Umatshini wokubetha iTurret we-CNC oMgangatho oPhezulu
1. Inkqubo eqhutywa yi-servo motor enye, isebenzisa i-servo motor enkulu eqhutywa ngqo kunye neyunithi yokuqhuba ene-torque enkulu enomthamo omkhulu wokugqithisa ukuze kufezekiswe ukusetyenziswa kwamandla aphantsi, ukusebenza kakuhle kothumelo, ukusebenza okuthembekileyo kunye nokugcinwa okulula.
(1) Isantya esilungisekayo kunye nokubetha
a. I-punch stroke ingakhethwa ngokwe-ebubanzi bephepha ngokuzenzekelayo, nto leyo ephucula ukusebenza kakuhle komsebenzi.
b. Isantya sokubhoboza siyahlengahlengiswa ngexesha ngalinye lesitishi ngasinye,
c. umatshini unokuphumeza isantya esiphezulu xa ubaleka ungenanto kwaye isantya esiphantsi xa ubetha ngokwenene, ngale ndlela, umgangatho we-punch unokuphuculwa ngokufanelekileyo, kwaye akukho ngxolo xa ubetha.
(2). Le nkqubo inezixhobo zokukhusela umbane ogqithisileyo kunye nezixhobo zokukhusela ukugqithisa koomatshini.
(3). Amandla okubhoboza anokulungiswa ngokuzenzekelayo ngokwesixa sephepha kunye nesantya sokubaleka kwe-ram ukuze umgangatho wokubhoboza ufikelele kwinqanaba eliphezulu.
2. I-turret ene-bushing yenziwa ngababini
I-turret icutshungulwa ngesixhobo esikhethekileyo ukuqinisekisa ukuba i-turret ephezulu nesezantsi ihambelana kakuhle kwaye yandise ubomi benkonzo yokusebenzisa izixhobo; i-turret ene-bushed yenza kube lula ulwakhiwo lwe-turret ukwandisa ubomi benkonzo; izixhobo ezinde zingasetyenziselwa ukwandisa ukuchaneka kwesikhokelo kunye nokwandisa ubomi benkonzo yokusebenzisa izixhobo (kwiphepha elingqindilili).
3. Izixhobo zomoya, zokuthambisa kunye nezombane ezingenisiweyo ziqinisekisa ukuthembeka komatshini wonke.
4. Indlela enkulu yokuqondisa kunye ne-ballscrew evela eJapan okanye eJamani iqinisekisa ukondla okuphezulu.
5. Itafile yokusebenza exutywe ngebrashi eqinileyo kunye nebhola inciphisa ingxolo kunye nokungcangcazela ngexesha lokubaleka kwaye ikhusela nomphezulu wephepha.
6. Isakhelo esitshixiweyo sohlobo lwe-O sishukunyiswe kabini, uxinzelelo lucinyiwe ngokupheleleyo. Isakhelo sicutshungulwa yi-Germany SHW dual-side pentahedron processing center ngexesha elinye, akukho mfuneko yokwenza indawo yesibini.
7. I-clamp edadayo enamandla amakhulu okubamba iqinisekisa ukondla okuzinzileyo; inqwelo edibeneyo iqinisekisa ukuqina okuhle kunye nokuhamba okulula kwe-clamp.
8. Le nkqubo inomsebenzi wokukhusela i-clamp ngokuzenzekelayo ukuze kuthintelwe umonakalo wezixhobo kunye ne-clamp, ukuqinisekisa ukusebenza okuqhubekayo kwenkqubo.
9. I-auto-index isebenzisa ivili le-worm elichanekileyo eliphezulu kunye nendlela ye-worm echanekileyo, iqinisekisa ukudweliswa okuchanekileyo okuphezulu. Ububanzi bezixhobo eziphezulu bunokufikelela kwi-88.9mm kwaye i-auto-index inokwandiswa ukuya kwi-4 nos.
10. Ulwakhiwo oludibeneyo lwemiqadi ukwenza inqwelo kunye nomqadi zibe yinxalenye enye, kwandisa ukuqina kunye nokubeka indawo echanekileyo. Umatshini ungasebenza ngokuzinzileyo ngakumbi ngexesha lokutya ngesantya esiphezulu kwaye uphelisa ukuphambuka kwee-axes ze-X kunye ne-Y.
