Umatshini wokusila odinisayo we-BOSM -6010 ochaseneyo

Umatshini wokusila odinisayo we-BOSM -6010 Umfanekiso obonisiweyo

Intshayelelo:

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

1. Ukusetyenziswa komatshini:

Umatshini wokuqhobosha we-BOSM-6000* 1000 we-CNC oqinileyo onemiqadi emibini, odibanisa intloko nentloko, obophayo kwaye osila sisixhobo esikhethekileyo somatshini sokucubungula iingalo/izinti zokumba. Umqamelo, unokukwazi ukufezekisa ukucutshungulwa ngokukhawuleza kwesixhobo somsebenzi, isixhobo somsebenzi sinokugrunjwa, sigaywe, kwaye sigaywe ngaphakathi koluhlu olusebenzayo lwestroke, isixhobo somsebenzi sinokucutshungulwa endaweni ngexesha elinye (akukho mfuneko yokubotshwa kwesibini), isantya sokulayisha nokukhupha impahla sikhawuleza, isantya sokubeka indawo sikhawuleza, kwaye ukuchaneka kokucubungula kuphezulu. Ukusebenza okuphezulu, okuphezulu kokucubungula.

2.Umatshini isakhiwoIimbonakalo:

Izinto eziphambili zesixhobo somatshini: ibhedi, ibhentshi yokusebenzela, iikholamu zasekhohlo nasekunene, imiqadi, imiqadi yokudibanisa i-gantry, iisali, iinkunzi, njl.njl., iindawo ezinkulu zenziwe nge-resin sand molding, i-grey iron 250 casting esemgangathweni ophezulu, ifakwe kwindawo eshushu yesanti → ukuguga ngokungcangcazela → unyango lobushushu I-furnace annealing→ ukuguga ngokungcangcazela→ umatshini wokuchwetheza onzima→ ukuguga ngokungcangcazela→ ukunyibilikisa okuqatha→ ukuguga ngokungcangcazela→ ukugxobhoza kwesithando esishushu→ ukuguga ngokungcangcazela→ ukugqiba, ukususa ngokupheleleyo uxinzelelo olubi lwamalungu, kunye nokugcina ukusebenza kwamalungu kuzinzile. Ibhedi esisigxina, iikholamu zasekhohlo nasekunene, i-gantry, kunye nokuhamba kwebhentshi yokusebenzela; Inemisebenzi yokusila, ukubopha, ukubhola, ukucwilisa okuchaseneyo, ukuthepha, njl. Indlela yokupholisa isixhobo kukupholisa kwangaphandle. Isixhobo somatshini sinama-axes okutya ama-5, anokufezekisa unxibelelwano lwe-4-axis kunye ne-5-axis single-action. Kukho iintloko zamandla ezi-2. I-axis yesixhobo somatshini kunye nentloko yamandla ziboniswe kumfanekiso ongezantsi.X

2.1.Ulwakhiwo oluphambili lwenxalenye yesondlo sokuhambisa i-axial

2.1.1.I-axis ye-X:Itheyibhile yokusebenza ihambelana ecaleni kwendlela ekhokelayo yebhedi ezinzileyo.

I-X 1- axis drive: I-AC servo motor kunye ne-high-precision planetary reducer iqhutywa ngesikrufu sebhola ukuqhuba intshukumo yebhentshi yokusebenzela ukuze kufezekiswe intshukumo ethe ngqo ye-X-axis.

Ifomu yereli yesikhokelo: beka iireli ezimbini zesikhokelo ezichanekileyo nezichanekileyo.

2.1.2 I-axis ye-Z1:Intloko yamandla kunye nesihlalo zifakwe ngokuthe nkqo kwicala elingaphambili lekholamu, kwaye ziphinda-phinda phezulu nasezantsi ecaleni kwendlela yokuqondisa ikholamu.

