Shandong Xinhong CNC Technology Co., Ltd
Umshini wokusika nge-fiber laser we-6000W usika i-plate yensimbi ekhabhoni nge-oxygen assist

Imishini Yokucisha Nge-Fiber Laser Yamandla Aphezulu

Isixazululo Sokusika Inshimbi Ekhabhoni Nge-Laser

Ukusika insimbi ekhabhoni nge-fiber laser okusizwa yi-oxygen: amaplatform e-3000W-30000W afaniswa nenhlanganisela yakho yangempela yezinga eyi-6-20 mm, ngokusika kwamasampula namathebula obukhulu abhaliwe ngaphambi kokuthi u-ode.

Cela isilinganiso sentengo

Ukuthenga umshini wokusika insimbi ekhabhoni nge-laser: isinqumo sokusika nge-oxygen

Ubuhlungu obuningi abakhiqizi bensimbi ekhabhoni abafika nabo

Amathenga ensimbi ekhabhoni awavamisi ukubuza ngamandla okugcina. Bafika ngemuva kokwehluleka okukodwa kwezinto ezintathu: ibhentshi le-oxy-fuel elingakwazi ukugcina ikhwalithi yomphetho ku-S355 eyi-8-16 mm, umhlinzeki we-plasma ongaphandle one-bevel ne-heat-affected zone ephoqa ukugaywa ngaphambi kwayo yonke i-weld, noma umshini othengiwe omkhulu kakhulu kunhlanganisela yezinga engavamile ukudlula ku-12 mm. Ukwehluleka ngakunye kubiza ngezindlela ezifanayo zemali - amahora okulungisa, imigqa yokuthengisa ngaphandle, kanye nemali eboshelwe ekilasini lamandla elingalungile.

Yini eyenzayo esinqumweni sokuthenga

Ngenxa yokuthi isimo somphetho nokuziphatha kokubhoboza ensimbi ekhabhoni kuncike engcindezini ye-oxygen namandla ngokuhlanganyela, abathengi aba-oda ngamandla kuphela bavame ukuthola ukungafani ngemuva kokufakwa. Umphumela uwumjikelezo wesibili wezinguquko zamathuluzi, izingxabano zekhwalithi yomphetho kanye nokubambezeleka obekungagwenywa umshini ocaciswe kahle.

Isixazululo sethu: amandla afaniswa nenhlanganisela yakho yezinga langempela

I-Xinhong yakha amaplatform e-fiber laser kusukela ku-3000W kuya ku-30000W asika insimbi ekhabhoni nge-oxygen assist kusukela ku-12 mm kuya ku-70 mm, ngokunemba kokubeka kwe-+/-0.05 mm kulo lonke uhla. Umsebenzi wokufanisa wenziwa ngokuhambisana ne-histogram yakho yangempela yobukhulu kanye nohlu lwamazinga - hhayi ngokuhambisana netafula lebhrosha - futhi kuqinisekiswa ngokusika kwamasampula ezintweni zakho ngaphambi kokuthi usayine.

Indlela ubuchwepheshe obuxazulula ngayo

  • Imithombo ye-laser ye-IPG, RAYCUS kanye ne-GW ibhangqwa ngokwemodeli ngayinye namakhanda okusika alungiselelwe insimbi ekhabhoni esekelwa yi-oxygen.
  • Izingxenye zokulawula ze-Schneider Electric kanye nesoftware yokulawula i-CypCut ukuze kubekwe ngendlela ephindaphindayo ipharamitha yokubhoboza nokusika.
  • Imibhede eqhutshwa yi-servo kumaplatform angu-2000x4000 mm nangu-2000x6000 mm wokuphatha amapulathi asindayo.
  • Uhlelo lokuxuba igesi olusizayo oluzikhethelayo lwezikhungo ezishintsha phakathi kwemisebenzi ye-oxygen, i-nitrogen nomoya.

Okutholayo njengomthengi

Umshini obekwe ngokulingana ne-plate oyisika ngempela, isimo somphetho okuvunyelwene ngaso esibhalwe kusukela ekusikweni kwamasampula, kanye nesilinganiso sentengo esisho indlela yegesi netafula lobukhulu eliyisekela - esikhundleni senombolo yamandla okufanele uyivikele ngaphakathi.

