Il mercato dei grigliati in fibra di Bragg è stato valutato a 1.500,6 milioni di dollari nel 2021 e si prevede che crescerà a un CAGR del 25,7% durante il periodo di previsione dal 2021 al 2028 per raggiungere 7.435,3 milioni di dollari entro il 2028.
< p>FBG è principalmente un sensore di deformazione e temperatura e, quindi, viene utilizzato come sensore per ottenere misurazioni di carico, temperatura, deformazione, inclinazione, vibrazione, pressione e spostamento. Aiuta inoltre a misurare la presenza di diverse sostanze biomediche, chimiche e industriali in modalità operativa sia dinamica che statica. Il reticolo in fibra di Bragg è progettato per resistere a qualsiasi intenso stress meccanico, elettrico ed elettromagnetico. Hanno una struttura stabile, che li rende ideali per applicazioni di telecomunicazioni, tra cui aggiunta/rimozione, filtri, multiplexing a divisione di lunghezza d'onda densa, mux/demux e laser. I sensori a reticolo di Bragg in fibra vengono implementati per individuare le variazioni di vibrazione, temperatura e suono negli aerei e nei suoi componenti. Con i continui sviluppi tecnologici e la diminuzione dei costi dei dispositivi e delle apparecchiature di telecomunicazione, gli FGB vengono ora utilizzati come sensori. Il reticolo in fibra di Bragg viene utilizzato per diversi scopi, tra cui il monitoraggio della salute strutturale o della deformazione di strutture ingegneristiche come passerelle, ponti, grattacieli, dighe e ali di aerei; monitorare il comportamento di strumenti di precisione di altissima qualità, telescopi ottici, strumenti chirurgici robotici e altro ancora; e misurare le deformazioni a livello nanometrico nelle strutture che portano all'inizio di crepe. Ingegneria civile e geotecnica; produzione, conversione, stoccaggio dell'energia; sicurezza e monitoraggio perimetrale; trasporto commerciale; imbarcazioni da spettacolo, veicoli, attrezzature; e medico & biotech sono alcune applicazioni aggiuntive in cui vengono utilizzati i reticoli in fibra di Bragg. Con l'aumento delle applicazioni dei grigliati in fibra di Bragg a livello globale, anche il loro tasso di adozione è in forte espansione, il che, a sua volta, sta trainando il mercato.
Impatto della pandemia di COVID-19 su Mercato dei grigliati in fibra di Bragg
La pandemia di COVID-19 ha scosso diversi settori. L’enorme crescita della diffusione del virus ha spinto i governi di tutto il mondo a imporre severe restrizioni ai veicoli e ai movimenti umani. A causa dei divieti di viaggio, dei blocchi di massa e delle chiusure delle attività commerciali, la pandemia ha colpito economie e innumerevoli industrie in vari paesi. L’imposizione del blocco ha comportato una minore produzione di materie prime, beni e servizi. Settore manifatturiero, automobilistico, dei semiconduttori e dell'elettronica, petrolifero e industriale. i settori del gas, dell’estrazione mineraria, dell’aviazione e altri settori hanno assistito a un calo delle loro attività a causa della chiusura temporanea delle attività. Anche gli operatori del mercato del grigliato in fibra di Bragg hanno registrato un rallentamento dei volumi perché gli impianti di produzione operavano con una forza lavoro limitata. Ciò ha avuto un impatto negativo sul mercato dei grigliati in fibra di Bragg.