Uthumelo lwe-Z1-axis: I-AC servo motor kunye nevili elihambelanayo zisetyenziselwa ukuqhuba isikrufu sebhola ukuqhuba isali ukuze kufezekiswe intshukumo ethe tyaba ye-Z-axis

2.1.3 I-axis ye-Z2:Intloko yamandla kunye nesihlalo zifakwe ngokuthe nkqo kwicala elingaphambili lekholamu, kwaye ziphinda-phinda phezulu nasezantsi ecaleni kwendlela yokuqondisa ikholamu.

Uthumelo lwe-Z2-axis: I-AC servo motor kunye nevili elihambelanayo zisetyenziselwa ukuqhuba isikrufu sebhola ukuqhuba isali ukuze kufezekiswe intshukumo ethe tyaba ye-Z-axis.

2.1.4 I-axis ye-Y1:Isihlalo sentloko yamandla sifakwa ngokuthe nkqo kwicala elingaphambili lekholamu yasekunene, kwaye siphinda-phinda ngasekhohlo nasekunene ecaleni kwereyile yesikhokelo sekholamu.

Uthumelo lwe-Y1-axis: I-AC servo motor kunye ne-high-precision planetary reducer isetyenziselwa ukuqhuba i-ram ukuba ihambe nge-screw yebhola ukuze ifezekise intshukumo ethe ngqo ye-Y1-axis.

2.1.5 I-axis ye-Y2:Isihlalo sentloko yamandla sifakwa ngokuthe nkqo kwicala elingaphambili lekholamu yasekunene, kwaye siphinda-phinda ngasekhohlo nasekunene ecaleni kwereyile yesikhokelo sekholamu.

Uthumelo lwe-Y2-axis: I-AC servo motor kunye ne-high-precision planetary reducer isetyenziselwa ukuqhuba i-ram ukuba ihambe nge-screw yebhola ukuze ifezekise intshukumo yomgca we-Y2-axis.

2.2.Indlela ehamba ngayo intloko yamandla okubhola kunye nokugaya (kubandakanya intloko yamandla 1 kunye no-2) isebenzisa isakhiwo se-square ram, eyona ndlela iphambili yokuqhuba i-wire-hard combined guide rail, i-hard rail ijikelezwe yinkxaso enamandla, ii-4 linear roller guide rail pairs ziyakhokelwa, kwaye i-drive isebenzisa i-AC servo motor. Qhuba i-synchronous ball screw transmission (i=2) kunye ne-precision ball screw transmission, i-power head isebenzisa i-servo motor ukuze ihambe kancinci nge-synchronous balt kunye nevili elihambelanayo, ikhokelwa yi-heavy-duty precision guide rail pair, kwaye iqhuba i-vertical ball screw ukuze ijikeleze, iqonda ukuba i-power head yenza intshukumo ethe nkqo phezulu nasezantsi, kwaye ixhotyiswe nge-nitrogen balance bar ukunciphisa amandla okuthwala entloko yomatshini kwi-screw kunye ne-servo motor. I-Z-axis motor inomsebenzi we-automatic brake. Kwimeko yokusilela kwamandla, i-automatic brake iya kubamba i-motor shaft ngokuqinileyo. , ukuze ingakwazi ukujikeleza. Xa isebenza, xa i-drill bit ingachukumisi i-workpiece, iya kutya ngokukhawuleza; xa i-drill bit ichukumisa i-workpiece, iya kutshintshela ngokuzenzekelayo kwi-working feed. Xa i-drill bit ingena kwi-workpiece, iya kutshintshela ngokuzenzekelayo kwi-fast rewind; xa isiphelo se-drill bit sishiya i-workpiece size sifikelele kwindawo ebekiweyo, i-worktable iya kutshintshela kwindawo elandelayo yomngxuma ukuze ifezekise ukujikeleza ngokuzenzekelayo. Intloko yamandla isebenzisa indibaniselwano ye-wire kunye ne-hard rail, engagcini nje ngokuqinisekisa isantya sokusebenza kwezixhobo, kodwa ikwaphucula kakhulu ukuqina kwezixhobo. Kwaye inokufezekisa imisebenzi yokubhola imingxunya engaboniyo, ukugawula, ukuqhekeza iitshiphusi, ukususwa kweetshiphusi ngokuzenzekelayo, njl.njl., okuphucula imveliso yabasebenzi.