11. I-X axis: isebenzisa i-servo motor ukuqhuba iqela leebhola ezichanekileyo kwaye inqwelo ibonakaliswa ngokuqina okuphezulu kunye noyilo olukhaphukhaphu. I-Y axis: i-servo motor iqhuba ngokuthe ngqo i-feeding rack edibene nendlela yokuqhuba umatshini, umqadi wohlobo oluhlukanisiweyo uqiniswe nge-feeding rack, kwaye amandla asebenzayo aya kudluliselwa kwisakhelo somatshini kunye nomhlaba nge-feeding rack kunye nendlela yokuqhuba umatshini ukuze kuncitshiswe ukungcangcazela komqadi. Olu lwakhiwo lubonakaliswe ngeempawu zokuqina okuhle, ubunzima obuphantsi, umxhuzulane ophantsi, kunye nempendulo elungileyo enamandla kuyo yonke inkqubo yokutya, ukusebenza okuzinzileyo kunye nokuchaneka okuhle.
12. Inkqubo yokuthambisa ephakathi iyasetyenziswa ukuthumela igrisi yokuthambisa kwindawo yokuthambisa ngokuthe ngqo, ukunciphisa ukungqubana kwezibini ezisebenzayo kunye nokwandisa ubomi benkonzo.
13. Iswitshi echasene nokuguqulwa kwamaphepha kunye neswitshi echasene nokususwa kwamaphepha ziyasetyenziswa.
| Hayi. | Igama | Ubungakanani. | Ingxelo |
| 1 | Uluhlu lokupakisha | Iseti e-1 | |
| 2 | Isatifikethi soMgangatho | Iseti e-1 | |
| 3 | Incwadi Yokusebenza Koomatshini | Iseti e-1 | |
| 4 | Incwadi Yokusebenza Kombane | Iseti e-1 | |
| 5 | Umzobo wesiseko | Iseti e-1 | |
| 6 | Umzobo oyintloko woMbane | Iseti e-1 | |
| 7 | Amaxwebhu eNkqubo yeSoftware yeenkqubo ezizenzekelayo | Iseti e-1 | |
| 8 | Umzobo oyintloko woMbane weDBN | Iseti e-1 | |
| 9 | Incwadana yemiyalelo yezixhobo | Iseti e-1 | |
| 10 | Incwadi yesikhokelo senkqubo ye-CNC | Iseti e-1 | |
| 11 | Umzobo wezixhobo | Iseti e-1 |
| Hayi. | Igama | Igeyiji | Ubungakanani. |
| 1 | I-Spanner eneentloko ezimbini | 5.5×7-22×24 | Iseti e-1 |
| 2 | I-Spanner Eshukumayo | 200 | Inombolo e-1. |
| 3 | I-Socket Head Spanner | S1.5-S10 | Iseti e-1 |
| 4 | Isikrufu esinqamlezileyo | 100×6 | Inombolo e-1. |
| 5 | Isibhamu seGrease | HS87-4Q | Inombolo e-1. |
| 6 | I-Grease Lubrication Pump Compressor Gun | I-SJD-50Z | Inombolo e-1. |
| 7 | Umpu oxinzelelweyo ophezulu | Iseti e-1 | |
| 8 | Iqhosha lesimo se-T | M14×1.5 | Inombolo e-1. |
| 9 | Utshintsho lwendlela | I-M12 PNP SN=2 ivuliwe | Iseti e-1 |
| 10 | Utshintsho lwendlela | I-M12 PNP SN=2 ivaliwe | Inombolo e-1. |
| 11 | I-Spanner | T09-02,500,000-38 | Inombolo e-1. |
| 12 | I-spanner yeswitshi yesilinda yegesi | Iseti e-1 | |
| 13 | Umbhobho othambileyo | Ø 12 | Inombolo e-1. |
| 14 | Iphini yombhobho ethambileyo | I-KQ2H12-03AS | Iseti e-1 |
| 15 | Iindawo zesiseko | Inombolo e-1. |
| Hayi. | Igama | Igeyiji | Ubungakanani. | Ingxelo |
| 1 | Ibhodi yegiya yeClamp | Iinombolo ezi-3. | T02-20A.000.000-10C T02-20A.000.000-24A | |
| Ibhodi yokuthwala ebambekayo | Iinombolo ezi-6. | T02-20A.000.000-09C Okanye T02-20A.000.000-23A | ||
| 2 | Intwasahlobo Isikrufu esincinci esikwi-clamp | I-M4x10 | Amanani angama-20. | T02-06,001,000-02 |
| M5x12 | ||||
| 3 | isikrufu esingaphakathi | M8 x 1 x 20 | 20 hayi. | |
| 4 | Incakuba yokucheba | 30T | Iinombolo ezi-2. | T09-16.310,000-0.1.2 |
| 5 | Isikrufu sangaphakathi | M8 x 1 x 20 | Iinombolo ezi-4. |
Inkqubo ye-FANUC CNC yinkqubo ekhethekileyo ye-CNC eyenziwe yiJapan i-FANUC ngokukodwa ngenjongo yokuhlangabezana neempawu zolu hlobo lomatshini, ukuphucula ukuthembeka komatshini kakhulu.
