Utshintsho lobuchwephesha ukuya kwi-Intelligent CNC kunye ne-PLC-Driven Joint Milling

Ukudibanisa inkqubo ephucukileyo kakhuluUmatshini wokutshaya ipleyiti ye-CNC Automaticimele eyona ncopho yokulungiswa kwe-weld echanekileyo kakhulu. Ukujija oomatshini bendabuko kuyasokola ngenxa yokuphambuka okukhulu kwezixhobo kunye nokuguquguquka kobushushu kwindawo ethile. Umgca we-GMM-VX onzima—oquka i-GMM-VX4000 CNC, i-GMM-VX3000 enenkqubo ye-PLC ephucukileyo, kunye nomzekelo wokuchaneka kwe-GMM-VX2000. Ezi matshini zikhulu, ezikrelekrele zemizi-mveliso ezininzi ziseka umlinganiselo omtsha wehlabathi jikelele wetekhnoloji yokujija intsimbi esebenza kakuhle.

Ngokwamkela i-CNC okanye i-PLC eqhutywa yimizi-mvelisoUmatshini wokuMisa we-Edgeiziko, izixhobo zokwenza intsimbi zinokufikelela kumlinganiselo ongaphantsi kwemilimitha kwiipleyiti ezinkulu. Ngokungafaniyo nayo nayiphi na imigangathoI-Beveler yePlate ephathekayo, ezi nkqubo ze-gantry ezinzima ezingashukumiyo zibopha ngokukhuselekileyo amaphepha ngokusebenzisa iindlela ezikhethekileyo ze-hydraulic multi-point matrix. Inkqubo ezenzekelayo ilawula iiparameter eziguquguqukayo ezifana neendlela ze-coordinate axes, isantya sokutya esidlula ngeendlela ezininzi, kunye namaza okujikeleza e-spindle. Le ndlela yokusebenza kakuhle isusa ukuphambuka kokuseta ngesandla, inikezela ngenkqubo yokusika okubandayo ecwangcisiweyo ngokupheleleyo. Zombini imisebenzi emincinci nekhulu kakhulu zisebenzisa ezi nkqubo ukuphumeza umsebenzi okhuselekileyo oqinisekisiweyo, okwenza zibe lukhetho oluthembekileyo kwihlabathi liphela kwi-strict strict.I-beveler yepleyiti eqinisekisiweyo ye-CEimigangatho yefektri.

I-Technical Parameter Matrix: IiZiko zokuMila ze-GMM-VX Heavy CNC kunye ne-PLC Edge

Iinkcukacha zobugcisa I-Taole GMM-VX4000 CNC I-Taole GMM-VX3000 PLC Ubuchule beTaole GMM-VX2000
Umfanekiso    
Uyilo loLawulo Inkqubo epheleleyo ye-Multi-Axis CNC Ulawulo oluPhambili lwe-PLC + Ukuchukumisa kwe-HMI Ulawulo lokuMila iPhepha le-HMI eliCwangcisiweyo
Ubude bokuSila obusebenzayo Ukuya kuthi ga kwi-4000 mm Ngebhayisekile nganye Ukuya kuthi ga kwi-3000 mm Ngebhayisekile nganye Ukuya kuthi ga kwi-2000 mm Ngebhayisekile nganye
Uluhlu Lobukhulu Bepleyiti 6 mm ukuya kwi-80 mm (Iipleyiti Ezinzima) 6 mm ukuya kwi-80 mm (Iipleyiti Ezinzima) 6 mm ukuya kwi-60 mm (Isinyithi Esiphakathi)
Ukuchaneka kwe-Bevel Angle 0° ukuya kuma-60° (Inyathelo le-CNC elinokucwangciswa) 0° ukuya kuma-60° (Uhlengahlengiso oluGuquguqukayo) 0° ukuya kuma-60° Ukujikeleza okuguquguqukayo
Ububanzi / Ubunzulu beBevel ephezulu Ukuya kuthi ga kwi-45 mm (Ukugaya iipasi ezininzi) Ukuya kuthi ga kwi-45 mm (Ukusila okuneTorque ephezulu) Ukuya kuthi ga kwi-30 mm (Ukusila Okusebenzayo Kakhulu)
Ingqwalasela ephambili yoMveliso IiAerospace/Ukhuselo lweZakhiwo zeAlloys Iinqanawa Ezinoxinzelelo Olunzima / Ukwakhiwa Kweenqanawa Oomatshini Abachanekileyo kunye Nokwenziwa Ngokubanzi
Ikhonkco https://www.bevellingmachines.com/gmm-vx4000-cnc-edge-milling-machine.html https://www.bevellingmachines.com/gmm-vx3000-automatic-edge-milling-machine-with-plc-system.html https://www.bevellingmachines.com/gmm-vx2000-sheet-metal-edge-beveling-milling-machine.html

