8 kɔmɔn kayn rɔbɔt wɛldin

【Spɛshal tɛnki to di RoboDK blɔk usay dɛn pul dis atikul frɔm】

Welding na impɔtant tin we dɛn kin du fɔ mek bɔku tin dɛn. Robotic welding na wan we we dɛn dɔn tɛst fɔ lɔng tɛm fɔ mek di prɔses bɛtɛ, ɛn bɔku kayn dɛn de.

Rɔbɔt kin ɛp fɔ adrɛs bɔku kɔmɔn tin dɛn wit wɛldin, lɛk we dɛn nɔ gɛt skil, weld kwaliti, ɛn kɔnsistɛns prɔblɛm.

If yu gɛt di rayt rɔbɔt ɛn programin softwe, yu kin muf to ɔtomatik wɛldin prɔses ilɛksɛf yu nɔ no bɔku tin bɔt rɔbɔt. Bɔt difrɛn tin dɛn stil de we yu fɔ disayd fɔ du, lɛk di kayn rɔbɔt wɛldin we yu de yuz.

Lɛ wi luk wetin mek wi nid fɔ yuz rɔbɔt wɛldin ɛn fɛn sɔm kɔmɔn kayn dɛn.

Usay rɔbɔt wɛldin fit insay?

Robot welding don mek big advans ova di yie dem, both in terms of teknoloji en dimand. I dɔn evolv frɔm simpul, ripit wɛldin wok dɛn to kɔmpleks, ay-prɛsishɔn ɔpreshɔn dɛn.

Frɔm di divɛlɔpmɛnt fɔ sofistikeyt rɔbɔt sɛns ɛn algɔritm dɛn, to izi fɔ yuz programin opshɔn dɛn we de ridyus di barɛri fɔ ɛntrɛ, rɔbɔt wɛldin naw izi fɔ yuz pas aw i bin de bifo.

Wan pan di big tin dɛn we de mek rɔbɔt wɛldin na di skil we nɔ de na di wok makit. Dis de bi big tin ɔlsay na di wɔl.

Kɔntri dɛn de impruv big chenj dɛn fɔ adrɛs di shɔt, inklud fɔ rifokus STEM ɛdyukeshɔn gol dɛn ɛn plan fɔ aprɛntship. Bɔt dɛn tin ya na sɔlv dɛn we go tek lɔng tɛm.

Rɔbɔt dɛn de gi wan we wantɛm wantɛm ɛn we gɛt pawa fɔ sɔlv di welda we nɔ de. Dɛn kin ɛp yu fɔ yuz di wɛlda dɛn we yu dɔn ɔlrɛdi gɛt fayn fayn wan.

Advantej dɛn fɔ Robɔtik Wɛldin pas Manual Wɛldin
Robotic welding de gi bɔku bɛnifit we yu kɔmpia am wit manual welding.

Dɛn tin ya na:

Improved weld quality – Rɔbɔt kin prodyuz ay kwaliti weld pas mɔtalman bikɔs yu kin program di weld patɛn prɛsishɔn.

Wok we sef – Welding kin bi wan denja wok fɔ di wokman dɛn. We yu yuz rɔbɔt, dat de mek di chans fɔ mek di wokman dɛn put dɛn pan denja nɔ bɔku.

Fleksibiliti – Wit wan intuitiv programin intafeys, yu kin izi fɔ riprogram di rɔbɔt fɔ ɛni nyu wok.

Kɔnsistɛns wɛld – Rɔbɔt dɛn kin riprodyuz di sem wɛld patɛn ɛvri tɛm, we kin mek dɛn kɔnsistɛns pas mɔtalman wɛlda dɛn.

Bɛtɛ yus fɔ talɛnt – If yu jɔs gɛt sɔm skilful wɛlda dɛn na yu tim, yu kin yuz rɔbɔt fɔ skel yu wɛldin ɔpreshɔn wit sɔprayz shɔt trenin tɛm.

Dɛn bɛnifit ya fayn fɔ no if rɔbɔt wɛldin fayn fɔ yu!

8 Kɔmɔn Tayp dɛn fɔ Rɔbɔt Weldin we Yu Go Yuz
Bɔku kayn rɔbɔt wɛldin de, ɛn ɛni wan pan dɛn fayn fɔ yuz ɔ sɛtin dɛn we difrɛn smɔl.

Uswan yu go pik go dipen pan di patikyula tin dɛn we yu nid. Bɔt yu kin program dɛn ɔl yuz RoboDK.

If yu gɛt di rayt rɔbɔt ɛn programin softwe, yu kin chenj to ɔtomatik wɛldin prɔses ilɛksɛf yu no smɔl ɔ yu nɔ no natin bɔt rɔbɔt. Bɔt difrɛn tin dɛn de we yu nid fɔ disayd fɔ du, lɛk di kayn rɔbɔt wɛldin we yu de yuz. Dɛn kin tek Ɔflayn Progrɛm (OLP) as di bɛst opshɔn fɔ kɔmpleks, mɔdan wɛldin prɔjek dɛn.

