2026 Best 4x8 Itheyibhile ye-4 ye-Axis Rotary CNC Router 1325 iyathengiswa

I-1325 ibhekisa kubungakanani betafile ye-CNC router ye-1300mm 2500mm, umntu usenokuyibiza ngokuba 4' x 8' ngeenyawo okanye 48" x 96" ngee-intshi. I-1325 yeyona modeli isetyenziswa kakhulu koomatshini be-CNC ukwenza iprojekthi epheleleyo yamaphepha. Njengoko igama lisitsho, ithiywe ngumvelisi ngokobungakanani betafile yomatshini. Obona bukhulu betafile bungama-2500mm ubude, ngama-1300mm ngobubanzi, kwaye 200mm ukuphakama. Isetyenziswa ngokubanzi kwiiplani ezenziwe ngamaplanga kunye neeprojekthi, ezifana nokwenza iikhabhathi, ukwenza iingcango, ukuhombisa ikhaya, ukukhangisa, kunye nokwenza iimpawu. I-CNC router 1325 yenzelwe njenge-1325 i-spindle enye, i-1325 intloko ezimbini, i-1325 i-multi-head, i-3-axis 1325, i-4th-axis 1325, i-4-axis 1325, i-5-axis 1325, kunye ne-1325 i-axis ye-axis ye-esekelwe kwinqanaba le-ATC yokujikeleza.

4 I-Axis VS 4th Axis ye 4x8 Itheyibhile ye-CNC Router 1325

I-4 i-axis isekelwe kwi-3 axis, kunye ne-4th axis (i-axis) yongezwa kwi-axis yokujikeleza. Ukongeza, i-4-axis ihlulwe ibe yi-4-axis 3-linking kunye ne-4-axis 4-linking. Oomatshini be-CNC, ukongeza i-axis ejikelezayo kunye nenkqubo yokulawula kwakhona inkqubo yokudibanisa i-4-axis iya kubizwa ngokuba yinyani ye-4-axis yokudibanisa umatshini we-CNC. Ngenxa yentshukumo ejikelezayo ye-4th axis ejikelezayo, 3D machining of cylindrical, arc, kunye nomphezulu setyhula uyenziwa.

Ukuba i-4 axis oyithengileyo inee-axes ze-3 kuphela (X, Y, Z), i-axis ye-Y inokutshintshwa ngesandla nge-axis ejikelezayo, kwaye kuphela ubuninzi bee-axes ezi-3 ezinokudibaniswa. Lo ngumatshini we-CNC we-4-axis 3, owaziwa ngokuba yi-4th axis.

Ukuba i-4 axis oyithengileyo ine-4 feed axes (X, Y, Z, A), inokucutshungulwa ngokudibanisa kwe-4-axis, kwaye iyakwazi ukucubungula iindiza, i-reliefs, iisilinda, iipateni ezingezona eziqhelekileyo ze-3-dimensional, ukulungiswa kwekona 3D iipateni, njl.

Iinzuzo Rotary Axis CNC Router 1325 nge 4x8 Uluhlu lwetafile

I-axis ejikelezayo Ikhithi yerouter yeCNC isebenzisa inkqubo yolawulo lwemizi-mveliso ye-DSP. Ulawulo lonxibelelwano lwe-4-axis lunomgangatho obalaseleyo kunye nozinzile, ukugcinwa okulungileyo, kunye nokusebenziseka. Inokulawula ukugqitywa kwe 3D ukwenziwa kwe-cylinder kunye nokujikeleza kwe-tetrahedron. Ifanelekile kwi-sculpture ye-3-dimensional yemifanekiso eqingqiweyo kunye nemilenze yefenitshala yaseYurophu. Umatshini wokukrola we-cylinder unezi zibonelelo zilandelayo:

1. Indlela entsha yokulawula intshukumo ye-4-axis inokusetyenziswa ngaphandle kweintanethi, ngaphandle kwekhompyutha eyongezelelweyo.

