IPG Photonics IFayibha Laser YLPN-R

IPG Photonics 'YLPN-R series yi-high-pulse-energy nanosecond fiber laser edibanisa ukuthembeka kwe-fiber lasers kunye neempawu eziphezulu zamandla e-slid-state lasers. Oku kulandelayo yintshayelelo eneenkcukacha kwimigaqo yayo engundoqo kunye nemisebenzi:

1. UmGaqo wokuSebenza

Umthombo weMbewu + Ukwandiswa kwamanqanaba amaninzi

Yamkela **Ukwandiswa kwaMandla eOscillator eyiMaster (MOPA)**:

Umthombo weMbewu: I-pulses ye-nanosecond yamandla aphantsi iveliswa yi-modulation ye-semiconductor okanye i-electro-optical modulation, kwaye ububanzi be-pulse kunye nesantya sokuphindaphinda sinokulawulwa ngokuchanekileyo.

Ukwandiswa kweFayibha: Ukwandiswa kwamanqanaba amaninzi (ukwandiswa kwangaphambili + ukukhulisa amandla) kwenziwa nge-ytterbium-doped (Yb³⁺) ifayibha, idityaniswe neteknoloji yefiber ene-double-clad ukuze kuphuculwe ukusebenza kakuhle kokuguqulwa kwamandla.

Uxinzelelo lwe-Pulse (Ngokhetho): Ezinye iimodeli zicinezela ububanzi be-pulse ngeziphumo ezingezizo ukuphumeza amandla aphezulu aphezulu.

Uyilo lwaMandla aphezulu

Sebenzisa i-fiber yendawo ye-mode enkulu (LMA) ukunciphisa imiphumo engabonakaliyo, udibanise iteknoloji yokudibanisa impompo yecala ukuphucula ukusebenza kakuhle kokupompa, kunye nokufezekisa i-pulse energy eyodwa ye-millijoules (mJ).

Ulawulo lweThermal

Ummandla ophezulu kumlinganiselo wevolumu kunye noyilo olusebenzayo lokupholisa lwefiber luqinisekisa imveliso ezinzileyo kumandla aphezulu.

2. Iimpawu eziphambili

Amandla aphezulu e-pulse

Amandla e-pulse enye anokufikelela ngaphezu kwe-10mJ (efana ne-YLPN-1-10x100 imodeli), ifanelekile kwizicelo ezifuna impembelelo yamandla aphezulu (njengokusika, ukubhola).

Uhlengahlengiso lweparameter eguquguqukayo

Uluhlu lobubanzi be-Pulse: 1–300ns (enokulungiswa okanye ezinzileyo)

Ireyithi yokuphinda: 1Hz–100kHz (kuxhomekeke kwimodeli)

Amandla aphezulu afikelela kwinqanaba le-MW, exhasa ububanzi be-pulse emfutshane kunye nokugqabhuka okuphezulu.

Umgangatho webeam ogqwesileyo

M² <1.3, kufutshane nomda we-diffraction, ilungele ukusetyenzwa ngokuchanekileyo (okufana nokusetyenzwa kwemingxuma emincinci, ukususwa kwefilimu).

Ukuthembeka kwamashishini

Ulwakhiwo lwe-fiber yonke luyamelana nomothuko kwaye lunothuli, ngaphandle kweengxaki zecandelo le-optical misalignment.

Ubomi budlula iiyure ze-100,000, ezifanelekileyo kwi-24/7 yokusebenza ngokuqhubekayo.

3. Iimeko zesicelo esiqhelekileyo

Ukuqhubekeka ngokuchanekileyo

Ukugrumba: Umngxuma wefilimu yomoya weblade yeAerospace (intsimbi yokungena ngamandla aphezulu).

Ukusika: Ukwahlula ukusika izinto ezinqabileyo (isafire, iglasi).

Unyango lomphezulu

Ukucocwa kweLaser: ukususwa kwee-coatings/oxides (ezifana nokubuyiselwa kwezinto zenkcubeko).

I-Texturing: ukuphuculwa kwe-friction yeendawo zetsimbi (iindawo ezizenzekelayo).

Uphando kunye nezonyango

I-LIBS (I-Laser Induced Breakdown Spectroscopy): ukukhutshwa kwamandla aphezulu kwi-plasma yesampuli.

Utyando lweLaser: ukukhutshwa okukhethiweyo kwezicubu (ezifana nonyango lwamazinyo, i-dermatology).

4. Ukuthelekiswa kweenzuzo zobugcisa

Iimpawu ze-YLPN-R uthotho lwe-laser yemveli eqinileyo

Iimfuno zogcino Ngokusisiseko, akukho lungiso lwamalungu e-Optical kufuneka luhlaziywe rhoqo

Uzinzo lwamandla ±1% (uluhlu olupheleleyo lobushushu) ±3–5%

Ukusebenza kwe-Electro-optical>30% <15%

Ubungakanani obuBumbeneyo (ukudibanisa ifayibha) Enkulu (inkqubo yokupholisa amanzi)

5. Amanqaku

Uqwalaselo lwe-Optical: i-collimation / i-lens egxininisekile (efana ne-IPG's FLD series) iyafuneka ukulungelelanisa imigama eyahlukeneyo yokusebenza.

Ukukhuselwa kokhuseleko: amandla aphezulu kufuneka ahambelane nemigangatho yokhuseleko lwe-laser ye-Class 4 (iiglasi ezikhuselayo, isixhobo esidibeneyo).

I-IPG's YLPN-R series ifezekisa ibhalansi phakathi kwamandla aphezulu kunye nokuzinza kwezoshishino kwintsimi ye-laser ye-nanosecond ngokusebenzisa izinto ezintsha kwi-fiber optic technology, kwaye ifaneleke ngokukodwa iimeko ezineemfuno ezingqongqo kumandla okubetha kunye nokuchaneka.