Hlanganisa imfuneko yakho nomshini

Umshini onconywayo
Umshini Wokusika nge-Laser ye-Fiber Ongu-3000W

3000W cuts CS to 12 mm, +/-0.05 mm, 1500x3000mm bed

Buka umshini

Icala lokusetshenziswa

Umenzi wensimbi yesakhiwo: izigaxa ze-S355 eziyi-8-16 mm zisikwa ngaphakathi ku-6000W

Ubani: umklami wensimbi yesakhiwo eNyakatho Yurophu, cishe abasebenzi abangama-25, esika izingxenyana zensimbi (S355 brackets) namapuleti okuxhumanisa ezingxenyeni zokwakha zamakhasimende. Umshini: umshini wokusika nge-fiber laser we-Xinhong ongu-6000W, umbhede ongu-2000x4000mm. Inkinga eyayixazululwa: umthwalo wensimbi ekhabhoni oxubile ongu-8-16 mm wawusudlule ikhono lombhede wakudala we-oxy-fuel, lapho ukubhoboza okunensayo kanye nemigqa yokusika ebanzi kwakubangela ukulungiswa kabusha okukhulu emaphethelweni ngaphambi kokushisela. Ngaphambili: imiphethelo ye-oxy-fuel yayidinga ukugedwa nokuphawulwa kabusha, futhi imisebenzi yezinto ezincane yayikhokhelwa ngaphandle. Manje: i-S355 engu-8-16 mm isikwa endlini ngosizo lwe-oxygen endaweni yokusebenza engu-6000W, imiphethelo iya ekushiseleni ngemva kokuhlanza okuncane. Izibalo zivela kuphi: kusukela kwimininingwane yomkhiqizo engu-6000W (insimbi ekhabhoni efinyelela ku-20 mm, ukuphindaphinda kwe-+/-0.05 mm, impilo yeshubhu yamahora angu-50000+) kanye nombiko wamakhasimende wokuhlola isampula kuma-brackets awo angu-10 mm no-16 mm; ukuqhathaniswa kwezinga lokukhiqiza kuncike ekuhlelweni nasekuphathweni kwamakhasimende futhi kufanele kukalwe kabusha endaweni yakhe yokusebenza.

Uhlelo olusekelwe empendulweni yekhasimende; imiphumela yomuntu ngamunye incike ezintweni nasemibonweni yokukhiqiza.

Umenzi wamathuluzi ezolimo: izigaxa eziyi-15-20 mm zisuka ekusikweni kwe-plasma ngaphandle

Obani: umhlinzeki wamathuluzi ezolimo eYurophu Ephakathi osika izingcwecwe zokugqoka nokufaka ezinsimbi zokulima. Umshini: umshini wokusika nge-fiber laser we-Xinhong 8000W, umbhede ongu-2000x6000mm. Inkinga eyayixazulula: izigaxa zensimbi ekhabhoni eziyi-15-20 mm zaziswa kumhlinzeki wangaphandle we-plasma, okwakudinga ukugaywa okwengeziwe kwama-bevel ne-heat-affected zone ngaphambi kokushisela. Ngaphambili: ukusikwa kwe-plasma okwenziwa ngaphandle okwakumele ulayini wezinsuku ezi-3-5 nokulungiswa ngesandla kwayo yonke imiphetho. Manje: insimbi ekhabhoni eyi-15-20 mm isikwa ngaphakathi nge-oxygen assist ku-platform ye-8000W, imiphetho ilungele ukushisela ngemuva kokukhuhla kuphela. Izibalo zivela kuphi: incazelo yomkhiqizo we-8000W (insimbi ekhabhoni kuze kufike ku-25 mm, +/-0.05 mm) kanye nombiko womthengi siqu wokusika isampula ezigaxeni zakhe eziyi-15 mm neziyi-20 mm; izilinganiso zesikhathi somjikelezo nezindleko kufanele zisungulwe ngokusika kokuhlola ezintweni zomthengi siqu.

Uhlelo olusekelwe empendulweni yekhasimende; imiphumela yomuntu ngamunye incike ezintweni nasemibonweni yokukhiqiza.