2. Inkxaso yefomathi yekhowudi ye-A/C kunye nolawulo lwekhowudi ye-M ekhethekileyo.

3. I-interface ye-I / O ingenziwa ngokwezifiso ukunika abasebenzisi uluhlu olubanzi lwamaqonga ophuhliso.

4. Intelligent processing memory umsebenzi, inkxaso breakpoint waqhubeka nokukrola.

5. I-anti-interference eqinile, iphumelele iimvavanyo ezininzi ze-CE.

6. Nge-backup yeparameter kunye nemisebenzi yokubuyisela iparameter, ikhusela ngokufanelekileyo ukulahleka kweeparitha ezibalulekileyo.

7. Ukwenziwa kwezixhobo zokusebenza ezintsonkothileyo ezinjengeesilinda, iiprism, kunye nepolihedra.

Iiparamitha zobuchwephesha be-4 Axis CNC Router 1325 nge 4x8 IThebula le Rotary

Iinkcukacha ze-4th Axis CNC Router 1325 nge 4x8 IThebula le Rotary

Iimpawu ze-1325 CNC Router Machine nge 4x8 IThebula le Rotary

1. 1300*2500*200mm indawo yokusebenza esebenzayo.

2. 200mm ububanzi obujikelezayo kwi-4th axis.

3. 3KW amanzi okupholisa spindle, 24000rpm.

4.7KW I-inverter egcweleyo.

5. Umlawuli we-RichAuto A11 DSP.

6. Taiwan HIWIN #25 square linear guide.

7. Ukuhanjiswa kwe-Helical rack ye-X, i-Y axis, inamandla kwaye izinzileyo.

8. ITaiwan TBI ballscrew transmission for Z axis, eyona ichaneke kakhulu.

9. T-slot itafile yokusebenza.

10. Inkqubo yokuthambisa ngesandla.

11. Ukulinganisa inzwa yesixhobo.

12. Japan OMRON umda switch.

13. Intambo engcono kakhulu, eguquguqukayo kakhulu, ikwazi ukumelana nomlilo.

Izinto oziKhethekileyo ze 4x8 I-CNC Router Kit 1325 kunye ne-4th Rotary Axis

1. 200mm/300mm/ 400mm/ 500mm ye Z axis.

2. Inkqubo yokulawula ye-NCstudio/MACH3.

3. I-Stepper motor (i-Japan Yaskawa servo, i-Taiwan DELTA servo yokhetho).

4. Ukutshintshela isixhobo esizenzekelayo (ATC).

5. Umqokeleli wothuli.

6. Impompo yokufunxa.

7. Itafile yokufunxa.

Izicelo ze-1325 CNC Router Machine kunye ne-4 Axis Rotary Table

Ishishini lokwenza iinkuni: 3D ibhodi yamaza, ifenitshala, ucango oluqinileyo lwamaplanga, iikhabhathi zasekhitshini, iikhabhathi zewadilophu, iitafile, iibhedi, idesika yekhompyuter, imilenze yetafile, imilenze yesofa, ubugcisa bomthi, ucango lwepeyinti, isikrini, iifestile, ipolishi yezihlangu, iikhabhathi zomdlalo kunye neepaneli, itafile ye-mahjong, i-machining encedisayo.

Ishishini lentengiso: Ukwenza uphawu lwentengiso, ukwenziwa kwelogo, ukusika i-acrylic, ukubumba iplastiki, imveliso yokuhombisa.

Ushishino lokungunda: iinkuni, ugwebu, i-EPS, ubhedu, ukungunda kwe-aluminiyam, ilitye lebhastile elenziweyo, isanti, iphepha leplastiki, umbhobho wePVC, kunye nezinye izinto ezingezizo ezentsimbi.

Olunye ushishino: Uluhlu lwemifanekiso eqingqiweyo emikhulu yokunceda, ukukrola izithunzi, ishishini lobugcisa.

Iiprojekthi ze-4th Axis CNC Router 1325 nge 4x8 Uluhlu lwetafile

STM1325-R1

STM1325-4 axis

Kusetyenziswa kwanjani 4x8 Umzila weCNC 1325?

STYLECNC ishwankathele indlela yokusebenza esisiseko kwireferensi yakho.

1. Ukuseta amagama ngokweemfuno zoyilo lomthengi. Emva kokubala umendo, gcina iindlela zezixhobo ezahlukeneyo kwaye uzigcine njengeefayile ezahlukeneyo.