Iimpawu zeNkqubo
1. Umsebenzi wemizobo kunye nokubetha;
2. Inkqubo yekhowudi ye-G eqhelekileyo elula ukuyisebenzisa;
3. Izibuko eliqhelekileyo le-RS232 ukuze likwazi ukunxibelelana nekhompyutha ngokulula;
4. Inkqubo ye-servo motor yedijithali epheleleyo kunye ne-servo ephucukileyo;
Isibonisi se-LCD esinemibala esingu-5.10.4″;
6. Impendulo ye-pulse encoder semi-loop;
7. Imemori ye-EMS: 256K;
8. Inkqubo yasentsimini, inkqubo yeofisi;
9. Umboniso wesiTshayina nesiNgesi;
10. Umsebenzi wokulinganisa ngemizobo;
11. Ikhadi elinye elikhulu le-PCMCIA elinomthamo wokugcina iparameter yenkqubo, inkqubo yokuzoba kunye nokucubungula ileli, kwaye ufezekise inkqubo ye-intanethi yenkqubo enkulu yokucubungula umthamo;
12. Ukwanda kweyunithi encinci, ukufunyanwa kwesikhundla kunye nolawulo lwe-servo ukuze kufezekiswe isantya esiphezulu kunye nokusebenza ngokuchanekileyo okuphezulu;
13. Iqhosha lokusebenza kwiphaneli lingachazwa ngokwemfuneko yokwenyani;
14. Iintambo zedatha ze-clutch ezikhawulezayo kakhulu ezinoqhagamshelo oluncinci lwentambo;
15. Ukuhlanganiswa okuphezulu, isoftware ekhethekileyo. Ixesha elifutshane lokuqalisa, idatha ayizukulahleka ukuba umbane unqongophele ngequbuliso;
16. Ukugcinwa kweziqwenga ezingama-400 zenkqubo.
1. Ii-axes ezithe tye: X, Y, ii-axes ezijikelezayo: T, C, punch axis: Z axis;
2. Isilumkiso xa kukho impazamo yombane efana nokubetha ngamandla.
3. Umsebenzi wokuzixilonga.
4. Umsebenzi womda othambileyo.
5. Ikhowudi ye-Universal G yenkqubo;
6. Umsebenzi wokuhlawula izixhobo;
7. Umsebenzi wokuhlawula umgama wesikrufu;
8. Umsebenzi wokubuyisela isithuba esingasemva;
9. Umsebenzi wokuphambuka kwee-coordinates;
10. Umsebenzi wokutshintsha indawo;
11. Umsebenzi we-AUTO, MANUAL, JOG mode;
12. Umsebenzi wokukhusela i-clamp;
13. Umsebenzi wokutshixa irejista yangaphakathi;
14. Umsebenzi wenkqubo yeparameter;
15. Umsebenzi wenkqubo engaphantsi;
16. Umsebenzi we-swift positioning kunye ne-punch lock;
18. Umsebenzi wekhowudi ye-M;
19. Inkqubo egqibeleleyo neyongezelelweyo;
20. Ukutsiba okungapheliyo, ukutsiba okungaxhomekekanga.
Intshayelelo yesoftware yokucwangcisa
Sisebenzisa i-CNCKAD kwiNkampani ye-METALIX. Le software iseti epheleleyo yesoftware ye-CAD/CAM yokuprograma ngokuzenzekelayo ukusuka kuyilo ukuya kwimveliso. Ngolawulo lwethala leencwadi lokubumba, ukucubungula ukhetho lwemowudi ngokuzenzekelayo, ukwenza ngcono indlela kunye neminye imisebenzi, kunokwenziwa ngokuzenzekelayo ngeenkqubo zokucubungula ze-CAD zokudweba i-NC. Ungafezekisa inkqubo enye, ukwakha indlwana ngokuzenzekelayo kunye nephakheji epheleleyo.
