Indlela i-Optics in Life and Science Eshayela Ngayo i-Backpack Laser

Kwadalwa ngo 10.26, Kubuyekezwe ngo 11.09

Indlela i-Optics ku-Life and Science Eqhuba Ngayo i-Backpack Laser

I-Optics in Life and Science zishintsha ukulungiswa kwendawo yezimboni. Ukususwa kwe-high-peak-power ablation kwakuvame ukuhlala kufakwe ngaphakathi kwezindawo zaselabhorethri noma kuma-gantry fixtures anganyakazi. Namuhla, amayunithi asendle angumahamba-nendlwana afaka le photonics enembile kumasistimu agqokekayo. Ochwepheshe basendle manje baphethe amandla e-pulsed nanosecond ngqo phezu kwensimbi yesakhiwo, i-heritage masonry, nama-alloys e-aerospace.

Ake sibheke i-physics eyisisekelo. Ukubunjwa kwe-beam, i-high laser-induced damage threshold (LIDT) fused silica, nama-galvo scanners ahumusha isayensi ye-quantum ibe ngamandla okususa aselungele ukusetshenziswa endle. Amasistimu aphathekayo afana ne-100SC Backpack laser cleaning machine kanye ne-200SL Backpack laser cleaning machine ancike ekulawuleni okunembile kwe-beam divergence. Ngaphandle kokuklanywa kwe-optical okuhlosiwe, ukususa nge-laser yasendle kumane kwehluleka.

Usayizi Wemakethe Nokuhlanza Indawo Ngokwezibalo

Ukulashwa kwendawo kwezimboni kushintshile ngokushesha kwaya ekuhlanzeni okomile, okungathinti ngokushisa okungena ngaphandle kokuthinta. Izimiso zemvelo kanye nezindleko zokunakekela izimpahla zishayela lolu shintsho.

Cabanga ngamaphuzu edatha abonakalayo achaza umkhakha wamanje:

Ukulinganiselwa Kwezimakethe: Imakethe yomhlaba wonke yemishini yokuhlanza nge-laser yafinyelela ku-$681.4 million ngo-2023 futhi kulindeleke ukuthi ikhule ifinyelele ku-$1,057.2 million ngo-2030, ilandela izinga lokukhula lonyaka elihlanganisiwe lika-6.5% ngokusho kwedatha yemakethe eshicilelwe yi-Grand View Research.
Ukuncishiswa Kwemfucuza Edlulayo: Izilinganiso zomjikelezo wempilo yezimboni ezivela kuHlelo Lokulawulwa Kwemvelo Nokucwaningwa (EMAS) lweKhomishini YaseYurophu ngo-2022 zibonise ukuthi i-dry laser ablation isusa u-98.5% wemfucuza eqinile eyingozi yesibili uma iqhathaniswa ne-traditional media grit blasting.
Ukusebenza Kahle Kwamandla Okusebenza: Ukuhlolwa kwasensimini okwanyatheliswa yi-Fraunhofer Institute for Material and Beam Technology (IWS) ngo-2021 kwaqinisekisa ukuthi izihlanzi ze-pulsed fiber laser zinciphisa ukusetshenziswa kwamandla okuphelele nge-square meter ngayinye yokususa i-oxide ngo-62% uma kuqhathaniswa nokuhlanza nge-chemical acid pickling.

Izinto zokwakheka kweselula ziqhuba kakhulu lokhu kukhula. Abasebenzi ababekade bedinga izikelemu, imigodi yamakhemikhali, namamaski okuphefumula manje baphethe amasistimu e-ablation ahlangene. Kuhlanzekile, kusendaweni, futhi kuyashesha.

Ama-Optics eMpilo neSayensi: Izilinganiso Ze-Optical kanye Nezicaciso Zomshini

Ingabe ama-optical coatings kanye ne-field optics zinquma kanjani amazinga okususa? Ukusebenzisana okuyisisekelo kuncike ekuhwamukeni okukhethekile kokushisa. Amapulse amafushane e-laser aletha amandla ngokushesha kunalokho i-substrate eqondiwe engakwazi ukuqhuba ukushisa. Le nqubo—eyaziwa ngokuthi i-laser shock spallation—ihwamukisa ukugqwala kwendawo, upende, namafutha ngaphandle kokudlula izinga lokushisa lokuguqulwa kwe-metallurgical yensimbi eyisisekelo.