(intloko yamandla ekhohlo)

2.3. Ukususwa kwetships kunye nokupholisa

Kukho ii-conveyor ze-chip ze-spiral kunye ne-flat chain ezifakwe kumacala omabini ngaphantsi kwebhentshi yokusebenza, kwaye ii-chips zinokukhutshwa ngokuzenzekelayo kwi-chip conveyor ekupheleni ngamanqanaba amabini e-spiral kunye nee-chain plates ukuze kufezekiswe imveliso ephucukileyo. Kukho ipompo yokupholisa kwi-coolant tank ye-chip conveyor, enokusetyenziselwa ukupholisa ngaphandle kwesixhobo ukuqinisekisa ukusebenza kokugrumba kunye nobomi benkonzo ye-drill bit, kwaye i-coolant ingaphinda isetyenziswe.

3.Inkqubo epheleleyo yolawulo lwamanani edijithali:

3.1.Ngomsebenzi wokuqhekeka kweetshiphusi, ixesha lokuqhekeka kweetshiphusi kunye nomjikelo wokuqhekeka kweetshiphusi zisetwa kwi-interface yomntu nomatshini.

3.2.Ngomsebenzi wokuphakamisa izixhobo, ukuphakama kokuphakamisa izixhobo kunokubekwa kujongano lomatshini womntu. Xa ukubhola kufikelela kolu bude, iqhekeza lokubhola liphakanyiswa ngokukhawuleza liye phezulu kwento yokusebenza, emva koko iitships ziyalahlwa, emva koko zithunyelwe ngokukhawuleza kumphezulu wokubhola kwaye ziguqulwe ngokuzenzekelayo zibe ngumsebenzi.

3.3.Ibhokisi yokulawula ukusebenza ephakathi kunye neyunithi ephathwayo isebenzisa inkqubo yolawulo lwamanani kwaye ixhotyiswe nge-USB interface kunye ne-LCD liquid crystal display. Ukuze kube lula ukucwangcisa, ukugcina, ukubonisa kunye nonxibelelwano, i-operation interface inemisebenzi efana ne-man-machine dialogue, i-error compensation, kunye ne-alamu ezenzekelayo.

3.4.Ezi zixhobo zinomsebenzi wokujonga kwangaphambili nokujonga kwakhona indawo yomngxuma ngaphambi kokuba zicutshungulwe, kwaye ukusebenza kulula kakhulu.

4Ukuthambisa ngokuzenzekelayo

Iipayara zereli ezikhokelayo ezichanekileyo zesixhobo somatshini, iipayara ze-screw zebhola ezichanekileyo kunye nezinye iipayara zentshukumo ezichanekileyo zixhotyiswe ngeenkqubo zokuthambisa ezizenzekelayo. Ipompo yokuthambisa ezenzekelayo ikhupha ioyile yoxinzelelo, kwaye igumbi leoyile yokuthambisa elinganiselweyo lingena kwioyile. Emva kokuba igumbi leoyile lizaliswe yioyile, xa uxinzelelo lwenkqubo lunyuka luye kwi-1.4-1.75Mpa, iswitshi yoxinzelelo kwinkqubo ivaliwe, ipompo iyama, kwaye ivalvu yokukhulula ikhulula ngaxeshanye. Xa uxinzelelo leoyile endleleni luhla ngaphantsi kwe-0.2Mpa, i-lubricator elinganiselweyo iqala ukuzalisa indawo yokuthambisa kwaye igqibezele ukuzaliswa kweoyile enye. Ngenxa yokunikezelwa kweoyile ngokuchanekileyo kwe-injector yeoyile elinganiselweyo kunye nokuchongwa koxinzelelo lwenkqubo, ukunikezelwa kweoyile kuthembekile, kuqinisekisa ukuba kukho ifilimu yeoyile kumphezulu wesibini ngasinye se-kinematic, kunciphisa ukungqubana kunye nokuguguleka, kwaye kuthintela umonakalo kwisakhiwo sangaphakathi esibangelwa kukushisa kakhulu. , ukuqinisekisa ukuchaneka kunye nobomi besixhobo somatshini. Xa kuthelekiswa nesibini sereli esikhokelayo esijikelezayo, isibini sereli esikhokelayo esijikelezayo esisetyenziswa kwesi sixhobo somatshini sineenzuzo ezininzi:

