Uphuhliso kunye nobume bemarike yelaser enokutshibilika (Icandelo lokuqala)
Ngokwahlukileyo kwiiklasi ezininzi ze-laser, iilaser ezitshintshwayo zibonelela ngokukwazi ukushuna ubude be-wavelength ngokusetyenziswa kwesicelo.Ngaphambili, iilaser zombuso oqinileyo ezinokuthi zisetyenziswe ngokufanelekileyo kubude bamaza obumalunga nama-800 nanometers kwaye ubukhulu becala bezizezophando lwezenzululwazi.Iilaser ze-tunable zihlala zisebenza ngendlela eqhubekayo kunye ne-bandwidth encinci yokukhupha.Kule nkqubo ye-laser, isihluzi se-Lyot singena kumngxunya we-laser, ojikelezayo ukuze ulungelelanise i-laser, kwaye amanye amacandelo abandakanya i-diffraction grating, irula eqhelekileyo, kunye neprism.
Ngokutsho kwefemu yophando lwemarike iDataBridgeMarketResearch, ii-laser enokuqhutywaImarike kulindeleke ukuba ikhule isantya sokukhula se-8.9% ngexesha lika-2021-2028, ifikelele kwi-16.686 yeebhiliyoni zeedola ngo-2028. Phakathi kobhubhani we-coronavirus, imfuno yophuhliso lobuchwepheshe kule marike kwicandelo lokhathalelo lwempilo iyenyuka, kwaye oorhulumente batyala imali eninzi ukukhuthaza inkqubela phambili yezobuchwepheshe kolu shishino.Kulo mongo, izixhobo ezahlukeneyo zonyango kunye ne-laser ezityibilikayo zemigangatho ephezulu ziphuculwe, ziqhubela phambili ukukhula kwemarike ye-laser etyhunwayo.
Kwelinye icala, ukuntsonkotha kwetekhnoloji yelaser enokutyibilika ngokwayo ngumqobo omkhulu kuphuhliso lwemakethi yelaser enokutyibilika.Ukongeza kwinkqubela phambili yeelaser ezinokutyiwa, ubugcisa obutsha obuphambili obuveliswe ngabadlali bentengiso bohlukeneyo budala amathuba amatsha okukhula kwemarike yelaser etyhunwayo.
Ukwahlulwa kohlobo lwemarike
Ngokusekwe kuhlobo lwelaser eqhutywayo, i-tunablelaserImakethi yahlulwe yangakwimo eqinileyo yelaser, irhasi etyibilikayo, ifayibha etyibilikayo, i-laser elulwelo, i-electron yasimahla (FEL), i-nanosecond pulse OPO, njl. uyilo lwenkqubo, bathathe indawo yokuqala kwisabelo semarike.
Ngokwesiseko setekhnoloji, imakethi yelaser enokutyibilika iphinde yahlulwe yazii-laser diode diode lasers, iSasazo seBragg Reflector lasers (DBR), iilaser ezisasazwayo (DFB laser), i-laser ye-laser-emitting surface-emitting lasers (VCSELs), i-micro-electro-mechanical systems (MEMS), njl. Ngo-2021, intsimi ye-laser diode ye-cavity yangaphandle ithatha esona sabelo sikhulu semarike, esinokubonelela ngoluhlu olubanzi lwe-tuning (olukhulu kune 40nm) ngaphandle kwesantya esisezantsi sokulungelelanisa, esinokufuna amashumi eemilliseconds ukutshintsha ubude bezaveve, ngaloo ndlela kuphuculwe ukusetyenziswa kwayo kuvavanyo lwamehlo kunye nezixhobo zokulinganisa.
Ukwahlulwe ngobude be-wavelength, imakethi ye-laser ethengiswayo inokwahlulwa ibe ziindidi ezintathu zebhendi <1000nm, 1000nm-1500nm nangaphezulu kwe-1500nm.Ngo-2021, icandelo le-1000nm-1500nm landise isabelo salo semakethi ngenxa yokusebenza kakuhle komthamo kunye nokusebenza kakuhle kokudibanisa ifayibha.