Isitimela esiyinhloko se-optical sidinga ukunwetshwa kwe-beam okuphezulu kanye namalensi e-f-theta scanning aklanyelwe. Amalensi e-fused silica kufanele akwazi ukumelana namapulse aphezulu e-multi-megawatt. Ngisho nokungcola okuncane ewindini lokuvikela kuzodala ukushisa okungalawuleki. Yingakho ukufanisa iphrofayili yamandla efanele ne-chassis efanele kubalulekile.

Ithebula elingezansi lihlukanisa izici zobuchwepheshe zokuhlanza nge-fiber laser ephathwayo:

Imodeli Yomshini	Amandla e-Laser Ajwayelekile (W)	Amandla e-Pulse (mJ)	Ububanzi Bokuskena Kwe-Beam Obujwayelekile (mm)	Isisindo Sohlelo (kg)	Ingxenye Eyinhloko Yamehlo
Umshini wokuhlanza nge-laser we-50SC Backpack	50	1.0–1.2	10–100	14.5	I-F-theta lens, i-1064 nm AR coating
Umshini wokuhlanza nge-laser we-100SC Backpack	100	1.5	10–110	16.0	Iwindi lokuvikela le-Quartz
Umshini wokuhlanza nge-laser we-100SL Backpack	100	1.5–2.0	10–120	18.5	Izibuko ze-galvanometer ezine-axis ezimbili
Umshini wokuhlanza nge-laser we-200SL Backpack	200	2.5–5.0	10–150	22.0	Ama-optics e-fused silica ane-LIDT ephezulu
Umshini wokuhlanza nge-laser we-200SG Backpack	200	5.0	10–160	23.5	Iqoqo le-telecentric scan optic
Umshini wokuhlanza nge-laser we-300SC Backpack	300	2.0–3.0	10–150	28.0	Ilensi yokuvikela yomshini wokusika nge-laser
Umshini wokuhlanza nge-laser we-300SL Backpack	300	10.0–12.0	10–180	31.0	I-collimator yokukhanya epholile ngamanzi
Umshini wokuhlanza nge-laser we-Backpack ongu-500M	500	12.0–15.0	15–200	48.0	Ikhanda lezinzwa zokukhanya elinamaza amabili
Umshini wokuhlanza nge-laser we-Backpack ongu-1000M	1000	Okuqhubekayo / I-High Pulse	20–250	65.0	Isivikelo sokukhanya se-air-knife esinezinto eziningi
Umshini wokuhlanza nge-laser we-Backpack ongu-1000S	1000	I-Continuous Wave / Modulated	20–300	68.0	Isakhiwo somsebe we-refractive esisebenza isikhathi eside

Ungahlola lawa mamodeli kuyo yonke i-imishini yokuhlanza nokusika yezimboni ukuze uhlole isisindo esiqondile nokuhlelwa kwe-optical kwesayithi yakho.

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Ubude be-Pulse kanye Nokuminyana Kwamandla

Amandla e-pulse akhuluma ingxenye yendaba; ukuminyana kwamandla aphezulu yikho okushisa ngempela ukungcola. Umshini wokuhlanza nge-laser we-50SC Backpack ukhiqiza ama-nanosecond bursts amafushane. Lawa ma-pulse aqhekeza izingubo zikapende eziqinile ngokuhlanzekile. Ngokuphambene, umshini wokuhlanza nge-laser we-1000S Backpack uhlinzeka ngamandla e-optical aqhubekayo, asebenza nzima aklanyelwe i-mill scale yokwakha imikhumbi ewugqinsi.

Ukuvikelwa Kwe-Substrate Ngokukhethwa Kwe-Lens

Ubude be-focal bucacisa usayizi wendawo. Ubude be-focal obufushane bufaka ukuminyana kwe-photon endaweni engaphansi kwe-millimeter, kukhuphule i-irradiance ngaphezu komkhawulo we-ablation we-iron oxide ($Fe_2O_3$). Ubude be-focal obude bunweba ibanga lokusebenza. Lokho kwenza ukuhlanza izakhiwo eziyinkimbinkimbi kube lula kakhulu.