Obani: isikhungo sokusebenza sensimbi yamashidi eNtshonalanga Yurophu esisebenza izigaxa zezinga elixubile, ikakhulukazi insimbi ekhabhoni eyi-6-12 mm. Umshini: umshini wokusika nge-fiber laser we-Xinhong 3000W, umbhede ongu-1500x3000mm. Inkinga eyayixazulula: isikhungo sasikwazi ukuthethelela umshini wamandla aphezulu emsebenzini owawungadluli ku-12 mm, kodwa sasidinga izinga lokubhoboza eliphindaphindayo ku-plate eyi-10-12 mm. Ngaphambili: imisebenzi eyi-10-12 mm yayibambezeleka ngemuva komshini owodwa owabiwe futhi yayivame ukuthunyelwa ngaphandle. Manje: insimbi ekhabhoni kuze kufike ku-12 mm isikwa ku-platform ye-3000W nge-oxygen assist kanye nokunemba kwe-+/-0.05 mm. Izibalo zivela kuphi: incazelo yomkhiqizo we-3000W (insimbi ekhabhoni kuze kufike ku-12 mm, +/-0.05 mm, impilo yeshubhu engaphezu kwamahora angu-50000) kanye nokusika kokuhlola kwesikhungo siqu ku-plate eyi-10 mm neyi-12 mm; izindleko ngeyingxenye ngayinye zincike entengo ye-oxygen nasekuhlelweni kwe-nesting futhi kufanele kuqinisekiswe ngokuhlola kwesilinganiso sentengo.

Uhlelo olusekelwe empendulweni yekhasimende; imiphumela yomuntu ngamunye incike ezintweni nasemibonweni yokukhiqiza.

Izilinganiso zamakhasimende

“Isimo sokusetshenziswa: ukukhiqizwa kwezigaxa ze-S355 namapulathi okuxhuma kubathengi bezakhiwo, 8-16 mm, okutholwe ngommeleli waseYurophu. | Ukuhlolwa: sacela ipharamitha yokusika nge-oxygen ebhaliwe ngaphambi kokuthi sisayine, futhi imiphetho yamasampula kumapulathi ethu angu-10 mm nangu-16 mm yiyo eyavala isivumelwano, hhayi itafula lamandla. | Iphuzu eliqinisekisiwe: incazelo ibala ukuphindaphinda kwe-+/-0.05 mm embhedeni ongu-2000x4000 mm, futhi izingxenye zethu ezikalwe zabuyela ngaphakathi kwalelo bhendi. | Umthombo: uchungechunge lwe-imeyili ye-RFQ yomthengi kanye nombiko wokusika amasampula wakwa-Xinhong, 2025.”
Production managerStructural steel fabricator, Northern Europe (anonymised)
“Isimo sokusetshenziswa: ukusikwa kwezigaxa eziyi-15-20 mm kwalethwa ngaphakathi kusuka kumhlinzeki we-plasma wangaphandle, kwathengwa ngqo ngemuva kokuvakashela ifektri. | Ukuhlolwa: sacacisa umshini ngokuhambisana ne-histogram yethu yezigaxa hhayi umsebenzi oyingqayizivele, futhi leyo ngxoxo yasivimbela ekuthengeni amandla amakhulu obengeke siwasebenzise. | Iphuzu eliqinisekisiwe: insimbi ekhabhoni kuze kufike ku-25 mm njengoba kubaliwe ku-platform ye-8000W, kwaqinisekiswa nezigaxa zethu ze-wear plate eziyi-20 mm ekusikeni kokwamukela. | Umthombo: uhlu lokuhlola lokwamukela umshini wangaphakathi, 2025.”
Plant engineerAgricultural implement manufacturer, Central Europe (anonymised)

Izitifiketi nokuhambisana

ISO 9001:2015

ISO 9001:2015

Uhlelo lokuphatha ikhwalithi luqinisekisiwe kuyo yonke imisebenzi yokucwaninga nokuthuthukisa, ukukhiqiza kanye nokuhlinzeka ngemva kokuthengisa kwemishini yokusika nge-fiber laser.

Ukumaka kwe-CE

Imishini yakwa-Xinhong inomaka we-CE wezimakethe zaseYurophu ngokwamarekhodi enkampani. Cela i-Declaration of Conformity efanele kanye nesilinganiso sentengo sakho.