Ngokwesiseko sokusetyenziswa, imakethi yelaser enokutyibilika inokwahlulwa ibe yi-micro-machining, ukomba, ukusika, ukuwelda, ukukrola ukuphawula, unxibelelwano kunye nezinye iinkalo.Ngo-2021, ngokukhula konxibelelwano lwe-optical, apho i-laser etyhunwayo idlala indima kulawulo lwe-wavelength, ukuphucula ukusebenza kakuhle kwenethiwekhi, kunye nokuphuhlisa isizukulwana esilandelayo sothungelwano lwe-optical network, icandelo lonxibelelwano lithathe indawo ephezulu ngokwezabelo zentengiso.
Ngokwahlulahlulo lwamajelo okuthengisa, imarike yelaser ethengiswayo inokwahlulwa ibe yi-OEM kunye ne-aftermarket.Ngo-2021, icandelo le-OEM lalilawula imarike, njengoko ukuthenga izixhobo ze-laser kwi-Oems kuthanda ukuba neendleko ezisebenzayo kwaye kuneyona ngqinisekiso yomgangatho ophezulu, ibe ngoyena mqhubi uphambili wokuthenga iimveliso kwitshaneli ye-OEM.
Ngokweemfuno zabasebenzisi bokugqibela, imakethi ye-laser ethengiswayo inokwahlulwa ngokwee-elektroniki kunye ne-semiconductors, iimoto, i-aerospace, unxibelelwano kunye nezixhobo zenethiwekhi, ezonyango, eyokuvelisa, ekupakisha kunye namanye amacandelo.Ngo-2021, icandelo lezonxibelelwano ngefowuni kunye nesixhobo sothungelwano lathatha esona sabelo sikhulu semakethi ngenxa yee-laser ezilungelelanisiweyo ezinceda ekuphuculeni ubukrelekrele, ukusebenza kunye nokusebenza kakuhle kwenethiwekhi.
Ukongeza, ingxelo ye-InsightPartners yahlalutya ukuba ukusasazwa kweelaser ezitshintshwayo kumacandelo okuvelisa kunye neshishini kuqhutywa ikakhulu kukwanda kokusetyenziswa kobuchwephesha bokukhanya kwimveliso yobuninzi bezixhobo zabathengi.Njengoko izicelo ze-elektroniki zabathengi ezifana ne-microsensing, i-flat panel displays kunye ne-liDAR ikhula, kunjalo ke imfuno yeelaser ezitshintshwayo kwi-semiconductor kunye nezicelo zokulungisa izinto.
I-InsightPartners iphawula ukuba ukukhula kwemarike yeelaser ezisetyenziswayo kukwachaphazela usetyenziso lwefiber yemveliso efana nokusasazwa koxinzelelo kunye nemephu yobushushu kunye nomlinganiselo osasaziweyo wemilo.Ukujongwa kwempilo ye-Aviation, ukujongwa kwempilo ye-injini yomoya, ukujongwa kwempilo yejenereyitha kuye kwaba luhlobo lwesicelo esikhulayo kule ndawo.Ukongeza, ukusetyenziswa okwandisiweyo kwee-holographic optics kwi-augmented reality (AR) kubonisiwe kukwandise uluhlu lwesabelo semakethi yeelases ezinokutya, umkhwa ofuna ukuhoywa.I-TOPTICAPhotonics yaseYurophu, umzekelo, iphuhlisa i-UV / RGB yamandla aphezulu e-single-frequency diode lasers ye-photolithography, uvavanyo lwe-optical kunye nokuhlolwa, kunye ne-holoography.
icandelo lommandla weemarike
Ummandla we-Asia-Pacific ngowona mthengi uphambili kunye nomvelisi weelases, ngakumbi iilaser eziqhutywayo.Okokuqala, iilaser ezinokutya zixhomekeke kakhulu kwiisemiconductors nakwizinto zombane (i-solid-state lasers, njl.njl.), kwaye izinto ezifunekayo ukuvelisa izisombululo zelaser zininzi kumazwe aliqela amakhulu anjenge China, South Korea, Taiwan, kunye neJapan.Ukongeza, intsebenziswano phakathi kweenkampani ezisebenza kulo mmandla iqhubela phambili ukukhula kwemarike.Ngokusekwe kwezi zinto, ummandla waseAsia-Pacific kulindeleke ukuba ube ngowona mthombo uphambili wokungenisa elizweni kwiinkampani ezininzi ezenza iimveliso zelaser ezinokutya kwezinye iindawo zehlabathi.
Ixesha lokuposa: Oct-30-2023