①Uvakalelo lokuhamba luphezulu, i-coefficient yokungqubana kwereyile yesikhokelo esiqengqelekayo incinci, yi-0.0025 ~ 0.01 kuphela, kwaye amandla okuqhuba ancitshisiwe kakhulu, okulingana ne-1/10 yoomatshini abaqhelekileyo.

② Umahluko phakathi kokungqubana okuguquguqukayo nokungashukumiyo mncinci kakhulu, kwaye ukusebenza kokulandelelana kugqwesileyo, oko kukuthi, ixesha eliphakathi kwesiginali yokuqhuba kunye nesenzo soomatshini lifutshane kakhulu, nto leyo enceda ekuphuculeni isantya sempendulo kunye novakalelo lwenkqubo yolawulo lwamanani.

③Ifanelekile kwintshukumo ethe tyaba ngesantya esiphezulu, kwaye isantya sayo esikhawulezileyo siphezulu ngokuphindwe kalishumi kuneso seereyile ezikhokelayo ezityibilikayo.

④ Ingenza intshukumo engenazikhewu kwaye iphucule ukuqina kwentshukumo yenkqubo yoomatshini.

⑤Yenziwe ngabavelisi abaziingcali, inobunono obuphezulu, ubuchule obuhle kunye nokugcinwa okulula.

5Indawo yokusetyenziswa komatshini:

Umbane: AC380V enamanqanaba amathathu ± 10% , 50Hz ± 1 Ubushushu obuphakathi: 0 ° ~ 45 °

Ezintlanu, iiparameter eziphambili zobugcisa:

imodeli		I-BOSM4014
Ubungakanani obukhulu bomsebenzi wokucubungula	Ubude × ububanzi × ukuphakama (mm) 4000 × 1600 × 1000
Isondlo esiphezulu seGantry	Ububanzi (mm)	2300
ubungakanani betafile yokusebenza	Ubude X Ububanzi (mm)	4000*1400
Intloko yokubhola yohlobo lwe-ram ethe tye intloko yamandla enye ezimbini	Ubungakanani (2)	2
	I-spindle taper	BT50
	Ububanzi bokubhola (mm)	Φ2-Φ60
	Ububanzi bokuthepha (mm)	I-M3-M30
	Ububanzi bediski yokusika i-milling cutter (mm)	300
	Isantya se-spindle (r/min)	30~6000
	Amandla enjini yeServo spindle (kw)	37
	Umgama wempumlo yespindle ukusuka embindini wetafile (mm)	650-1150
	Ukubethelwa kwenkunzi yegusha enye ngasekhohlo nasekunene (mm)	500
	Umgama phakathi kombindi wenkunzi yegusha kunye nomgca wetafile (mm)	200-1400
	Ukujijeka kwenkunzi phezulu nasezantsi (mm)	1200
Ukuphindaphinda	300mm*300mm	± 0.02
Ubukhulu beZixhobo zoMatshini	Ubude × ububanzi × ukuphakama (mm)	ngokwemizobo
Ubunzima obupheleleyo (t)		(malunga) 36

Ezi parameters zingasentla ziiparameters zoyilo lokuqala. Kuyilo lokwenyani, kunokubakho utshintsho ngokweemfuno zokucubungula zesixhobo somsebenzi kunye neemfuno zoyilo lwesixhobo somatshini, ukuze kuhlangatyezwane neemfuno zezixhobo zokucubungula zenkampani yakho.