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Spatium Filter: WN01SF
Exemplar WN01SF Obiectiva lens Iter (mm) Tx 13 Foramen Iter (mm) Ty ±1.5 Tz ±1.5 Graduatio (mm) 0.01 Subtilitas (mm) 0.005 Pondus (kg) 0.8 -
Fibra Couplers: WN02FC
Exemplar Key Features Singulus modus coniunctio efficientiam prope theoreticam maximam 0.1 micron solutionis laser et laser-diodis liberae spatii exempla Foedus, post-montis consilium Securus uti WN02FC -
Fibra Couplers: WN08FC
ModelKey Features Duo certae positionis pro nudis, connnectorizatis, vel fibris polarizationis conservandis.Nova alta resolutio 100 TPI commensuratio cochlearum Novae spherae diametri magnae cum hexametris integris foraminis auctae sensibilitatis Non-influentis crines ad conservandam noctis stabilitatem Lata assortment fibrarum permutabilium holdersWN08FC -
Fibra Couplers: WN07FC
ModelWN07FCKey Features Tres vel quinque gradus praecisiones positionis pro nudis, connexis vel polarisationi conservandis fibris Novae solutionis altae, 0.25 mm XYθXθY cochlearum temperatio, 0,5 mm Z-tionibus Novae magnae diametri spherae cum hexametris integralibus foraminis auctae ad sensum Comarum Non-influentium. ad conservandam noctis stabilitatem Lata certarum fibrarum transmutabilium holdersRange Z6mmRange X±2mmRange Y±2mmSensitivity, XY0.01μmRange, θX±4°Range, θY±4°Sensibilitas, θXθY0.00001°&nb... -
Fibra Couplers: WN05FC
ModelWN05FCKey Features Tres vel quinque gradus praecisiones positionis pro nudis, connectorizatis vel polarisationi conservandis fibris Novae summae solutionis, 0.25 mm XYθXθY cochlearum temperatio, 0,5 mm Z-tionibus Novae magnae diametri spherae cum hexametris integralibus foraminis auctae ad sensum Comae Non-influentis. ad conservandam stabilitatem noctis Lata assortment of interchangeable fibra holdersRange Z6mmRange X±2mmRange Y±2mmSensitivity, XY0.01μmRange, θX±4°Range, θY±4°Sensibilitas, θXθY0.00001° ... -
Fibra Couplers: WN06FC
ModelWN06FCKey Features Tres vel quinque gradus praecisiones positionis pro nudae, connectorizatae vel polarisationi conservandae fibrarum Novae summae resolutionis, 0.25 mm XYθXθY cochlearum temperatio, 0,5 mm Z-accommodatio Novae magnae diametri umbilici cum hexagoni integrali foramine ad auctam sensibilitatem comae Non-influentis. ad conservandam noctis stabilitatem Lata certarum fibrarum transmutabilium holdersRange Z6mmRange X±2mmRange Y±2mmSensitivity, XY0.01μmRange, θX±4°Range, θY±4°Sensibilitas, θXθY0.00001°&nb... -
Fibra Couplers: WN04FC
ModelWN04FCKey Features Tres vel quinque gradus praecisiones positionis pro nudis, connectorizatis vel polarisationi conservandis fibris Novae altitudinis solutionis, 0.25 mm XYθXθY cochlearum temperatio, 0,5 mm Z-accommodatio Novae magnae diametri spherae cum hexametris integralibus foraminis auctae ad sensum Comarum Non-influentium. ad conservandam noctis stabilitatem Lata certarum fibrarum transmutabilium holdersRange Z6mmRange X±2mmRange Y±2mmSensitivity, XY0.01μmRange, θX±4°Range, θY±4°Sensibilitas, θXθY0.00001°&nb... -
Fibra Couplers: WN03FC
ModelWN03FCKey Features Singulus modus juncturae theoreticae maxime accessus Facilis utendi resolutionis Sub-micronarum pro nudis, connexionibus, vel fibris conservandis polarisationi Range Z6mmRange X±2mmRange Y±2mmRange, θX±4° Range, θY±4° Range Mcroscope13mmRange,θXθY± 4° Weight0.6kg -
Fibra Couplers: WN01FC
ModelWN01FCKey Features Tres vel quinque gradus praecisiones positionis pro nudis, connexis vel polarisationi conservandis fibris Novae solutionis altae, 0.25 mm XYθXθY cochlearum temperatio, 0,5 mm Z-tionibus Novae magnae diametri spherae cum hexametris integralibus foraminis auctae ad sensum comarum Non-influentium. ad conservandam alignmentam stabilis latae certae fibrae permutabiles tenentesRange Z6mmRange X±2mmRange Y±2mmRange, θX±4°Range, θY±4°Weight0.2kg -
Fibra montes: WN03FM
ModelKey Features Montes microscopii et laser diode lentium objectorum Standard 0.800-36 RMS threadWN03FM -
Fibra montes: WN07FM
ModelKey Features Fixarum suggestum conscendere component inter duos gradus positioning WN07FM -
Fibra montes: WN06FM
ModelKey Features Fixarum suggestum conscendere component iuxta positionem WN06FM