2. Emva kokujonga ukuba umendo ulungile, vula ifayile yendlela kwindlela yokulawula (umboniso uyafumaneka).

3. Lungisa izinto kwaye uchaze imvelaphi yomsebenzi. Vula i-spindle motor kwaye ulungelelanise inani leenguqu ngokuchanekileyo.

4. Vula amandla ukuze usebenzise umatshini.

Ukuqala

1. Vula umtshini wamandla, ukukhanya kwesalathisi samandla kuvuliwe, umatshini we-1 wenza ukusetha kwakhona umsebenzi wokuzihlola, i-X, Y, Z, i-axes ibuyele kwindawo ye-zero, kwaye ke nganye iqhubele phambili kwindawo yokuqala yokulinda (imvelaphi yokuqala yomatshini).

2. Sebenzisa isilawuli ukulungelelanisa i-X, Y, kunye no-Z ngokulandelelana, kwaye ulungelelanise indawo yokuqala (imvelaphi yokusebenza) yomsebenzi. Isantya sokujikeleza se-spindle kunye nesantya sokutya sikhethwe ngokufanelekileyo ukwenza umatshini kwindawo yokulinda yokusebenza.

Working

1. Hlela ifayile.

2. Vula kwaye uthumele ifayile kumatshini, kwaye ukusebenza kunokugqitywa ngokuzenzekelayo.

Phelisa

Xa umsebenzi ugqityiwe, umatshini uya kuphakamisa ngokuzenzekelayo i-bit kwaye uqhube phezulu kwindawo yokuqala.

FAQs

Yintoni i-4 Axis CNC Machine esetyenziselwa ntoni?

4 umatshini we-CNC we-axis ungenza zonke 3 umatshini we-CNC onokuyenza. I-4 axis spindle (i-axis B) inokujikeleza i-± 90 idigri, efanelekileyo kwi-side milling, ukugaya, ukusika, i-lock slot kunye nokunye. Yenzelwe ngokukodwa ukuqhubekeka kwizinto ezahlukeneyo 3D umkrolo womphezulu ogobileyo.

Indlela yokuThenga i-4 Axis CNC Machine efikelelekayo?

1. Qhagamshelana:

Siya kucebisa awona matshini afanelekileyo e-1325 CNC kuwe emva kokwaziswa ngeemfuno zakho.

2. Ucaphulo:

Siza kukunika iinkcukacha zekoteyishini ngokwendlela ekuye kwaboniswana ngayo 4x8 Umatshini weCNC. Uya kufumana ezona nkcukacha zifanelekileyo, ezona zixhobo zibalaseleyo kunye nexabiso elifikelelekayo.

3. Inkqubo yoVavanyo:

Omabini amacala avavanya ngononophelo kwaye axoxe ngazo zonke iinkcukacha (iinkcukacha, iiparitha zobugcisa kunye nemigaqo yeshishini) yomyalelo wokukhuphela ngaphandle nakuphi na ukungaqondi kakuhle.

4. Ukufaka iodolo:

Ukuba awunamathandabuzo, siya kukuthumelela i-PI (i-invoyisi ye-Proforma), kwaye ke siya kusayina isivumelwano nawe.

Imveliso:

Siza kulungiselela i 48x96 Ukuveliswa koomatshini be-CNC nje ukuba ufumane isivumelwano sakho sokuthengisa esayiniweyo kunye nediphozithi. Iindaba zamva nje malunga nemveliso ziya kuhlaziywa kwaye zaziswe kumthengi ngexesha lemveliso.

6. Ulawulo lwemeko:

Yonke inkqubo yokuvelisa iya kuba phantsi kokuhlolwa rhoqo kunye nokulawula umgangatho ongqongqo. Umatshini opheleleyo uya kuvavanywa ukuqinisekisa ukuba banokusebenza kakuhle kakhulu phambi kokuba baphume efektri.

Ukuhanjiswa:

Siza kulungiselela ukuhanjiswa njengemimiselo kwikhontrakthi emva kokuqinisekiswa ngumthengi.

8. UCwangciso lweSiko:

Siza kubonelela kwaye sihambise onke amaxwebhu ayimfuneko okuthumela umthengi kumthengi kwaye siqinisekise ukukhutshwa kwezithethe ezigudileyo.