Umsebenzi weDrawingCNCKAD imizobo enamandla, kulula ukuyisebenzisa kwaye kulula ukuyisebenzisa, ukongeza kumsebenzi oqhelekileyo wokuzoba ngokweempawu zeshiti yesinyithi, yongeze ezinye iindlela zokuzoba ezikhethekileyo ezifana nokusika, umjikelo, unxantathu, i-engile yasekunene kunye nemilo ye-contour, ukuxova, ukuhlela ukujonga kunye nokulungisa ngokuzenzekelayo, ukusika okanye ukunyathela, ukufaka iifayile ze-DXF/IGES/CADL/DWG oonobumba besiTshayina njl.njl.
b) Umsebenzi wokubetha
Ifakwe nge-punch ezenzekelayo, i-mold ekhethekileyo, i-indexing ezenzekelayo, ukufuduswa ngokuzenzekelayo, ukusika umphetho, kunye neminye imisebenzi.
c) Umsebenzi woKucheba
Jonga i-contour ngokuzenzekelayo kwaye ulungise iiparameter zohlobo lwezinto, ubukhulu, ukusika okukodwa, ukusika, kunye nokufuduswa kwe-shear, kunye neminye imisebenzi, ukuphunyezwa kweplate yokucubungula ngokuzenzekelayo i-shear.
d) Ukucwangciswa emva kokwenziwa
Ukucubungula ngokuzenzekelayo okanye okusebenzisanayo kuquka yonke inkqubo: ukunyathela, i-laser, i-plasma, umlilo, ukusika amanzi kunye nokugaya.
Ukucubungula emva kokuqhubela phambili kunokuvelisa zonke iintlobo zekhowudi ye-NC esebenzayo, inkqubo yokuxhasa, inkqubo enkulu, efana nokwenza ngcono indlela yesixhobo kunye nokujikeleza okuncinci kokubumba, i-support injection, imisebenzi yomatshini wokufunxa i-vacuum efana nezinto kunye nesantya sebhloko yokutyibilika.
Ukudlulisela inkqubo kwenye imashini kufuna nje ukucofa okumbalwa ngemawusi. Ezi zivela kwindlela yokucubungula emva kwe-CNCKAD, ngokususa iifayile zekhompyutha ezininzi ezenza ukuba umsebenzi ube ngcono ngakumbi.
e) Ukulinganisa iMifanekiso ye-CNC
Isoftware ixhasa naluphi na uhlobo lokulinganisa ngemizobo yenkqubo ye-CNC, kuquka ikhowudi ye-CNC ebhalwe ngesandla, inkqubo yokuhlela ilula kakhulu, isoftware inokujonga ngokuzenzekelayo iimpazamo, ezifana neeparameters ezilahlekileyo kunye neempazamo zomgama, njl.njl.
f) Utshintsho ukusuka kwi-NC ukuya kwiDrawing
Nokuba ibhalwe ngesandla okanye enye ikhowudi ye-NC, ingaguqulwa ibe yimifanekiso yezahlulo.
g) Umhla weNgxelo
Ingaprinta ingxelo yedatha, kuquka lonke ulwazi olufana nenani leenxalenye, ukucubungula ulwazi olufana nexesha, iseti yesikhunta njl.njl.
h) Uthumelo lwe-DNC
Ukusebenzisa i-interface ye-transmission module yeWindows, ukuze kube lula kakhulu ukudlulisa phakathi kwePC kunye nezixhobo zomatshini.
1) 、 Xhasa zonke iimodeli zangoku ze-CNC turret punch, umatshini wokusika nge-laser, umatshini wokusika nge-plasma kunye nomatshini wokusika ilangatye kunye nezinye izixhobo zomatshini.
2), Xhasa yonke inkqubo yokusebenza kwezixhobo ze-CNC, kubandakanya ukuzoba, ukucutshungulwa ngokuzenzekelayo okanye okusebenzisanayo, ukucutshungulwa emva, inkqubo yokulinganisa ye-CNC, ukusika ngesandla kunye nokuzenzekelayo, ukukhuphela kunye nokulayisha iifayile ze-NC njl.