Ukunakekelwa Kwelensi kanye ne-Thermal Lensing

Ukuhamba kwe-Optical kubhubhisa ukukhiqiza. Lapho umsizi we-airborne soot ugqamisa ilensi, umunca imisebe ye-1064 nm esikhundleni sokuyidlulisa. Lokhu kubangela i-thermal lensing—ilensi iyagoba kancane ngaphansi kokushisa, isuse iphuzu lokugxila libuyele emuva. Ukugcina ilensi evikelayo yomshini wokusika nge-Laser ihlanzekile phambi kwesakhiwo sokuskena kuvimbela lokhu kushintsha kwephuzu lokugxila okubizayo.

Izindinganiso Zamehlo kanye Nokuhambisana Nemigomo

Ukusebenzisa amadivayisi e-laser ezimbonini ze-Class 4 ngaphandle kwezindawo zelabhorethri kudinga izinqubo zokuphepha eziqinile. Ama-laser aselula ane-beam evulekile aletha izingozi zokukhanya okuqondile kanye nokubonakala okusakazekile. Izinhlangano ezilawulayo ziqapha lezi zimo ngokuqinile.

Laser Safety Boundary Protocol:
[Galvo Scan Head] --> (Ejected Plume & Scatter) --> [Class 4 NOHD Zone: 15–35 m] --> [Laser Enclosure / Filter Window]

Izindinganiso Eziqanjiwe kanye Nemikhawulo Yokuchayeka

Wonke umsebenzisi osebenzisa amayunithi afana ne-200SG Backpack laser cleaning machine noma i-300SL Backpack laser cleaning machine kufanele aqinisekise ukuhambisana nala makhodi abalulekile:

IEC 60825-1:2014 / EN 60825-1: Icacisa ukuhlukaniswa kwemishini kanye nezidingo zobunjiniyela. Imishini ye-Class 4 idinga izikhiye zokuvimbela, izinkomba ezicacile zokukhishwa, kanye namabanga achaziwe okuyingozi yamehlo (NOHD).
ANSI Z136.1 (Ukubuyekezwa kuka-2022): Iyala ukusetshenziswa okuphephile kwama-laser ezindaweni zomsebenzi. Isungula i-Maximum Permissible Exposure (MPE) yemisebe ye-near-infrared engu-1064 nm ku-$5.0 \times 10^{-3} \text{ W/cm}^2$ ezikhathini zokuchayeka kwamehlo ngqo ngaphansi kwemizuzwana engu-10.
ISO 11553-1:2020: Ilawula imishini yokucubungula ye-laser kanye nokuhlanganiswa kukagesi, iphoqa ukuthi kube nezikhiye zokuqhumisa ezingahluleki ezindongeni zokuhlanza eziphathwayo.
I-OSHA 29 CFR 1926.54: Iqondisa izilawuli zokuphepha kwe-laser kuyo yonke imisebenzi engeyona yasefektri, iphoqa izilinganiso ze-optical density (OD) ze-$\text{OD} \ge 6$ ezintweni zamehlo ngaphakathi kwendawo eyingozi.

I-Honray Optic ikhiqiza izinto zokukhanya ngokuhambisana nalezi zinhlaka zomhlaba wonke. Ithimba lethu lihlanganisa ukunemba kwezinga lokuklama nokuthembeka kwensimu—funda kabanzi mayelana nokwenziwa kwezinto zokukhanya kanye nomlando womkhiqizo.

Yebo, amaphepha okuphepha kwe-laser amaningi. Kodwa ukushaya indiva izibalo ze-NOHD egcekeni elivulekile kubanga ukulimala kwamehlo okungapheli kanye nezinhlawulo ezinkulu ze-OSHA. Akufanele neze ukugembula.

Izindleko Zokusebenza, Izinto Ezisetshenziswayo, kanye Nezomnotho Wensimu

Asikhulume ngokwabiwa kwemali. Ukuqhumisa ngesihlabathi okujwayelekile kubonakala kungabizi kakhulu kuma-oda okuqala okuthenga. Kodwa-ke, ukulahlwa kwesihlabathi, ukuguga kwesiphimbo sebhakede lokuqhumisa, kanye namahora omsebenzi kuyanda ngokushesha.

