidai da farantin karfe gabaɗaya, wanda hakan ke ƙara ƙarfin jiki da ƙarfi. 30% kuma daidaiton jiki Hakanan yana inganta sosai. Tabbas, mahimmancin aikin walda na Laser bai tsaya nan ba. Gabaɗaya magana, ƙullun da ke fitowa daga ƙasa lokacin da abin hawa ke tafiya a kan hanya za a juyar da shi zuwa dubunnan motsin murɗawa a cikin minti daya don gwada jiki. Idan daidaiton haɗin jiki da ƙarfin bai isa ba, ƙarancin mita da hayaniya a cikin motar za su kasance akai-akai, kuma yana iya zama mai tsanani. Wannan na iya haifar da lalacewa ga sassan da aka sanya akan abin hawa, kamar akwatin gear, gaba da gatari na baya, ko karyewar jiki.

FANUC Robot Arms ko Borunte Robot Arms

FANUC robot masana'antu daga Amurka, babban matsayi daidai, babban kewayon walda, da haɗin gwiwar axis 6 don gane walda na 3D sassa.

Raytools Laser Welding Head

Shugaban waldi na Laser yana amfani da injina biyu, yana da nau'ikan lilo daban-daban, kuma ya dace da al'amuran da yawa.

Raycus Laser Source for Welding

• Babban Canjin Canjin Electro-Optic.

• Babban dogara, tsawon rayuwar sabis.

• Aiki ba tare da kulawa ba.

Ruwan Chiller don waldawar Laser

• Ayyukan sanyaya biyu.

• Ƙararrawa na ainihi.

• Kariyar inji.

Laser waldi ne halin musamman kananan nakasawa na welded workpiece, kusan babu alaka rata, da kuma high waldi zurfin / nisa rabo, don haka waldi ingancin ne mafi girma fiye da gargajiya waldi hanyoyin. Ta hanyar lantarki kwamfuta sarrafa, bisa ga daban-daban waldi abubuwa da bukatun, kamar waldi kabu tracking, aibi ganowa, waldi ingancin saka idanu da sauran ayyukan da aka gane, da waldi tsari sigogi da ake gyara ta hanyar feedback iko gane atomatik Laser waldi. Saboda haka, Laser waldi ne mai matukar fasaha ci-gaba masana'antu tsari.

⇲ Ana iya daidaita ƙarfin da girman mayar da hankali na Laser bisa ga buƙatun aiki, kuma ana iya sa ido kan tsarin sarrafawa a cikin ainihin lokacin don cimma damar aikace-aikacen daban-daban.

⇲ Wurin katako ƙarami ne, kuma ana ninka daidaiton aiki sau biyu. Yankin da zafi ya shafa yana da ƙanƙanta, ingancin walda yana da girma, kuma ba shi da sauƙi don samar da raguwa, nakasawa, ɓarnawa da fashewar thermal da sauran illolin zafi. A Laser waldi narkakkar pool tsarkakewa sakamako iya tsarkake weld karfe, da kuma inji Properties na weld ne daidai ko fiye da tushe karfe.

Fiber Laser Welding Robot Arm

⇲ Yin amfani da fiber na gani don jigilar Laser, ta yadda za a iya raba tushen makamashi da kayan aiki daga sararin samaniya ba tare da wahala ba. Za a iya watsa makamashin hasken da na'urar ke samarwa zuwa tashar mai nisa ta hanyar ƙaramin fiber na gani mai diamita, kuma ana iya walda kayan aikin ta hanyar robot.

⇲ Na'urar waldawa ta Laser na iya maye gurbin mutum-mutumin walda na juriya 3 zuwa 4. Idan kun yi cikakken amfani da fasahar walƙiya ta Laser don aiwatar da jikin mota, farashin kayan aikin saka hannun jari, shirye-shiryen walda, amfani da kayan aiki, da rufewar jiki za a rage ta kusan A. US$200, ana iya ƙara yawan amfani da karfe 50%. Yin amfani da na'urar walda katako na Laser na iya ceton samfura da kayan aiki da yawa, ta yadda yankin bita ya ragu da kuma adana jari.

Madaidaitan Matsala

Keɓance kayan aikin walda bisa ga buƙatun abokin ciniki don tabbatar da daidaiton machining na workpiece.