Mercati regionali redditizi per i fornitori di grigliati in fibra di BraggApprofondimenti sul mercato dei reticoli in fibra di Bragg
Crescente adozione dei reticoli in fibra di Bragg grazie ai loro vantaggi
Gli FBG vengono sempre più adottati in numerose applicazioni, grazie ai loro vantaggi come la misurazione assoluta diretta, la capacità unica di multiplexing della lunghezza d'onda e la non conduttività. Inoltre, sono elettricamente passivi e immuni al rumore indotto dalle EMI. Il montaggio dei sensori con reticolo in fibra di Bragg è simile a quello dei misuratori convenzionali. Inoltre, sono disponibili in diverse opzioni di montaggio e fattori di forma. Quando il reticolo in fibra di Bragg viene utilizzato con un laser sintonizzabile ad alta potenza, è possibile eseguire misurazioni su lunghe distanze con una perdita minima o nulla nell'integrità del segnale. Inoltre, ogni canale ottico può misurare dozzine di sensori con reticolo di Bragg in fibra, a differenza dei sistemi di rilevamento elettrici. Ciò, a sua volta, riduce le dimensioni, la complessità e il peso dei sistemi di misurazione. Inoltre, poiché il reticolo in fibra di Bragg fornisce una misurazione assoluta diretta rispetto ai vecchi sistemi elettrici e convenzionali. sensori in fibra alternativi, utilizzati in ambito medico, aeronautico, di ricerca e di ricerca. applicazioni di sviluppo, industriali e di telecomunicazione. Pertanto, grazie ai vantaggi dei reticoli in fibra di Bragg, il loro tasso di adozione è in forte espansione, il che rappresenta un altro fattore trainante per il mercato delle fibre di Bragg.
Approfondimenti di mercato basati sul tipo< /p>
L'emergere dei sensori ha trasformato la catena di fornitura di vari settori poiché la tecnologia ha ridotto drasticamente gli sforzi manuali, ha migliorato la precisione e ha consentito di risparmiare una notevole quantità di tempo. Inoltre, la tecnologia ha aperto la strada all’automazione. La maggior parte dei sensori sono elettrici, necessitano di una fonte di alimentazione e sono vulnerabili alle onde elettromagnetiche, il che potrebbe portare al guasto del sensore. I sensori con reticolo in fibra di Bragg utilizzano una struttura con riflettore di Bragg distribuito, che riflette una particolare lunghezza d'onda della luce. Questi sensori sono in grado di rilevare variazioni di temperatura, sollecitazioni e fluttuazioni di pressione. Offrono una maggiore precisione e una stabilità più lunga. Inoltre, sono compatti. A causa di questi fattori, i sensori con reticolo in fibra di Bragg sono tra i sensori più preferiti nelle applicazioni di misurazione, monitoraggio e rilevamento in vari settori come quello petrolifero e industriale. gas, aerospaziale, energia, telecomunicazioni, civile e trasporti.
Mercato dei reticoli in fibra di Bragg, per applicazione: 2020 e 2028Approfondimenti strategici
Gli attori che operano nel mercato dei grigliati in fibra di Bragg si stanno concentrando su strategie come fusioni, acquisizioni e iniziative di mercato per mantenere le loro posizioni sul mercato. Di seguito sono elencati alcuni sviluppi dei principali attori:
- Nel 2020, Luna Innovation Incorporated ha firmato un accordo da 6,2 milioni di dollari con Lockheed Martin per estendere la propria partnership a lungo termine rapporto, che ha portato allo sviluppo di nuovi prodotti di misurazione ottica, che garantiscono che la flotta globale di aerei F-35 sia pronta per il servizio.
- Nel 2018, Proximion AB ha stipulato una partnership di sviluppo per l'industrializzazione della fibra sistemi di rilevamento ottico con SKF. Le due aziende stanno lavorando insieme per combinare la tecnologia di rilevamento dei cuscinetti in fibra ottica della SKF con l'esperienza e le conoscenze di Proximion nell'integrazione delle applicazioni nello sviluppo e nella produzione di sensori avanzati in fibra ottica e unità hardware per la raccolta dati.
