Bhalisela imidiya yethu yezenhlalo yokuthumela okusheshayo
Lokhu kukhishwa kwabezindaba kwezehlakalo zobuchwepheshe ze-pointer ye-laser eseduze ye-infrared, kugcizelela umthetho wayo wokusebenza, ukubaluleka kokunemba okuphezulu kwe-0.5mrad, kanye nobuchwepheshe obusha be-Ultra-omncane we-veim divergence. Ucwaningo luphinde luqokomise izici zomkhiqizo kanye nezinhlelo zalo ezinkambisweni ezahlukahlukene.
I-techrough yezobuchwepheshe ngokunemba futhi i-stealth
Izikhombisi ze-Laser sezinesikhathi eside ziqashelwa njengamadivayisi akwazi ukukhipha amandla okukhanya agxile kakhulu, asetshenziselwa ikakhulukazi ukuboniswa kwebanga elide noma akhanyiswayo. Ama-Laser ama-Laser Pointers, noma kunjalo, anqunyelwe ebangeni lawo elisebenzayo lokukhanyisa, ngokuvamile aweqi ngaphezu kwekhilomitha eyi-1. Njengoba ibanga likhuphuka, indawo ekhanyayo iyasakaza kakhulu, ngokufana okungaphansi kwama-70%.
Intuthuko yezobuchwepheshe yeLumispot Tech:
I-Lumispot Tech yenze intuthuko ehlabayo ngokufaka ubuchwepheshe be-Ultra-omncane we-Beam Divergence kanye namasu okufana nokukhanya. Ukuthuthukiswa kwesikhombisi se-laser esiseduze se-infrared nge-wavelength ka-808NM sekuguqule imboni. Akugcini nje ngokufaka inkomba yebanga elide, kepha ukufana kwayo kufinyelela cishe ku-90%. Le laser ihlala ingabonakali esweni lomuntu kepha ibonakala kahle kwimishini, iqinisekisa ukuqondiswa okuqondile ngenkathi kugcinwa i-stealth.
I-808NM eduze ne-laser pointe / inkomba evela ku-Lumispot Tech
Imininingwane Yomkhiqizo:
◾ Wavelength: 808nm ± 5nm
◾ Amandla: <1w
◾ Divergence Angle: 0.5mrad
Imodi yokusebenza ye-① Imodi: Iyaqhubeka noma icindezelwe
◾ Ukusetshenziswa kwamandla: <5w
Ukushisa okusebenzayo: 40 ° C kuya ku-70 ° C
Ukuxhumana: kungaba yibhasi
Ubukhulu: 87.5mm x 50mm x 35mm (Optical), 42mm x 38mm x 23mm (umshayeli)
Isisindo: <180g
Ileveli yokuvikelwa kwe- ◾: IP65
Izici ezibalulekile nezinzuzo
◾I-Superior Beam Unipromity: Idivaysi ifinyelela kufana no-90% we-beam, iqinisekisa ukuthi kunamalolongeni angaguquki kanye nokuqondisa.
Ilungiselelwe izimo ezimbi kakhulu: ngezindlela zayo zokuhlanza ukushisa okuthuthukile, i-laser pointer ingasebenza kahle emazingeni okushisa aze afike ku- + 70 ° C.
Izindlela zokusebenza eziguquguqukayo
Idizayini elungele ukukuthola okuzayo: Idizayini esezingeni elifanele ivumela ukuthuthukiswa okulula, ukuqinisekisa ukuthi idivaysi ihlala isengaphambili kobuchwepheshe be-laser.
I-Spectrum ebanzi yezicelo
Izicelo ze-laser pointer eziseduzane ziseduze, zispanning kusuka ekuvikelweni kokumaka okuhlosiwe kwethagethi emikhakheni yombango njengokwakhiwa kwezokwakha kanye nokuhlolwa kwendalo kwendawo yokuhlela okunembile. Isingeniso sayo sithembisa ukuletha ukunemba okuthuthukile kanye nokusebenza kahle emikhakheni ehlukahlukene, ukumaka isivikelo esibalulekile kubuchwepheshe obubonakalayo.
Izicelo ezahlukahlukene: Ngaphandle kokukhomba nje
Izicelo ezingaba khona ze-LUMISPOT tech's pointer ye-laser eseduze nendawo enkulu:
I-Defense nokuvikeleka: Ukusebenza okufihliwe lapho i-stealth ibaluleke kakhulu, lesi sikhombisi se-laser singasetshenziselwa ukumaka okuqondiwe ngaphandle kokuveza isikhundla so-opharetha ngaphandle kokuveza isikhundla se-opharetha.
