Daga 24-27 ga Yuni, 2025, an gudanar da bikin baje kolin LASER World of PHOTONICS - babban baje kolin ciniki na duniya ga masana'antar photonics - a Cibiyar Baje Kolin Messe München da ke Munich, Jamus. Taron ya haɗu da manyan kamfanoni daga sassan fasahar optoelectronics don nuna sabbin fasahohin zamani da kuma bincika sabbin damammaki don haɓaka masana'antu. Baje kolin ya ƙunshi dakunan baje kolin guda shida a Messe München da Cibiyar Taron Duniya ta München (ICM), kuma ya kasance wani mataki na duniya don ci gaban fasahar photonics na zamani.
A matsayinta na wakiliya mai fice a fannin kera kayan gani na kasar Sin, Wavelength Optoelectronics ta samu karbuwa sosai a taron, inda ta bayyana sabbin nasarorin da ta samu a fannin bincike da ci gaban fasaha a fannoni uku masu muhimmanci: na'urorin hangen nesa na laser, na'urorin hangen nesa na infrared, da na'urorin hangen nesa na kayan lantarki na masu amfani.
A bikin baje kolin na wannan shekarar, Wavelength Optoelectronics ba wai kawai ta nuna ainihin kayan aikinta na laser ba - gami da ruwan tabarau na daukar hoto, na'urorin fadada haske, ruwan tabarau masu mayar da hankali, da na'urorin daukar haske masu karfin gaske - amma kuma ta gabatar da shirinta na farko na jerin ruwan tabarau na aspheric mai daidaito da fasahar zamani don gilashin chalcogenide na infrared. Waɗannan nunin sun nuna ƙarfin ƙira da ƙwarewar masana'antu na kamfanin a fannin gani, wanda ya jawo sha'awa sosai daga ƙwararru a fannoni daban-daban kamar sarrafa laser, semiconductors, kimiyyar rayuwa, tsaro da sa ido, tuƙi mai sarrafa kansa, da na'urorin lantarki na masu amfani da wutar lantarki.
Ƙwarewar fasaha da kuma karimcin da ƙungiyar Wavelength ta nuna wa baƙi sun fahimci tsarin samfurin da kuma hanyoyin magance matsalar da aka tsara musamman a masana'antar. Kayayyakin gani da aka nuna sun sami yabo mai kyau da kuma ra'ayoyi masu kyau daga mahalarta da suka wakilci kasuwannin duniya.
Don ƙarin bayani game da samfurin, da fatan za a iya barin saƙo ko a tuntuɓe mu kai tsaye.
Lokacin Saƙo: Yuli-02-2025