Il mercato globale dei reticoli in fibra di Bragg è stato segmentato come segue:
Mercato globale dei reticoli in fibra di Bragg: per tipo- Sensore FBG
- Filtro FBG e altri
- Rilevamento
- Misurazione
- Monitoraggio e altri
- Telecomunicazioni
- Aerospaziale
- Energia e servizi pubblici
- Trasporti
- Altro Europa
- Francia
- Germania
- Italia
- Russia
- Regno Unito
- Resto dell'Europa
- Asia Pacifico (APAC)
- Cina
- India
- Giappone < li>Australia
- Corea del Sud
- Resto dell'APAC
- Arabia Saudita
- Emirati Arabi Uniti
- Sudafrica
- Resto del MEA
- Brasile
- Argentina
- Resto della SAM
;
Profili aziendali
- AOS GmbH
- Alnair Labs Corporation
- FBGS Technologies GmbH
- HBM Fibersensing SA
- ITF Technologies
- Ixblue Photonics
- Micron Optics
- Proximion AB
- Technica
- TeraXion
Report Coverage
Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends
Segment Covered
This text is related
to segments covered.
Regional Scope
North America, Europe, Asia Pacific, Middle East & Africa, South & Central America
Country Scope
This text is related
to country scope.
Frequently Asked Questions
FBGs are being increasingly adopted across numerous applications, owing to their advantages such as direct absolute measurement, unique wavelength multiplexing capability, and no conductivity. Moreover, they are electrically passive and immune to EMI-induced noise. The fiber bragg grating sensors mounting is like conventional gages. Also, they are available in different mounting options and form factors. When fiber bragg grating are used with high power tunable laser, they can conduct the task of measurements over long distances with minimal or no loss in signal integrity. In addition, every optical channel is capable of measuring dozens of fiber bragg grating sensors, unlike electrical sensing systems. Hence, due to the advantages of fiber bragg grating, their adoption rate is booming, which is another driving factor for the market.
Since, production cost of fiber bragg grating is high which restricts their production, need to develop advanced technologies resulting in lower production cost is vital. Thus, to overcome the challenges faced by traditional production method indulging high cost of fiber bragg grating, automated systems are developed. To fulfill the requirement of flexible manufacturing of high-quality, cost-effective, and consistent fiber bragg grating on a production basis, Sweden-based Northlab Photonics developed an automated fabrication system. Hence, the new automated system simplifies the activity of a system integrator and thereby is projected to ease the fabrication procedure of fiber bragg grating and will continue to provide lucrative growth opportunities to the manufacturers of fiber bragg grating and its users.
The global fiber bragg grating market, by type, is bifurcated into FBG sensor and FBG filter and others. The FBG Sensor segment led the fiber bragg gratings market with a share of 71.2% in 2020. It is further expected to account for more than 70% of the total market by 2028. The emergence of sensors has transformed the supply chain of various industries as the technology drastically reduced manual efforts, improve accuracy, and saved a substantial amount of time. Moreover, the technology also paved the way for many automation. Owing to these factors the fiber bragg grating sensors is among the most preferred sensor in measuring, monitoring, and sensing application across various industries such as oil and gas, aerospace, power, telecommunication, civil, transportation, and others.
Based on industry, the fiber bragg grating market is segmented into telecommunication, aerospace, energy and utilities, transportation, and others. The telecommunication segment led the fiber bragg grating market with a share of 32.1% in 2020. It is further expected to account for more than 25% of the total market by 2028. The fiber bragg grating is among the major technology which is been used in the telecommunication industry for the deployment of optical networks. Moreover, fiber bragg grating has significant application in test and measurement equipment used in the telecommunication industry.
AOS GmbH; Alnair Labs Corporation; FBGS Technologies GmbH; HBM Fibersensing S.A.; ITF Technologies; Ixblue Photonics; Micron Optics; Proximion AB; Technica are the key companies in the fiber bragg grating market.
North America led the fiber bragg grating market in 2020. Stringent regulatory laws governing passenger safety, as well as the region's rapidly growing aerospace sector, are driving the fiber bragg grating market in North America. The North American area accounts for about half of the global aerospace market, which is driving the market for fiber bragg grating in the region.
The List of Companies - Fiber Bragg Grating Market
- AOS GmbH
- Alnair Labs Corporation
- FBGS Technologies GmbH
- HBM Fibersensing S.A
- ITF Technologies Inc.
- Ixblue Photonics
- Micron Optics (Luna Innovations)
- Proximion AB
- Technica
- TeraXion
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