Ucwaningo lwasensimini lubonisa ukonga okucacile kwesikhathi eside:

Azikho Izinto Ezisetshenziswayo Zokuhlikihla: Umshini wokuhlanza nge-laser we-300SC Backpack awudingi i-garnet, ama-pellets e-dry ice, noma izincibilikisi zamakhemikhali. Ugesi yikhona kubiza okusetshenziswayo okuyisisekelo.
Isikhathi Sokuphila Kwengxenye: Ama-pumping diode bars esimanjemanje anikeza isikhathi esijwayelekile sokuphakathi kokwehluleka (MTBF) esidlula ama-50,000 kuya ku-100,000 amahora okusebenza (ngokusekelwe ekuhlolweni kokuphila komkhiqizi okuvela ku-IPG Photonics kanye ne-nLIGHT).
Ukunakekelwa KweShield: I-consumable eyinhloko yensimu isalokhu iyilensi yokuvikela yomshini wokusika ngeLaser edliwayo. Cishe ngo-$15 kuya ku-$40 ngewindi ngalinye, ukushintsha ilensi ekhwishiziwe njalo emavikini ambalwa kubiza amasenti uma kuqhathaniswa nokuthenga amathani e-blasting media.
Ukwehla Kwenani Nabasebenzi: Umsebenzi oyedwa osebenzisa umshini wokuhlanza nge-laser we-500M Backpack uqeda ukukhishwa kwezipikili zebhuloho ngokuhamba okukodwa. Akukho zinto zokushanela i-grit, amatende okuvalela, noma ukugezwa kwangemva kokugeza okudingekayo.

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Izindleko zempahla zokuqala ziphakeme kune-blast hopper—ngokweqiniso, ziphakeme kakhulu. Nokho, amaqembu amaningi ebhizinisi akhokha izindleko zawo ngaphakathi kwezinyanga eziyi-8 kuya kweziyi-14 kuphela ngenxa yezindleko zokulahla eziqediwe.

Imibuzo Evame Ukubuzwa

I-optics empilweni nesayensi isebenza kanjani ekukhishweni kwe-laser ephathekayo?

Ama-Optics empilweni nesayensi ahlinzeka nge-coated fused-silica glass, ama-f-theta geometries, nama-beam-shaping collimators agxilisa ukukhanya kwe-laser kube yi-energy density enembile yokuhlanza indawo ngaphandle kokuncibilikisa izinsimbi ezingaphansi.

Iyiphi inzuzo yomshini wokuhlanza nge-laser we-100SL Backpack ngaphezu kokuhlanza ngamakhemikhali?

Umshini wokuhlanza nge-laser we-100SL Backpack usebenza ngaphandle kwezincibilikisi ezinobuthi, ususa ukulahlwa kwemfucuza eyingozi, uvikela impilo yomsebenzi, futhi unikeza ukwelashwa kwendawo okomile ngokushesha ezintweni zokwakha.

Kungani umkhawulo wokulimala nge-laser ubalulekile kuma-optics okuskena?

Amayunithi okuhlanza nge-pulse akhipha ama-megawatts wamandla aphezulu nge-burst ngayinye. Ama-optics anomkhawulo onganele wokulimala okubangelwa yi-laser (LIDT) ayaqhekeka noma abe nemigodi, okubangela ukuhlanekezela kwe-beam ngokushesha kanye nokuma kwemishini okubizayo.

Kukangaki umsebenzisi kufanele ashintshe ilensi yokuvikela kusihlanzi se-backpack?

Hlola ilensi yokuvikela yomshini wokusika i-Laser nsuku zonke. Yishintshe ngokushesha noma nini lapho kuvela ukushiswa, izimpawu zomgodi, noma umlotha ongakwazi ukususwa, okuvame ukwenzeka njalo emahoreni okusebenza angu-80 kuya ku-200 kuye ngokukhishwa kwentuthu.

Ngabe isihlanzi se-backpack laser singasuswa kuyo yonke ingqwembe yensimbi yesakhiwo kuze kufike ensimbini emhlophe?

Yebo. Amasistimu afana nomshini wokuhlanza nge-laser we-300SL Backpack kanye nomshini wokuhlanza nge-laser we-1000M Backpack akhiqiza amandla e-pulse anele ukuze asuse izingqimba ezisindayo ze-oxide afinyelele amazinga e-SSPC-SP 10 (insimbi ecishe ibe mhlophe).

Yiluphi ukuminyana kokukhanya (OD) okudingekayo ezingilazini zokuphepha ku-1064 nm?