3), Ngaba ungayifaka ngqo i-Autocad, i-SolidEdge, i-SolidWork kunye ne-CadKey njl. kuquka zonke iifayile zemizobo eziveliswe yisoftware ye-CAD.
4), iSoftware ixhasa izixhobo ezahlukeneyo zolawulo lwamanani, ingenza iindawo ze-NC zivelise iifayile zezixhobo ezahlukeneyo, zezixhobo ezininzi ngaxeshanye ngexesha lokucubungula.
Ukutshintsha Indawo Ngokuzenzekelayo
Xa ubungakanani bepleyiti bukhulu kunoluhlu oluthile, umatshini uphinda ubeke kwakhona indawo ngokuzenzekelayo, aze emva koko enze imiyalelo yokuma ngokuzenzekelayo; ukuba umsebenzisi uneemfuno ezizodwa, unokutshintshwa okanye ucinywe ngokwemiyalelo yakhe yokuma kwakhona.
Ukuphepha ukubamba ngokuzenzekelayo
Imiyalelo eveliswa ngokubeka ngokuzenzekelayo into enokwenza ukuba i-clamp iphephe indawo efileyo, inciphise inkunkuma; nokuba ipleyiti yinxalenye okanye ziindawo ezininzi zepleyiti yentsimbi, inokwenza umsebenzi wokuphepha i-clamp usebenze.
Ukucubungula izinto ze-strip
Ukuze kuncitshiswe ukuguquka kwezinto kwinkqubo yokunyathela, indlela yokucubungula izinto ezisikiweyo ingasetyenziswa, kwaye isixhobo sokusika singasetyenziswa ngaphambili okanye ngasemva komyalelo wesebe.
Indlela yokuthena
Idityaniswe nomsebenzi wokubhoboza umphetho oqhelekileyo, ukubhoboza ngokuzenzekelayo okukwaziyo ukubhoboza izinto ezaphukileyo ezijikeleze umphetho.
I-Celp enye ihamba ngokuzenzekelayo
Ngomatshini we-clamp oshukumayo unokwenziwa yisoftware, i-clamp ishukuma ngokuzenzekelayo ngemiyalelo ye-NC.
Ukujikeleza kwe-minimun die
Eyona ndlela incinci yokutshintsha idayi inganciphisa ukuguguleka kwesikhululo sokubonisa ngokuzenzekelayo kwaye iphucule ukusebenza kakuhle kwemveliso.
Umsebenzi weeNtlobo ezininzi zokuBetha
Umsebenzi wokubhoboza unxantathu, ukubhoboza nge-bevel, ukubhoboza nge-arc kunye nezinye iindlela zokubhoboza ezikhethekileyo nezisebenzayo.
Umsebenzi woMpukumo oQolileyo oZenzekelayo
Iimpawu zokuBetha ngokuzenzekelayo ziquka uqhagamshelo oluzenzekelayo lwe-micro, ukhetho olukrelekrele lwesikhunta kunye nobuninzi bezinto zokubhaqa i-alamu kunye neminye imisebenzi.
I) Umsebenzi wokusika ngokuzenzekelayo
I-METALIX CNCKAD iqulethe icandelo le-AutoNest eliseti yesoftware yokwenza i-nesting ye-real plate automatic optimization, enokwenza lonke ulungelelwaniso lwe-sheet metal lwendlela yobugcisa.
1. Umoya ovuthuzayo: uxinzelelo olusebenzayo olulinganisiweyo kufuneka lube ngaphezulu kwe-0.6mPa, ukuhamba komoya: ngaphezulu kwe-0.3m3/min
2. Amandla: 380V, 50HZ, amandla ayatshintshatshintsha: ±5%, amandla ombane angama-30T yi-45KVA, ububanzi bentambo eguqukayo yi-25mm², i-breaker yi-100A. Ukuba umbane awuzinzanga, kufuneka i-stabilizer, ukuba kukho ukuvuza kombane, kufuneka ukhuseleko.