9. Inkxaso kunye neNkonzo:

Siza kubonelela ngenkxaso yobuchwephesha yobungcali kunye nenkonzo yasimahla ngefowuni, i-imeyile, i-Skype, WhatsApp, Ingxoxo ebukhoma kwi-Intanethi, Inkonzo ekude. Sikwanayo nenkonzo yokungena indlu ngendlu kwezinye iindawo.

Unonophelo Nenkxaso

1. Umatshini awukwazi ukufakwa kwindawo emnyama kunye nomswakama, kwaye awukwazi ukubonakaliswa ekukhanyeni okunamandla, kwaye kufuneka kukhethwe indawo enomoya.

2. Umatshini kufuneka ugcinwe rhoqo, njengokugcinwa rhoqo kwemoto, i-screw rod kufuneka ihlambuluke, kwaye ioli yokuthambisa kufuneka ihlanjululwe kumzila kunye neengxenye ezijikelezayo ukuqinisekisa ukusebenza okuqhelekileyo, ukuphucula ukusebenza kakuhle, kunye nokunciphisa ilahleko engeyomfuneko.

3. Khangela ibhokisi yolawulo kunye neengcingo zokukhulula kunye neengcingo ezingalunganga yonke imihla phambi komsebenzi. Ukusebenza kwexesha elide kuxhomekeke ekubeni i-sheath yocingo yonakele kwaye ibangela ukuvuza.

4. Musa ukusebenzisa icala elinye lomatshini rhoqo, okuya kubangela ukuba i-screw ekhokelayo kunye nomzila wesikhokelo ungaqhagamshelani nomqadi ixesha elide kwaye awukwazi ukuthanjiswa ngokufanelekileyo.

5. Umatshini unothuli oluninzi xa usebenza. Kufuneka ucoce izithuba kunye neziphelo ezifile zomatshini rhoqo ngeveki ubuncinane.

6. Musa ukubeka i-sundries, i-corrosive okanye i-magnetic substances enokuphazamisa umsebenzi womatshini etafileni.

Ukuqapha

1. Qwalasela i-voltage stabilizer, kuba ukusetyenziswa kwamandla omatshini wokukrola ngokuqhelekileyo kukhulu, qinisekisa ukuba ucingo lomhlaba lusekelwe.

2. Ikhompyutha eqhagamshelwe kumatshini kunye nekhompyutha yothungelwano mayisetyenziswe ngokwahlukeneyo, yaye kufuneka kusetyenziswe isoftware eqhelekileyo ye-CD-ROM ukuthintela iintsholongwane ekuhlaseleni ikhompyutha nomatshini nokuchaphazela umsebenzi wesiqhelo.

3. Ixesha eliqhubekayo lokuqhuba umatshini lingaphantsi kweeyure ezili-10 ngosuku. Xa usebenzisa indlela yokupholisa amanzi, kuyimfuneko ukugcina amanzi okupholisa ecocekileyo kunye nempompo yamanzi isebenza ngokuqhelekileyo. Injini yokuphotha amanzi mayingabi namanzi. Amanzi okupholisa kufuneka atshintshwe rhoqo ukuthintela ubushushu bamanzi ukuba bube phezulu kakhulu. Ebusika, ukuba ubushushu bendawo yokusebenza buphantsi kakhulu, amanzi kwitanki yamanzi anokutshintshwa nge-antifreeze.

Ukulungisa ingxaki

Xa usebenzisa umatshini ukusebenza, indlela yokuphepha iimpazamo yinkxalabo yabathengi abaninzi, kuba iimpazamo zivame ukwenzeka ngenxa yeendlela ezingalunganga okanye iimpazamo zokusebenza, ezibangelwa izinto ezichithwayo. Oku kulandelayo zezinye iingxaki eziqhelekileyo kunye nezisombululo ezishwankathelwa ngazo STYLECNC.

1. Ikhompyuter kunye nomatshini akakwazi ukufumana idiski ye-U, kwaye idatha ayinakudluliselwa.

1.1. Jonga ukuba intambo yedatha ye-USB iqhagamshelwe kakuhle na, nokuba umatshini ukwimo ye-intanethi.

1.2. Qinisekisa ukuba ifomathi yediski ye-U yifomati yeFAT, kwaye nokuba ubhaliso kumatshini lugqityiwe. Ingaba umsebenzi uchanekile.