◾ Ukucabanga kwezokwelapha: Ama-lasers asondelene ne-infrared angangena izicubu zomuntu, abenze babe yinto elungele izinhlobo ezithile zokucabanga kwezokwelapha.
◾ Ukuzwa okukude: ekuqapheleni kwezemvelo nokubukwa komhlaba, amandla okubhekisa izindawo ezithile nge-laser eseduze ne-infrared ingaqhakambisa ikhwalithi yedatha eqoqwe.
◾ Ukwakhiwa kanye nocwaningo: Kumaphrojekthi adinga ukunemba, njengokukhumulayo noma ukwakhiwa okuphezulu, isikhombisi esithembekile se-laser singabantu ababaluleke kakhulu.
◾ Ucwaningo kanye ne-Academia: Kwabacwaningi abasebenza kumaLabs noma othisha befundisa izimiso ze-Optics, le pointer ye-laser isebenza njengethuluzi elisebenzayo nedivayisi yokubonisa [^ 4 ^].
I-Lumuspot Tech inezixazululo zezinye izinhlelo ze-laser, inentshisekelo yokufunda kabanzi ngeyethuUkuzwa okukude, -esayensi yezokwelapha, kusuka, Ukusika kwedayimanena-I-Izithuthi LidarIzicelo.
Ukubheka phambili: Ikusasa lobuchwepheshe be-laser
Ukusungulwa kwe-Lumuspot tech emkhakheni wezobuchwepheshe be-laser eseduze ne-infrared kumane nje kuyisiqalo. Njengokufunwa kwe-Laser Solutions Eqondile, ethembekile, kanye ne-Stealthy I-Laser, inkampani izibophezele ukuhlala phambili kocwaningo nentuthuko. Ngeqembu elizinikezele lososayensi, onjiniyela, kanye nochwepheshe bezimboni, ubuchwepheshe be-lumuspot bulungele ukuhola igagasi elilandelayo lokuqamba ama-optical.
I-laser eseduze ne-infrared (NIR): I-FAQ ejulile
1. Yini eyenza ama-lasers aseduze (NIR) akhethekile?
A: Ngokungafani nama-lasers akhipha ukukhanya esikubonayo (njengokubomvu noma okuluhlaza), ama-nir lasers asebenza engxenyeni ethi "efihlekile esebenza endaweni eyingqayizivele, okubanikeza indawo okuhlukile kungaphazamisa.
2. Ingabe kunezinhlobo ezahlukene ze-NIR Lasers?
A: Impela. Njengasema-lasers abonakalayo, ama-NIR Lasers angahluka ngokuya ngamandla abo, indlela yokusebenza (njenge-wave eqhubekayo noma edonsa kanzima), ne-wavelength ethile.
3 Amehlo ethu ahlangana kanjani nokukhanya kwe-NIR?
A: Ngenkathi amehlo ethu engakwazi "ukubona" i-NIR ukukhanya, akusho ukuthi akunangozi. I-Cornea nelensi bavumela uNir adlule kahle, okungaba yinkinga njengoba i-retina ingakwazi ukumunca, okuholela ekulimaleni okungenzeka.
4. Buyini ubudlelwano phakathi kwe-NIR Lasers kanye ne-Fibre Optics?
A: Kufana nomdlalo owenziwe ezulwini. I-Silica esetshenziswe emicu emikhulu ye-opical icishe icace bha kuma-nir wavelengths, avumela amasiginali ukuba ahambe amabanga amade ngokulahleka okuncane.
5. Ngabe ama-NIR lasers atholakala kumadivayisi ansuku zonke?
A: Ngempela, kunjalo. Isibonelo, kungenzeka ukuthi i-TV yakho ikude isebenzise ukukhanya kwe-NIR ukuthumela amasiginali. Akubonakali kuwe, kepha uma ukhomba okukude kwikhamera ye-smartphone bese ucindezela inkinobho, uvame ukubona i-NIR LED Flash.
6. Yini le engiye ngawazwa nge-NIR ekwelashweni kwezempilo?
A: Kunentshisekelo ekhulayo yokuthi ukukhanya kwe-NIR kuthinta kanjani imizimba yethu. Olunye ucwaningo lubonisa ukuthi lungasiza ukusebenza kwamaselula nokululama, okuholela ekusetshenzisweni kwalo ekwelashweni kobuhlungu, ukuvuvukala kanye nokuphulukiswa kwezilonda. Kepha, kubalulekile ukukhumbula ukuthi akuzona zonke izinhlelo zokusebenza ezihlolwe kabanzi, ngakho-ke khuluma njalo nochwepheshe bezokunakekelwa kwempilo.