3. Ioyile yeHydraulic: （SHELL）Tonna T220, Okanye enye ioyile yesikhokelo kunye ne-rail lubrication.
Ioyile yokuthambisa: 00#-0# Igrisi yoxinzelelo olugqithisileyo (GB7323-94), ingcebiso: ngaphantsi kwama-20°C sebenzisa 00# Igrisi yoxinzelelo olugqithisileyo, ngaphezulu kwama-21°C sebenzisa 0# Igrisi yoxinzelelo olugqithisileyo
| Uphawu | Igama | Amagqabaza | Ubushushu |
| Iqokobhe | I-EPO | 0# Igrisi yoxinzelelo olugqithisileyo | 21°C ngaphezulu |
| Iqokobhe | GL00 | 00# Igrisi yoxinzelelo olugqithisileyo | 20°C ngaphantsi |
3. Ubushushu bendalo: 0°C - +40°C
4. Umswakama wendalo: umswakama ohambelanayo 20-80% RH (ukungafunxwa)
5. Gcina kude nokungcangcazela okunamandla okanye ukuphazamisane ne-electromagnetism
6. Okusingqongileyo okunothuli oluncinci, okungenagesi inetyhefu
7. Lungisa isiseko ngokwendlela edwetshwe ngayo isiseko
8. Umsebenzisi kufuneka akhethe ingcali okanye injineli yoqeqesho, imvelaphi yemfundo yakhe kufuneka ibe igqibile ubuncinane kwisikolo samabanga aphakamileyo sobugcisa, aze ayilungiselele ixesha elide.
11. Kufuneka ulungiselele isiseko ngokwendlela edwetshwe ngayo
12. Isitshixo esivulekileyo se-65mm spanner, isixhobo sokuxhasa i-afterburner, sokulungisa inqanaba lesiseko.
13. Ngaphezulu kweelitha ezi-5 zepetroli ecocekileyo, inani leengubo zokugquma, isibhamu, ioyile yokuthambisa, malunga nelitha e-1 yezixhobo zomatshini zokuhlafuna kunye neenkuni.
Iintonga ezili-14 zobhedu olunye lwe-Ф10*300 kunye nobhedu olunye lwe-Ф16*300 lokufakelwa kwesikhunta. Umqadi omde (i-fuselage kunye nomqadi zipakishwa ngokwahlukeneyo, kodwa zikwalungiselela iiyunithi ezithunyelwayo)
15 isalathisi sokudayela (uluhlu lwe-0-10mm), esisetyenziselwa ukulungisa ukungalingani kwe-axis ye-X kunye ne-Y.
16 xa izixhobo zifika kumzi-mveliso, lungisa i-traffic ye-20T okanye i-crane yezixhobo zokuphakamisa
17. Ukuba i-V axis ixhotyiswe nge-water chiller motor, kufuneka kulungiswe i-cooling median enxulumene nayo, umthamo yi-38L
Eminye imiba engagutyungelwanga ifuna ukutolikwa nokulungelelaniswa okungakumbi
Umatshini we-CNC Turret Punch ；i-turret punch ；i-turret punch ；i-cnc punch ；i-cnc punch press ；i-cnc turret punch ；i-cnc turret punch ；i-cnc turret punch ；umatshini we-cnc punch ；i-turret punch iyathengiswa ；umatshini we-turret punch press ；umatshini we-cnc punch press umatshini we-cnc punch press uthengiswa ；umatshini we-cnc turret punch press ；umatshini we-cnc punch ；umatshini we-cnc punch ；i-cnc punch press ；i-cnc control punch press ；i-servo drive turret punch press iyathengiswa
| Hayi. | Inkcazo | Iyunithi | Imodeli yoMshini | ||
| I-MT300E | |||||
| 1 | Amandla Okubethela Aphezulu | kN | 300 | ||
| 2 | Uhlobo oluPhambili lokuqhuba | / | Iqhutywa yinjini enye | ||
| 3 | Inkqubo ye-CNC | / | Inkqubo ye-FANUC CNC | ||
