Sikhusela ipropathi yakho yengqondo

Ukucebisana ngeBiophotonics & Design & Development

I-Biophotonics ligama elimiselweyo lazo zonke iindlela zobuchule ezijongana nentsebenziswano phakathi kwezinto zebhayoloji kunye neefotoni. Ngamanye amazwi, i-Biophotonics ijongene nokusebenzisana kwezinto eziphilayo kunye neefotoni (ukukhanya). Oku kubhekisa ekukhutshweni, ekubhaqweni, ekufunxeni, ekubonakalisweni, ekuguqulweni nasekuyilweni kwemitha ephuma kwi-biomolecules, iiseli, izicubu, izinto eziphilayo kunye ne-biomaterials. Iindawo zokusetyenziswa kwe-biophotonics zisayensi yobomi, amayeza, ezolimo, kunye nesayensi yokusingqongileyo. I-Biophotonics ingasetyenziselwa ukufunda imathiriyeli yebhayoloji okanye imathiriyeli eneempawu ezifana nemathiriyeli yebhayoloji kwisikali se-microscopic kunye ne-macroscopic. Kwisikali se-microscopic, izicelo ziquka i-microscopy kunye ne-optical coherence tomography. Kwimicroscope, i-biophotonics ijongene nophuhliso kunye nokuphuculwa kwe-confocal microscope, imakroskopu ye-fluorescence, kunye ne-makroskopu ebonisa i-fluorescence yangaphakathi. Iisampulu ezifanekiselwa ngobuchule bemicroscopic zinokuphinda zijikwe ngeetweezers ze-biophotonic kunye ne-laser micro-scalpels. Kwinqanaba le-macroscopic, ukukhanya kusasazeka kwaye izicelo ziqhele ukujongana ne-Diffuse Optical Imaging (DOI) kunye ne-Diffuse Optical Tomography (DOT). I-DOT yindlela esetyenziselwa ukwakha kwakhona i-anomaly yangaphakathi ngaphakathi kwezinto ezisasazwayo. I-DOT yindlela engasebenziyo efuna kuphela idatha eqokelelwe kwimida. Inkqubo ngokubanzi ibandakanya ukuskena isampuli ngomthombo wokukhanya ngelixa uqokelela ukukhanya okuphuma kwimida. Ukukhanya okuqokelelweyo ke kuhambelana nomzekelo, umzekelo, imodeli yokusabalalisa, ukunika ingxaki yokuphucula.

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Eyona mithombo yokukhanya idumileyo esetyenziswa kwi-biophotonics ziilaser. Nangona kunjalo ii-LED, ii-SLED okanye izibane zidlala indima ebalulekileyo. Ubude bobude obuqhelekileyo obusetyenziswa kwi-biophotonics buphakathi kwe-200 nm (UV) kunye ne-3000 nm (kufuphi ne-IR). IiLaser zibalulekile kwiBiophotonics. Iipropathi zabo zangaphakathi ezikhethekileyo njengokhetho oluchanekileyo lwamaza amaza, ukugqunywa kobude obubanzi, amandla ogqaliselo aphezulu, ukusonjululwa kwembonakalo egqwesileyo, ukuxinana kwamandla olomeleleyo kunye noluhlu olubanzi lwamaxesha ochulumanco kubenza ukuba babe sesona sixhobo sokukhanya kwihlabathi liphela kwi-spectrum ebanzi yezicelo kwi-biophotonics.

Sisebenza kwiiprojekthi ezinxulumene nokukhanya, umbala, i-optics, iilaser kunye ne-biophotonics, kubandakanywa nemiba yokhuseleko lwelaser, uhlalutyo lweengozi kunye nokusetyenziswa. Amava eenjineli zethu agubungela ukukhohlisa kwenkqubo yebhayoloji kwinqanaba leselula nangaphezulu. Sikulungele ukujongana nemisebenzi yokucebisa, ukuyila kunye nophuhliso oluneemfuno ezahlukeneyo. Singenza umsebenzi wokucebisa, uyilo kunye nesivumelwano seR&D kwiinkalo zethu zobungcali ezibandakanya:
 

• Imodeli yekhompyuter, uhlalutyo lwedatha, ukulinganisa kunye nokwenziwa kwemifanekiso