Amandla enkampani

Ubani owakha umshini wakho wokusika insimbi ekhabhoni

Yasungulwa ngo-2005
I-Shandong Xinhong CNC Technology Co., Ltd isikhiqize imishini ye-fiber laser amashumi amabili eminyaka.
Ubukhulu befektri
Abasebenzi abangu-100-300 abahlanganisa ukusebenza ngomshini, ukuhlanganisa, ikhwalithi kanye nensizakalo esiFundazweni saseShandong, eChina.
Amandla okucwaninga nokuthuthukisa
Ulwazi olujulile ngobukhulu bokusika kanye nesivinini sokusika; ubuchwepheshe obuyisisekelo buthuthukiswe nemithombo ye-laser ye-IPG (USA), RAYCUS kanye ne-GW.
Umthamo wokukhiqiza
Imali engenayo yonyaka engu-10-50M USD esekela uhlu lwamamodeli angu-48 kusukela ku-500W kuya ku-30000W.
Abalingani bengxenye
Izingxenye zokulawula ugesi ze-Schneider Electric zifakwa njengokujwayelekile.
Izimakethe zokuthengisa ngaphandle
Izimakethe zaseYurophu nezomhlaba wonke, ngokuhlelwa kokuthengisa ngaphandle okuhambisana ne-CE.

Imishini yalesi sixazululo

Umshini Wokusika Nge-Laser Ye-Fiber Ongu-6000W

Umshini Wokusika Nge-Laser Ye-Fiber Ongu-6000W

Buka umshini
Umshini Wokusika Nge-Laser Wama-8000W

Umshini Wokusika Nge-Laser Wama-8000W

Buka umshini
Umshini Wokusika Nge-Laser Ye-Fiber Wethebula Lokushintshana Lamandla Aphezulu

Umshini Wokusika Nge-Laser Ye-Fiber Wethebula Lokushintshana Lamandla Aphezulu

Buka umshini

Ukufunda okuhlobene

Imibuzo Evamile yomthengi

I-Oxygen noma i-Nitrogen yokusika insimbi ekhabhoni?+

I-Oxygen assist iyindlela ejwayelekile, enezindleko eziphansi kakhulu zensimbi ekhabhoni eyi-3-25 mm futhi ikhiqiza umphetho ojwayelekile omnyama ogqamile. I-Nitrogen inikeza umphetho okhazimulayo ensimbi ekhabhoni encane kodwa isebenzisa igesi eningi kakhulu. Isilinganiso sentengo sakho kufanele sisho ukuthi iyiphi indlela yegesi esetshenziswe ekusikeni kwamasampula ezinga lakho langempela.

Ikilasi lamandla liphi elisika ubuphi ubukhulu bensimbi ekhabhoni?+

Ngokwezincazelo zamanje: i-3000W isika insimbi ekhabhoni kuze kufike ku-12 mm, i-6000W ku-20 mm, i-8000W ku-25 mm, i-12000W ku-35 mm, i-15000W ku-40 mm, i-20000W ku-50 mm kanye ne-30000W ku-70 mm. Fanisa amandla nomsebenzi wakho ojwayelekile oqine kakhulu, hhayi oyingqayizivele, bese uqinisekisa ngokusika kwesampula.

Ingabe imiphetho ye-oxygen-assisted izodinga ukulungiswa ngaphambi kokushisela?+

Ukusika nge-oxygen-assisted kushiya umphetho one-oxidation; inani le-dross nokulungiswa okudingekayo kuncike ezingeni, ingcindezi yegesi kanye nezilungiselelo zokubhoboza. Umkhuba wethu wokwamukela ukusika amaprofayili ezigaxa zakho ngaphambi kokuthi u-oda ukuze umphetho kuvunyelwane ngawo kusengaphambili, hhayi ukucatshangwa.

Yini okufanele ngiyifake embuzweni womshini wokusika insimbi ekhabhoni?+

Faka inhlanganisela yobukhulu bensimbi yakho ekhabhoni, amazinga ajwayelekile (isibonelo, S235, S355, i-wear plate), inani lamathani anyangazonke, izidingo zobukhulu bombhede kanye nesimo somphetho ohlosiwe. Sizokuqinisekisa ikilasi lamandla, ukuhlelwa kwe-oxygen kanye nobukhulu bombhede esilinganisweni sentengo.

Cela isilinganiso sentengo salesi sixazululo

Thumela imininingwane yakho yemfuneko ngezansi - onjiniyela bethu bazoqinisekisa ukulungiselelwa komshini ofanele esilinganisweni sakho sentengo.

Isixazululo Sokusika Inshimbi Ekhabhoni Nge-Laser

▸ ISICELO SESILINGANISO

FORM · REV.1
Umbuzo Ngomkhiqizo
Isixazululo Sokusika Inshimbi Ekhabhoni Nge-Laser