| 4 | Ubungakanani bokuCwangcisa amaphepha obuphezulu | mm | 1250*5000 (kunye nokubekwa kwenye indawo) | 1500*5000 (kunye nokubekwa kwenye indawo) | |
| 5 | Inani leClamp | Hayi. | 3 | ||
| 6 | Ubukhulu bePhepha lokuQhuba | mm | 3.2/6.35 | ||
| 7 | Ububanzi obukhulu bePunch ngexesha ngalinye | mm | Φ88.9 | ||
| 8 | I-Stroke yoMgadli oPhambili | mm | 32 | ||
| 9 | Ukubetha Okuphezulu Kokubethelela Kwisantya Esiyi-1mm | i-hpm | 780 | ||
| 10 | Ubushushu obukhulu kwi-25mm yesantya | i-hpm | 400 | ||
| 11 | Isantya esiphezulu sokukrwela | i-hpm | 1800 | ||
| 12 | Inani leSilinda yokuBeka kwakhona | iseti | 2 | ||
| 13 | Inani leSitishi | Hayi. | 32 | ||
| 14 | Inani le-AI | Hayi. | 2 | ||
| 15 | Inani le-Axis yoLawulo | Hayi. | 5(X、Y、V、T、C) | ||
| 16 | Uhlobo lwezixhobo | / | Uhlobo Olude | ||
| 17 | Uhlobo lweTheyibhile yokusebenzela | / | Ngaphantsi kwe-3.2mm: Itafile yokusebenza esisigxina yebhrashi epheleleyo (Iibhola zokuphakamisa ukulayisha zingongezwa njengokhetho) | ||
| Ngaphezulu kwe-3.2mm: Itafile yokusebenza yeebhola ezipheleleyo | |||||
| 18 | Isantya Sokondla Esiphezulu | I-X Axis | m/ngomzuzu | 80 | |
| I-Y Axis | 60 | ||||
| I-XY edibeneyo | 100 | ||||
| 19 | Isantya seTurret | i-rpm | 30 | ||
| 20 | Isantya sokujikelezisa izixhobo | i-rpm | 60 | ||
| 21 | Ukuchaneka | mm | ± 0.1 | ||
| 22 | Umthamo woMthwalo ophezulu | Kg | I-100/150 yetafile yokusebenza yebhola | ||
| 23 | Amandla eMoto aPhambili | i-kVA | 45 | ||
| 24 | Imo yezixhobo | / | uhlobo oluzimeleyo lokuqhaqha ngokukhawuleza | ||
| 25 | Uxinzelelo Lomoya | I-MPa | 0.55 | ||
| 26 | Ukusetyenziswa koMoya | L/ umzuzu | 250 | ||
| 27 | Umthamo weMemori yeCNC | / | 512k | ||
| 28 | Ukufunyanwa kwendawo efileyo yeClamp | / | Y | ||
| 29 | Iswitshi esichasene nokukrazula amaphepha | / | Y | ||
| 30 | Utshintsho lwe-Anti-Sheet-Deformation | / | Y | ||
| 31 | Ubungakanani boMxholo | mm | 5350×5200×2360 | 5850×5200×2360 | |
| Hayi. | Igama | Uphawu | Igeyiji | ||
| 1 | Inkqubo ye-CNC | I-FANUC | I-OI-PF | ||
| 2 | Umqhubi weServo | I-FANUC | I-AISV | ||
| 3 | I-Servo Motor (i-axis ye-X/Y/C/T) | I-FANUC | I-AIS(X、Y、T、C) Injini ekhethekileyo ye-V axis | ||
| 4 | Indlela ekhokelayo | THK | HSR35A6SSC0+4200L (X:2500) | ||
| HSR35A3SSC1+2060L-Ⅱ (Y:1250) | |||||
| HSR35A3SSC1+2310L-Ⅱ (Y:1500) | |||||
| 5 | Isikrufu sebhola | THK | BLK4040-3.6G0+3016LC7 (X:2500) | ||
| BLK3232-7.2ZZ+1735LC7T (Y:1250) | |||||
| BLK3232-7.2ZZ+1985LC7T (Y:1500) | |||||
| 6 | Ukuthwala Okuchanekileyo | NSK/Koyo | 25TAC62BDFC10PN7B/SAC2562BDFMGP4Z | ||
| 30TAC62BDFC10PN7B/SAC3062BDFMGP4Z | |||||
| 7 | Iindawo zomoya | Idibeneyo emithathu | I-SMC | AC30A-03D | |
| Ivalvu yeSolenoid | SY5120-5D-01 | ||||
| Isixhobo sokuvala umlomo | AN10-01 | ||||
| Isilinda | CP96SDB40-80-A93L | ||||
| 8 | Inkqubo yoMbane | I-breaker | USchneider | / | |
| Qhagamshelana | USchneider | / | |||