Lɛ wi fɛn ɔndastand wetin mek rɔbɔt wɛldin fayn ɛn tek tɛm luk sɔm kayn we dɛn we kɔmɔn.

1. Resistans Spɔt Wɛldin
Resistans wɛldin involv fɔ pas wan strɔng ilɛktrik kɔrɛnt tru tu pat dɛn pan mɛtal. Dis kin mek di mɛtal wam ɛn mɛlt, ɛn i kin mek di tu pat dɛn togɛda.

Speshal, resistans spot welding involv welding individyual spot pas wan kontinyu weld layn. Yu go yuz wan spɔt wɛldin tul as di rɔbɔt in ɛnd ɛfɛkta.

2. Laser Weldin we dɛn kin yuz
Laser welding de yuz wan kɔnsɛntret, ay-ɛnaji bim fɔ mɛlt ɛn fiuz matirial dɛn togɛda. Dis we ya kin rili kɔrɛkt ɛn dɛn kin yuz am fɔ wɛldɔm smɔl smɔl pat dɛn we kɔmpleks.

Dɛn kin yuz rɔbɔt lɛsa wɛldin na industri dɛn lɛk ilɛktroniks ɛn mɛdikal divays fɔ mek.

3. Haybrid laser wɛldin
Haybrid laser wɛldin de kam togɛda wit laser wɛldin wit ark wɛldin. Dis mεtכd de כfr di dip pεnεtreshכn כf lεzεr wεlding wit di supεriכr gap brij kapabiliti כf ark wεlding.

Robotik sistem fɔ haybrid laser wɛldin na patikyula yusful fɔ aplikeshɔn dɛn we de gi ay prodakshɔn spid ɛn prɛsishɔn.

4. Shild Metal Ark Welding (SMAW) .
Shild mɛtal ark wɛldin, ɔ stik wɛldin, de yuz ilɛktrɔd we gɛt fluks fɔ mek di wɛldin. Dɛn sabi dis we fɔ mek i ebul fɔ du bɔku tin dɛn ɛn dɛn kin yuz am pan bɔku bɔku mɛtal ɛn alɔy dɛn.

Rɔbɔt dɛn we de yuz SMAW kin bɛnifit if dɛn ad pikchɔ rɛkɔgnishɔn kapabiliti fɔ no ɛn ripɛnt krak krak na di matirial.

5. Gas Tangsten Ark Wɛldin ɔ Tungsten Inɛt Gas Wɛldin (GTAW/TIG) .
GTAW ɔ TIG wɛldin na wan rili kɔmɔn wɛldin prɔses we de yuz wan nɔ-kɔnsumabl tungsten ilɛktrɔd ɛn shild gas fɔ mek di wɛldin. Dɛn sabi dis we fɔ mek ay kwaliti, klin wɛld wit fayn fayn aesthetics.

Bɔku tɛm dɛn kin yuz dis kayn rɔbɔt wɛldin usay wɛldin kwaliti rili impɔtant, lɛk ɛrospɛs ɛn nyuklia pawa plant dɛn.

6. Tin-gej ark wɛldin
Bɔku tɛm, dɛn kin yuz tin-gej ark wɛldin fɔ weld tin sheet dɛn we dɛn mek wit mɛtal. Dis kin tranga bikɔs di tin dɛn we tan lɛk tin dɛn we tan lɛk tin kin nid fɔ yuz am fayn fayn wan.

We yu de program rɔbɔt wɛld, i bɛtɛ fɔ du ɔda fizik tɛst fɔ mek shɔ se di tin we tan lɛk tin nɔ go wɔp.

7. Fɔ wɛldin wit plasma
Plasma wɛldin de yuz kɔnstrikt ark ɔ plasma jet fɔ mɛlt di mɛtal, we kin mek dɛn gɛt mɔ fɔs, kɔntrol wɛldin. [I gɛt fɔ du wit TIG wɛldin].

Insay rɔbɔt tul dɛn, dɛn kin mek wan ak bitwin wan tungsten ilɛktrɔd ɛn di matirial, wit plasma gas fɔ mek di ak stebul ɛn fɔ mek i nɔ ɔksidayz.

8. Mɛtal Inɛt ɔ Aktiv Gas (MIG/MAG) Wɛldin
Fɔ dɔn, MIG ɔ MAG wɛldin na wan kayn gas mɛtal ark wɛldin we de yuz waya we dɛn de kɔntinyu fɔ fid ɛn shild gas.

Di spid, efyushɔn, ɛn adaptabiliti fɔ rɔbɔt MIG/MAG wɛldin de mek dɛn yuz am bɔku bɔku wan na difrɛn industri dɛn.