A zamanin yau, injin laser mai inganci yana da matuƙar muhimmanci a fannin kayan lantarki kamar wayar hannu wacce galibi ana yanke allon OLED ta hanyar amfani da na'urar laser.
Chip yana taka muhimmiyar rawa a masana'antu masu tasowa, kamar wayoyin komai da ruwanka, kwamfuta, kayan aikin gida, na'urar GPS, da sauransu. Kuma galibi masana'antun ƙasashen waje ne ke mamaye babban na'urar da ke yin guntu.
Amfani da wasu kayan semiconductor
Stepper tsarin fallasa abin rufe fuska ne. Ta hanyar amfani da tushen laser don goge fim ɗin kariya daga saman wafer, za a samar da da'ira tare da aikin adana bayanai. Yawancin steppers suna amfani da laser excimer wanda zai iya samar da hasken UV mai zurfi. ASML ce ta sayi Cymer, babban kamfanin laser excimer. Kuma sabon stepper zai kasance EUV stepper wanda zai iya aiwatar da aiki ƙasa da nm 10. Amma yanzu kamfanonin ƙasashen waje ne ke mamaye wannan dabarar.
Amma ana sa ran cewa China za ta ci gaba da samun ci gaba a fannin samar da guntu-guntu daga baya kuma ta cimma nasarar samar da kanta da kuma samar da kayayyaki da yawa. Ana iya hango na'urorin stepper na cikin gida, kuma a lokacin, buƙatar na'urorin laser masu inganci za ta ƙaru.
Wani faffadan aikace-aikacen kayan semiconductor shine masana'antar ƙwayoyin PV wanda shine kasuwar makamashi mai tsafta mafi sauri da ke bunƙasa tare da mafi kyawun damar a duniya. Ana iya raba ƙwayoyin hasken rana zuwa ƙwayoyin hasken rana na silicon mai lu'ulu'u, batirin siriri da batirin hadadden III-V. Daga cikin waɗannan, ƙwayoyin hasken rana na silicon mai lu'ulu'u suna da amfani mafi yawa. Sabanin tushen laser, ƙwayoyin PV na'ura ce da ke watsa haske zuwa wutar lantarki. Matsakaicin canza hasken photoelectric shine ma'aunin da za a iya faɗi yadda ƙwayoyin PV suke da kyau. Tsarin kayan aiki da tsari a wannan fanni yana da matuƙar mahimmanci.
Dangane da yanke silicon wafer, an yi amfani da kayan aikin yankewa na gargajiya, amma da ƙarancin daidaito da ƙarancin inganci da ƙarancin yawan amfanin ƙasa. Saboda haka, ƙasashen Turai da yawa, Koriya ta Kudu, Amurka sun riga sun gabatar da dabarun laser mai inganci tun da daɗewa. Ga ƙasarmu, ƙarfin samar da ƙwayoyin PV ya kai rabin duniya. Kuma a cikin shekaru 4 da suka gabata, yayin da masana'antar PV ke ci gaba da bunƙasa, ana amfani da dabarun sarrafa laser a hankali. A zamanin yau, dabarun laser suna ba da gudummawa ga masana'antar PV ta hanyar yin yanke wafer, rubuta wafer, da kuma yin lanƙwasa batirin PERC.
Amfani na uku na semiconductor shine PCB, gami da FPCB. PCB, wanda shine babban sashi kuma tushen dukkan kayan lantarki, yana amfani da adadi mai yawa na kayan semiconductor. A cikin 'yan shekarun nan, yayin da daidaito da haɗin PCB ke ƙaruwa, ƙananan PCB za su fito. A lokacin, na'urar sarrafawa da sarrafa lamba ta gargajiya za ta yi wuya a daidaita ta, amma fasahar laser za ta ƙara yin amfani da ita.
Alamar Laser ita ce hanya mafi sauƙi a PCB. A halin yanzu, mutane kan yi amfani da Laser UV don yin alama a saman kayan. Duk da haka, haƙar Laser ita ce dabarar da aka fi amfani da ita a PCB. Haƙar Laser na iya kaiwa matakin micrometer kuma yana iya yin ƙaramin rami wanda wukar injiniya ba za ta iya yi ba. Bugu da ƙari, yanke kayan jan ƙarfe da walda mai ɗaurewa akan PCB suma na iya amfani da dabarar Laser.
Yayin da laser ke shiga zamanin injina na micro, S&A Teyu ta haɓaka na'urar sanyaya ruwa mai sanyaya iska mai inganci sosai
Idan aka yi la'akari da ci gaban laser a cikin 'yan shekarun nan, laser yana da amfani mai yawa a cikin yanke ƙarfe da walda. Amma ga babban daidaiton ƙananan injina, yanayin ya akasin haka ne. Ɗaya daga cikin dalilan shine cewa sarrafa ƙarfe wani nau'in injina ne mai wahala. Amma babban daidaiton ƙananan injina na laser yana buƙatar babban matakin keɓancewa kuma yana fuskantar ƙalubale kamar wahalar haɓaka wannan dabarar da kuma ɓatar da lokaci mai yawa. A zamanin yau, babban daidaiton ƙananan injina na laser galibi yana da hannu a cikin kayan lantarki na masu amfani kamar wayar hannu wacce galibi ana yanke allon OLED ta hanyar ƙananan injina na laser.
A cikin shekaru 10 masu zuwa, kayan semiconductor za su zama masana'antar da ta fi muhimmanci. Sarrafa kayan semiconductor wataƙila zai iya zama abin ƙarfafa ci gaban ƙananan injin laser. Ana amfani da ƙananan injin laser galibi a matsayin gajeren injin ko kuma ƙaramin injin laser, wanda aka fi sani da ƙaramin injin laser. Saboda haka, tare da yanayin da ake amfani da shi wajen sarrafa kayan semiconductor, buƙatar sarrafa laser mai inganci zai ƙaru.
Duk da haka, na'urar laser mai inganci mai sauri tana da matuƙar buƙata kuma tana buƙatar a sanye ta da na'urar sarrafa zafin jiki mai inganci iri ɗaya.
Domin biyan buƙatun kasuwa na na'urar laser mai inganci ta cikin gida, S&A Teyu ta haɓaka na'urar sanyaya ruwa ta laser mai sake zagaye jerin CWUP wacce yanayin zafinta ya kai ±0.1℃ kuma an ƙera ta musamman don sanyaya na'urorin sanyaya ruwa masu sauri kamar na'urar laser femtosecond, nanosecond laser, picosecond laser, da sauransu. Nemi ƙarin bayani game da na'urar sanyaya ruwa ta laser jerin CWUP a https://www.teyuchiller.com/portable-water-chiller-cwup-20-for-ultrafast-laser-and-uv-laser_ul5
Muna nan a gare ku lokacin da kuke buƙatar mu.
Da fatan za a cika fom ɗin don tuntuɓar mu, kuma za mu yi farin cikin taimaka muku.