7. Ngabe kukhona okuphathelene nokuphepha okuhlukile okunezinkinga ze-NIR Lasers kuqhathaniswa nama-lasers abonakalayo?
A: Isimo esingabonakali sokukhanya kwe-NIR singakhanyisa abantu emqondweni wamanga wokuphepha. Ngoba nje awukwazi ukukubona akusho ukuthi akukho lapho. Ngama-NIR lasers aphezulu, ikakhulukazi, kubalulekile ukusebenzisa amehlo amehlo avikelayo bese ulandela amaphrothokholi wokuphepha.
8. Ngabe ama-NIR lasers anazo izicelo zemvelo?
A: Impela. I-NIR Spectroscopy, isibonelo, isetshenziselwa ukutadisha impilo yezitshalo, ikhwalithi yamanzi, kanye nokwakheka kwenhlabathi. Izindlela ezihlukile zezinto ezisetshenziswayo ezisebenzisana nokukhanya kwe-NIR zingatshela ososayensi kakhulu ngemvelo.
9. Ngizwile nge-saunas ethambile. Ngabe lokho kuhlobene nama-NIR Lasers?
A: Bahlobene ngokwemigomo ye-Light Spectrum esetshenzisiwe, kepha basebenza ngendlela ehlukile. I-saunas entekenteke isebenzisa izibani ezifakiwe ukufudumeza umzimba wakho ngqo. Ngakolunye uhlangothi, ama-lasers asemqoka, agxile kakhulu futhi anembile, evame ukusetshenziswa ezinhlelweni ezithile ezinjengalezo esixoxe ngazo.
10. Ngazi kanjani ukuthi i-NIR Laser ilungile kwiphrojekthi yami noma uhlelo lwami?
A: Ucwaningo, ucwaningo, ucwaningo. Njengoba kunikezwe izakhiwo ezihlukile nobubanzi bezinhlelo ze-NIR Laser application, ukuqonda izidingo zakho ezithile, amaphrothokholi okuphepha, kanye nemiphumela efunwayo kuzosiza ukuqondisa isinqumo sakho.
Izinkomba:
-
- UFekete, B., et al. (2023). I-Soft X-ray ar⁺⁸ laser ijabule ngokuphuma kwe-capillary ephansi.
- USanny, A., et al. (2023). Ngasekuthuthukisweni kokuzikhandla kwe-nulling interferometry Beam Bompaniner ye-asgard yensimbi ye-VLTI ukuthola ama-exoplanets.
- UMorse, PT, et al. (2023). Ukwelashwa okungahlaseli kokulimala kwe-Ischemia / REPERFUSION
- Khangrang, N., et al. (2023). Ukwakhiwa nokuhlolwa kwesiteshi sesikrini se-phosphor View yesikrini sokuqapha iphrofayili eguqukayo ye-elektroni e-Pecll.
- UFekete, B., et al. (2023). I-Soft X-ray ar⁺⁸ laser ijabule ngokuphuma kwe-capillary ephansi.
Nesitatimende:
- Ngale ndlela simemezela ukuthi izithombe ezithile eziboniswe kuwebhusayithi yethu ziqoqwe kwi-Intanethi naseWikipedia ngezinhloso zokuqhubekisela phambili ulwazi lwemfundo nokwabelana ngalo. Sihlonipha amalungelo obunikazi bempahla yabo bonke abadali bokuqala. Lezi zithombe zisetshenziswa ngaphandle kwenhloso yenzuzo yezentengiso.
- Uma ukholelwa ukuthi noma yikuphi okuqukethwe kusetshenziswe ukwephula amalungelo okushicilela, sicela uxhumane nathi. Sizimisele kakhulu ukuthatha izinyathelo ezifanele, okubandakanya ukususa izithombe noma ukuhlinzeka ngesimo esifanele, ukuze kuqinisekiswe ukuthobela imithetho nemigomo yempahla yobunikazi. Inhloso yethu ukulondolozela ipulatifomu ecebile kokuqukethwe, okulungile, kanye nokuhlonipha amalungelo abanye abantu abanengqondo.
- Please reach out to us via the following contact method， email: sales@lumispot.cn. We commit to taking immediate action upon receipt of any notification and ensure 100% cooperation in resolving any such issues.
Isikhathi Sokuthumela: Oct-31-2023