1.3. Ukungaphumeleli kwenkqubo yokulawula umatshini.

2. Isebenza ngokuqhelekileyo ngexesha lomsebenzi, kodwa kukho i-phenomenon of random cut. (Musa ukusebenza ngokomzobo oyiliweyo).

2.1. Jonga ukuba iiparamitha zesoftwe yoyilo lwegraphic, imizobo eyiliweyo ichanekile, nokuba iiparamitha zendlela zicwangciswe ngokuchanekileyo.

2.2. Umgangatho wesoftware yesicelo, nokuba isoftware yoyilo esetyenzisiweyo ihambelana nomatshini.

2.3. Umbane onamandla kunye nokuphazamiseka komqondiso. Jonga ukuba kukho uphazamiseko olomeleleyo lwangoku kunye nemagnethi ejikelezileyo. Khangela ukuba umatshini usekelwe kakuhle na.

3. I-phenomenon of out-of-step yenzeke xa usebenza okanye ubiza imvelaphi egciniweyo.

3.1. Jonga ukuba i-workpiece ikhululekile. Ingaba umsebenzi uchanekile.

3.2. Nokuba isantya sikhawuleza kakhulu xa ufowunela imvelaphi. (Isantya silungelelaniswe ngokufanelekileyo ngokokusebenza komatshini)

3.3. Jonga ukuba iindawo zothumelo ze-axis nganye zikhululekile.

3.4. Ukungaphumeleli kwenkqubo yokulawula umatshini.

4. Injini yenza ingxolo engaqhelekanga.

Khangela ukuba i-motor igcwele kakhulu, kunokubakho impazamo yangaphakathi kwi-motor, kwaye kufuneka ilungiswe okanye itshintshwe ngexesha.

5. Imotor reverse direction.

Khangela ngokuthe ngqo ukuba intambo yemoto iphumile kwinqanaba okanye utshintshe isiphelo se-UVW esiphumayo (okt umgca wodibaniso phakathi kwe-inverter kunye ne-spindle motor).

6. I-spindle motor ishushu.

I-1st jonga ukuba ipompo iyasebenza, kwaye emva koko ukhangele ukuba amanzi ajikelezayo angaphantsi kwinqanaba lolwelo.

7. I-motor ibuthathaka okanye ayikwazi ukujikeleza.

Khangela isekethe, khangela ukuba umgca wemoto uphume kwisigaba, kwaye ingaba ikhebula lifutshane.

8. Umsonto ujikwe umva.

Ngexesha lenkqubo yokusebenza, i-spindle ibuyela umva ngenxa yokudibanisa phakathi kwe-inverter kunye ne-spindle, ngoko vele ubeke indawo yocingo lokudibanisa.

Xa i-spindle iguqulwa, ukuba iprojekthi ibhalwe, isixhobo siya kuphulwa, kwaye isixhobo sinokuphulwa ngexesha lofakelo kunye nokusetyenziswa. Nokuba alaphukanga, liya kutshiswa libe bomvu. Ngoko ke, xa kwenzeka le nto ingaqhelekanga, umqhubi kufuneka amise ngokukhawuleza kwaye ajonge i-spindle.

9. Kukho i-phenomenon yokusebenza dislocation kunye nesalathiso esichaseneyo.

Emva kombane, ukuba kukho isenzo esingaqhelekanga xa ucofa ngokuqhubekayo kwaye ngokukhawuleza, yimpazamo "yelahleko yesigaba". Jonga isekethe phakathi kwesiphumo somqhubi kunye ne-stepper motor, fumana isekethe evulekileyo, kwaye uqhagamshele kwakhona impazamo yokusombulula.

10. Xa i-spindle ilawulwa ngesandla okanye ngokuzenzekelayo, umatshini awuphenduli.

10.1. Khangela ukuba ikhebula ledatha lixhunyiwe ngokuqinileyo, ukuba likhululekile, lidibanise ngokuchanekileyo.

10.2. Khangela ukuba i-interface yesekethe ye-drive ikhululekile okanye inqanyuliwe, kwaye uyiqhagamshele kwakhona.

10.3. Jonga ukuba isekethi yombane oyintloko icinyiwe na.