A wannan gaba, kowa ya kamata ya fahimci fa'idar na'urar walda na Laser. Robot na iya canza shirye-shirye da koyarwa bisa ga kayan aiki daban-daban don kammala ayyuka da yawa. Yana rage farashin sarrafa kayan aiki da kuma tabbatar da ingancin masana'antu, don haka ana amfani da shi sosai. Tare da buƙatun ci gaban masana'antu, tsarin waldawar laser na mutum-mutumi zai haifar da ƙarin dama ga ɗan adam a nan gaba.

Nau'in Welding Laser

3D Masana'antu Fiber Laser Welding Robot Applications

Robots na walda Laser suna daɗa kaifin basira, kuma a yanzu sun zama samfura masu inganci a fannin walda, kuma sun shahara sosai a masana'antar walda madaidaici. Robotic Laser Welding Machines an tsara su don walda karafa daban-daban da kayan gami, kuma sun dace da daidaitattun walda na sassa daban-daban na ƙarfe. An yi amfani da su sosai a manyan masana'antu irin su kayan aiki, kayan lantarki, kayan aikin sararin samaniya, ginin jirgi, da kera motoci.

Kamfanin kera motoci

An yi amfani da robobin walda na Laser a cikin masana'antar kera motoci. An yi amfani da walda na chassis na mota, firam ɗin wurin zama, dogo na jagora, magudanar ruwa da masu jujjuya wuta, musamman wajen samar da kayan walda na mota. Toyota ta yanke shawarar yin amfani da walda tabo a matsayin ma'auni don samar da duk wani robots na walda a Japan da kuma ketare. Yin amfani da wannan fasaha na iya inganta ingancin walda, don haka ko da ƙoƙarin amfani da shi don maye gurbin wasu ayyukan walda. Lokacin motsi a cikin ɗan gajeren nesa kuma an rage shi sosai. Kwanan nan kamfanin ya kaddamar da wani mutum-mutumi na walda mai low-h8, wanda ake amfani da shi wajen walda sassan jikin mota. Hakanan ana iya haɗa wannan ɗan gajeren tabo na walda robot tare da dogon mutum-mutumi don sarrafa ɓangaren sama na motar tare, ta yadda zai rage tsawon duk layin samar da walda.

Masana'antar Aerospace

Robotic Laser Welding Machine ana amfani dashi a masana'antu daban-daban saboda babban maimaita su, ingantaccen aminci, da kuma aiki mai ƙarfi. A halin yanzu, tsarin masana'antu na samfuran sararin samaniya har yanzu yana da aiki mai ƙarfi, rikitarwa a cikin matakai, da kuma yanayin aiki mara kyau, wanda aka haɓaka ta babban adadin kayan aiki da masana'anta. Rashin ƙarfin samar da kayan aiki ta atomatik ya zama ƙugiya mai ƙuntatawa don inganta ingantaccen aiki da ƙarfin samar da makamai da kayan aiki. Aiwatar da mutummutumi na masana'antu a cikin masana'antar kera sararin samaniya don samarwa ta atomatik yana da matukar mahimmanci ga canji da haɓaka samfuran samar da masana'antu da haɓaka ƙarfin masana'antar kayan aiki na ci gaba. Welding shine muhimmiyar hanyar haɗi a cikin tsarin kera samfuran sararin samaniya. Matsayin mutummutumi na walda na Laser yana da matuƙar mahimmanci.

Kitchenware

Amfani da mutummutumi na walda laser a cikin masana'antar dafa abinci ya zama yanayin ci gaba. Yawancin masana'antun sun yi amfani da na'ura mai ba da wutar lantarki ta Laser wajen kera kayan dafa abinci na kayan aiki, musamman walda na bangon waje na manyan kayan dafa abinci kamar hoods, sinks, da akwatunan burodi, wanda ya inganta aikin samarwa kuma ya sami sakamako mai kyau.

Domin sanya bakin karfe kitchenware mafi kyau da kuma saduwa da daidai bukatun jama'a, da robotic Laser Welding Machine yana amfani da high-power ci gaba da waldi don cimma sakamako mafi kyau, ba tare da wani amfani, da kuma sauki da kuma dace aiki. Laser waldi yana da fasalulluka na sauri waldi gudun, kananan nakasawa na workpiece, babban weld Fusion rabo, lafiya hatsi size, sauki post-weld aiki, kuma mai kyau weld quality. Yana iya walda abubuwa iri ɗaya ko daban-daban ko kayan da ba su da ƙarfi a wurare daban-daban.