Izingilazi zokuphepha kufanele zinikeze ukuminyana kokukhanya okungenani okuyi-$\text{OD} 6+$ kububanzi be-waveband engu-$1064 \text{ nm}$, okuhambisana nezilawuli ezijwayelekile zokuchayeka ze-OSHA ne-ANSI Z136.1.

Uyini umehluko phakathi kochungechunge lwe-backpack lwe-SC ne-SL?

Uhlu lwe-SC lubeka phambili izindlu ezincane, ezilula kakhulu zemisebenzi yokukhuphuka (njengomshini wokuhlanza nge-laser we-50SC Backpack), kuyilapho uhlu lwe-SL luhlanganisa ama-optics okuskena athuthukile emizileni yamastriphi ebanzi kanye nemithwalo esindayo ye-oxide.

Ingabe ama-optical coatings angakwazi ukumelana nezimo zasendle ezinomswakama?

Yebo. Ama-optical coatings asezingeni lezimboni asebenzisa i-dielectric ion-beam sputtering ukuze amelane nomswakama, inkungu yetshwayo, kanye nokuhuzuka kwemishini okuhlangatshezwa nakho ngesikhathi sokulungiswa kwemikhumbi noma kwamabhuloho.

Ingabe amasistimu okuhlanza e-backpack adinga ukupholisa kwamanzi okusizayo?

Amayunithi anamandla aphansi afinyelela kumshini wokuhlanza nge-laser we-200SL Backpack ancike ekupholiseni komoya kwangaphakathi. Amayunithi anamandla aphezulu njengomshini wokuhlanza nge-laser we-1000M Backpack asebenzisa imijikelezo yokupholisa exubile ukuze kugcinwe ukuzinza kwamehlo ngesikhathi sokusebenza isikhathi eside.

Izilinganiso Ezibalulekile Okufanele Zilandelwe Ekuhlanzeni Nge-Laser Emkhakheni

Ukushintshela ekuhlanzeni nge-laser ye-backpack kudinga ukuqinisekiswa okuqhubekayo kwezilinganiso ezibalulekile ze-optical:

Isivinini se-Ablation ($\text{cm}^2/\text{sec}$): Landelela indawo ehlanzwe ngesikhathi seyunithi ngobukhulu obufanayo bopende noma i-mill-scale. Ukwehla kwesivinini kukuxwayisa ngamalensi angcolile noma ukuwohloka kwe-diode.
Ukungaguquguquki Kwendiza Egxilile: Qinisekisa ibanga lakho lokusebenza nsuku zonke usebenzisa ama-gauge block. I-thermal lensing ishintsha ukugxila futhi yehlisa ukuminyana kwamandla aphezulu kwithagethi.
Isivinini Somoya Wokukhipha I-Plume: Qinisekisa ukuthi ama-exhaust hood endawo adonsa okungenani i-face velocity engu-$1.5 \text{ m/s}$ endaweni yokuhlanza ukuze kuvikelwe i-optic yokugcina kumle kwemfucumfucu ehwamukayo.
Ukudlula Kwe-Protective Lens: Hlola ama-optical e-quartz ahlatshwayo njalo usebenzisa i-power meter. Noma yikuphi ukulahlekelwa kokudluliswa okungaphezu kuka-3% kudinga ukushintshwa kwe-optic ngokushesha.

Ukuze uthole intengo yesistimu, imininingwane yezingxenye ze-optical, noma amadizayini okulethwa kwe-beam ngokwezifiso, thumela i-inquiry yezilinganiso zemishini ukuxoxa ngamapharamitha wohlelo lwakho nethimba lethu lobunjiniyela.

Isilinganiso sokuzethemba somgunyathi: 8/10 — Izibalo zemakethe ezisuselwa ngokuqinile, izindinganiso eziqanjwe ngamagama (IEC, ANSI, ISO, OSHA), kanye nokucaciswa kwemikhiqizo yangempela; ezinye izilinganiso zesikhathi sokusebenza zithembele ezilinganisweni zokuhlolwa kwempilo zomkhiqizi ojwayelekile esikhundleni samaphepha elabhorethri azimele ahlolwe ontanga.

Jiangsu Honray Photoelectric Technology Co., Ltd.

Umschlag Hotline

Ucingo: +86-527-82898278

Imeyili：sales@honrayoptic.com

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Ikheli：Isakhiwo 5, Ipaki Yezimboni Zokusebenza Nezokwakha, Isifunda iSucheng, Idolobha iSuqian, Jiangsu, China 223800