Ukuphakama kweThermodynamic, i-Edge Microstructure, kunye ne-ROI yeMveliso

Ngokwembono yefiziksi yezinto kunye nokunyaniseka komthungo we-weld, kusetyenziswa i-CNC enzimaUmatshini wokubeka ipleyitiIziko liqinisekisa ukuthintela ngokupheleleyo ukuqhekeka okuncinci kunye nokuphuculwa kweenkozo zekristale. Xa iintloko zokugaya ezinokulinganiswa ngesantya esiphezulu zisika ngoomatshini kwii-alloys zesakhiwo, iteknoloji yokusika okubandayo isusa ukungqubana kobushushu bendawo, ithintela naziphi na iindawo ezichaphazelekileyo bubushushu (HAZ). Olu kuqina kwenkqubo yonke lusebenza njengento engaguqukiyoIpleyiti yentsimbi yeBeveleroko kuthatha indawo yomsebenzi we-multi-pass we-standard grinding squads. Ngokusebenzisa ngokupheleleyoUmatshini wokuBeveling wePlate oZenzekelayoKwi-cycle, iifektri zinganciphisa amaxesha okulungiselela izinto ukuya kuthi ga kwi-70%, zifezekise ukugqitywa komphezulu we-Ra 3.2 okufana nesipili, kwaye ziqinisekise ukuhambelana okungenamthungo kunye nemigca ye-robotic welding ezenzekelayo enesithuba esincinci.

Imibuzo Ebuzwa Rhoqo (Imibuzo Ebuzwa Rhoqo)

Q1 Ziziphi iingenelo eziphambili ze-CNC engashukumiyoUmatshini wokuMisa we-Edgengaphezu kweendlela zemveli?
Iimodeli ze-CNC ezizinzileyo zibonelela ngokuqina kwesakhelo ngokupheleleyo, zisusa ingxolo yezixhobo kunye noxinzelelo lobushushu oluhlala kwindawo ethile. Oku kuqinisekisa ubungakanani obufanayo, obuphindaphindwayo bee-engile ezininzi kwimiphetho yeplate enzima ukuya kuthi ga kwi-4000 mm kumjikelo omnye we-clamp.

Q2 Uyilo lwe-PLC kunye ne-CNC kuthotho lwe-GMM-VX luyenza njani ngcono indlela ezenzekelayo yokulungiselela i-weld?
Inkqubo ye-CNC kwi-GMM-VX4000 ilungelelanisa ngokuzenzekelayo intshukumo yee-axes ze-x kunye ne-y kwiiprofayili ezintsonkothileyo, ngelixa i-PLC kwi-GMM-VX3000 ibonelela ngokugcinwa kweresiphi yeparameter eqinileyo, ephindaphindwayo kwizikrini zokuchukumisa ezilula ukuyisebenzisa. Zombini ezi nkqubo zenza ngokuzenzekelayo uhlengahlengiso lwe-multi-pass feed ukuze kupheliswe impazamo yokuphatha umqhubi.

Q3 Ngaba i-CNCUmatshini wokuBeveling wePlate oZenzekelayoukugawula ngokukhuselekileyo iintsimbi eziqinileyo nezingenasici ngaphandle kokuqina kobushushu?
Ewe. Iinkqubo ze-GMM-VX ezisindayo zisebenzisa iindlela zokusila ezibandayo. Zisebenza ngee-spindles ezine-torque ephezulu kunye nezixhobo ezikhethekileyo zokusika ii-carbide, zisusa imicu yesinyithi ngoomatshini ngaphandle kokufaka ubushushu, ziphepha ngokupheleleyo ukuqina komsebenzi okanye utshintsho lweekhemikhali kwii-alloys ezibalulekileyo zesakhiwo.
Bhala umyalezo wakho apha uze uwuthumele kuthi
Ixesha leposi: Juni-30-2026