• Ukusetyenziswa kweLaser kwi-biophotonics

• Uphuhliso lweLaser (i-DPSS, i-Diode Laser, i-DPSL, njl.), i-specialty kwizicelo zonyango kunye ne-biotech. Uhlalutyo, ukuqinisekiswa kunye nokubalwa kweklasi yokhuseleko lwe-laser esebenzayo

• UBoniso lweBiophysics & Biomems kunye noYilo noPhuhliso

• I-Optics kunye neeFotonikhi zezicelo ze-biophotonics

• I-Optical thin-films (i-deposition kunye nohlalutyo) kwizicelo ze-biophotonic

• Uyilo lwesixhobo se-Optoelectronic, uphuhliso kunye neprototyping ye-biophotonic applications

• Ukusebenza kunye naMacandelo eFotodynamic Therapy (PDT)

• Endoscopy

• Indibano yefiber optic yezonyango, uvavanyo kusetyenziswa iintsinga, iiadaptha, ii-couplers, , iiprobes, iifiberscopes...njl.

• Ukubonakaliswa kombane kunye nokukhanya kwezixhobo ze-biophotonic kunye neenkqubo

• Ukuphuhliswa kwezinto ezizenzekelayo zonyango kunye ne-biophotonics

• I-Spectroscopy kunye ne-optical diagnostics. Ukuqhuba izifundo ze-laser-based spectroscopic ngesakhono sokucinga esisombululwe ngokubonakalayo nangexeshana, kunye ne-fluorescence kunye ne-absorption spectrometry.

• Ipolymer kunye nekhemikhali synthesis usebenzisa lasers kunye nokukhanya

• Iisampulu zophononongo kusetyenziswa imakroskopu yamehlo, kubandakanywa i-confocal, indawo ekude kunye ne-fluorescence imaging

• Ukubonisana nge-Nanotechnology kunye nophuhliso lwezicelo ze-biomedical

• Ukufunyanwa kwe-molecule enye ye-fluorescence

• I-R&D kwaye ukuba iyafuneka sinikezela ngokwenziwa kweenkqubo ezisemgangathweni ze-ISO 13485 kunye ne-FDA ethobelayo. Umlinganiselo kunye nesiqinisekiso sezixhobo phantsi kwemigangatho ye-ISO 60825-1, 60601-1, 60601-1-2, 60601-2-22

• Iinkonzo zoqeqesho kwi-biophotonics kunye ne-instrumentation

• Iinkonzo zobungqina obuchwephesha kunye nezokumangalela.

Siyafikelela kwilebhu exhotyiswe ngokufanelekileyo enelaser, iinkqubo zespectroscopy kunye nezixhobo ezinxulumeneyo kwiilabhoratri zovavanyo ezizinikeleyo. Iinkqubo ze-laser zisenza ukuba sifikelele kumaza amaza phakathi kwe-157 nm - 2500 nm. Ngaphandle kweenkqubo ze-CW ezinamandla aphezulu, sineenkqubo zokubetha kwe-pulse ukuya kutsho kwi-130 femtoseconds kwi-spectroscopy ekhawulezayo. Uluhlu lwezichongi, ezifana nezixhobo zokubala zeefotoni ezipholileyo kunye nekhamera yeCCD eyomeleziweyo, yenza ukuba ubhaqo olunovakalelo ngomfanekiso, usonjululwe ngokubonakalayo kunye nezakhono ezisonjululwe lixesha. Ilebhu ikwaneenkqubo ezinikezelweyo zelaser tweezers, kunye nenkqubo ye-confocal microscope enobuchule bokucinga nge-fluorescence. Amagumbi acocekileyo kunye ne-polymer kunye nelebhu ye-general synthesis ukulungiselela isampuli nazo ziyinxalenye yesibonelelo.

Ukuba ubukhulu becala unomdla kubuchule bethu bokuvelisa ngokubanzi endaweni yobunjineli bobunjineli, sicebisa ukuba undwendwele indawo yethu yokwenza isikohttp://www.agstech.net

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I-FDA yethu kunye neemveliso zonyango ezivunyiweyo ze-CE zinokufumaneka ku imveliso yethu yezonyango, izinto ezisetyenziswayo kunye nesixhobo sendawo.http://www.agsmedical.com