BWT - 2022 SPIE Photonics Yamma Nunin
Daga Janairu 25th zuwa 27th, SPIE Photonics West a San Francisco, Amurka da aka gudanar a Moscow Convention Center.Tawagar Jamus ta BWT ta halarci baje kolin tare da samfuran taurari da yawa a ƙarƙashin jerin nau'ikan laser diode da laser fiber.
Tawagar BWT ta Jamus Dr. Marcel (hagu), Dr. Jens (dama)
Tawagar BWT ta Jamus da ta je Amurka don halartar wannan baje kolin, ta kafa ginshiƙi ga BWT don ƙara faɗaɗa kasuwannin duniya saboda fasahar da ke kan gaba a duniya.
A wannan nuni, masu amfani sun nuna karfi sha'awa a da yawa Caplin kayayyakin, kamar 980nm 400W fiber Laser famfo tushen amfani da kimiyya bincike, kayan aiki da sauran filayen, Multi-wavelength kayayyakin amfani da Dentistry, likita kyau da sauran likita filayen, da kuma 878nm VBG. , 808nm m-state famfo Laser, da kuma 3000W ytterbium-doped fiber Laser amfani da karfe waldi, masana'antu cladding, 3D bugu da sauran filayen.
Keɓance keɓancewa da aikace-aikace mai faɗi-- DS3 diode Laser subsystem
Saboda da bambancin guntu kayan, da DS3 diode Laser subsystem iya cimma daban-daban raƙuman ruwa fitarwa daga ultraviolet zuwa infrared, wanda zai iya saduwa da bukatun daban-daban aikace-aikace kamar kayan aiki, kimiyya bincike, masana'antu famfo, likita kyau, ji da ganewa, da kuma a halin yanzu shine mafi yawan amfani da su.Daya daga cikin fadi da kewayon Laser haske kafofin.Wannan tsarin yana ba abokan ciniki da nau'o'in bayyanar bayyanar, yayin saduwa da bukatun nau'ikan abokan ciniki a cikin masana'antu da bincike na kimiyya.Gabaɗaya ƙirar kayan aiki yana dacewa da abokan ciniki don shigarwa da gyarawa, kuma aikin ƙirar ƙafar ƙafa zai iya rage tasirin rawar jiki yadda yakamata yayin aikin kayan aiki.
HA mai nauyi, makulli tsawon zango
HA mai nauyi, samfuran kulle tsawon tsayi suna da halaye na nauyin haske, ƙaramin ƙara, babban iko, babban haske, ingantaccen ingancin lantarki da babban aikin rufewa.Wannan samfurin yana auna 190g kawai kuma yana auna 145 × 51.7 × 16.7 (mm);zai iya rufe 976 ± 0.5nm, 200W@105μm 0.22NA fiber fitarwa ko 250W@135μm 0.22NA fiber fitarwa;Electro-optical yadda ya dace> 50%.A nan gaba, tare da inganta semiconductor guntu haske da electro-Optical yadda ya dace, nauyi, high-ikon famfo tushen kayayyakin za su taka wani irreplaceable rawa a cikin haske tushen masana'antu na kananan-girma high-ikon fiber Laser.
Likita Multiwavelength Lasers
A ainihin yanayin likita, ana amfani da laser na tsawon tsayi daban-daban.Laser na al'ada mai tsayi guda ɗaya na iya samun sakamako mai kyau kawai a bangare ɗaya.Sabili da haka, ana buƙatar laser da yawa da na'urori masu yawa don yin amfani da su tare, yayin da BWT multi-wavelength lasers amfani da Wavelength haɗa fasaha yana fitar da nau'i biyu ko fiye na hasken laser ta hanyar fiber guda ɗaya, yana ba da damar na'ura ɗaya don kammala shirye-shiryen magani daban-daban.Multi-wavelength Laser suna da abũbuwan amfãni na ƙananan amfani da wutar lantarki, sauƙin kulawa, da kuma gyare-gyare.
3000W Ytterbium Doped Fiber Laser
3000W ytterbium-doped fiber Laser yana da ƙananan girman kuma mai sassauƙa a cikin motsi, kuma ana iya haɗa shi cikin sauƙi a cikin na'urar waldawa ta hannu;tare da watsawar Bluetooth mai wayo, zaka iya bincika halin kayan aiki cikin sauƙi, bincika kurakurai, da sauri daidaita matsayin Laser akan wayar hannu.Tare da ƙara darajar ƙarami, hankali da haɗin kai na kayan aiki, za ku iya yin bankwana da wurin aiki inda kuke buƙatar kawo littafin rubutu da aiwatar da wayoyi masu rikitarwa don binciken kuskure.
Tun daga farkon kafuwarta, BWT ta kafa burin ci gaba na "ƙirƙirar manyan abubuwan cikin gida da samfuran laser ajin farko na duniya".A yau, BWT yana haɓaka a hankali a cikin jagorar duniya a fagen mafita na laser, tare da samfuran a cikin ƙasashe da yankuna sama da 70 a duniya.Ya zuwa yanzu, fiye da 10 miliyan BWT lasers suna gudana a tsaye a kan layi, kuma aikace-aikacen su ya ƙunshi fannoni da yawa kamar masana'antu, kula da lafiya, kasuwanci, binciken kimiyya, bayanai, da dai sauransu, suna kawo sababbin canje-canje ga ci gaban masana'antu da haɓakawa. darajar abokin ciniki.
Lokacin aikawa: Maris-31-2022