A cikin kayan da aka haɗa da kayan dafa abinci, ta hanyar kauri da ƙirar bakin karfe biyu-Layer, samfurin da kansa ya inganta tasirin faɗuwa da lalata. Bugu da ƙari, ƙirar bakin karfe mai kauri ya fi tsayayya da yanayin zafi da tasiri fiye da yawancin kayan lantarki na filastik, wanda ba kawai yana tsawaita lokacin amfani da samfurin ba, har ma yana inganta lafiyar amfani. A cikin sarrafa kayan dafa abinci da aka saka, don samun kyakkyawan sakamako na walda, ƙarin kamfanonin kayan aikin gida suna ɗaukar fasahar walƙiya ta Laser.

Fasahar walda ta robot Laser tana da faɗi a cikin kasuwar masana'anta

Manyan kasashe masu arzikin masana'antu na duniya suna dora muhimmanci sosai kan rawar da cibiyoyin bincike na walda suke takawa, kuma a asali sun samar da tsarin bincike da ci gaba mai matakai 3 na cibiyoyin bincike da kamfanoni na jami'a. Duk manyan kasashen da suka ci gaba a masana'antu sun kafa cibiyoyin bincike na walda, irin su Cibiyar Nazarin Welding ta Burtaniya (TWI), Cibiyar Nazarin Welding ta Amurka (EWI), Cibiyar Nazarin Welding ta Faransa (FWI), da Cibiyar Nazarin Welding ta Japan (JRWI), Cibiyar Welding ta Barton (PEWI) na Ukraine, Cibiyar Nazarin Welding ta Jamus, Cibiyar Nazarin Welding da Jami'ar ASFachen da Cibiyar Nazarin Welding ta Jamus. (SLV) na Jamus Welding Society (DVS), da dai sauransu Cibiyar bincike tana cikin KITCH na Korea Institute of Industrial Production Technology (KAIST) na Korea Institute of Modern Science and Technology (KAIST). Dukkansu suna cikin cibiyoyin bincike na walda na ƙasa.

3D Ayyukan Fiber Laser Welding Robot Ayyuka & Tsare-tsare

3D Robot Fiber Laser Welding Robot don Welding Jikin Mota

3D Fiber Laser Welding Robot don Welding Parts na Auto

3D Laser Welding Robot don Welding Kitchenware

3D Robot Laser Welding Robot don Aikin Sheet Metal & Tube Welding Projects

Nan gaba na 3D Robot Laser Welding Robot

Jagoran bincike na gaba na fasahar walda laser na robotic ya ƙunshi:

⇲ Tsarin sarrafa walda mai hankali. Haɓaka fasahar lantarki, microelectronics na kwamfuta da fasahar sarrafa kansa sun haɓaka haɓaka fasahar sarrafa walda. Musamman, ƙaddamar da fasahohin naúrar kamar fasahar sarrafa lambobi, fasahar masana'anta mai sassauƙa da fasahar sarrafa bayanai sun haɓaka ci gaban juyin juya hali na fasahar sarrafa walda;

⇲ Gudanar da bincike kan mafi kyawun hanyoyin sarrafawa, gami da na'urori masu linzami da nau'ikan sarrafawa marasa tushe. Mafi yawan wakilai sune sarrafawa mai banƙyama, kula da hanyar sadarwa na jijiyoyi na tsarin walda, da kuma binciken tsarin masana;

⇲ Fasaha sassaucin walda. Haɗa fasahohin gani daban-daban, na inji da na lantarki tare da fasahar walda don cimma daidaitattun walda mai sassauƙa. Amfani da fasaha na microelectronics don canza kayan aikin walda na gargajiya shine hanya mai mahimmanci don inganta matakin sarrafa walda. An sanye shi da injunan walda daban-daban da kayan aiki tare da fasahar sarrafa lambobi don haɓaka matakin sassauci;

⇲ Haɗin robot walda da tsarin ƙwararru suna fahimtar ayyuka kamar tsara hanya ta atomatik, gyaran yanayin atomatik, da sarrafa shigar da kai ta atomatik;

⇲ Haɓaka aminci, kwanciyar hankali mai inganci da kula da tushen wutar walda, da kuma ingantaccen kuzari. Haɓaka da haɓaka injunan walda masu ƙarfi waɗanda za su iya daidaita motsin baka, ciyarwar waya da matsayi na walda, gano farkon gangaren weld, filin zafin jiki, jihar narkar da ruwa, da shigar azzakari, da kuma samar da sigogin ƙayyadaddun walda a daidai lokacin, da haɓakar komputa don tsarin walda. Fasahar kwaikwaiyo ta sa fasahar walda ta samo asali daga "bazara" zuwa "kimiyya".