dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
dpt.Available with 450 nm, 511 nm, 527 nm, 550 nm cut-off, with or without polarisation.The lenses have screw attachment, they are not riveted.An ophthalmologic prescription is required before health insurance
comfortable to wear.With improved adjustment of dioptre compensation.Temples can be adjusted without having to be warmed.PD range 60-68 mm.Main distance of use: 3 m.Dioptre compensation: ±3.0 dpt, right/left
requirements of the worldwide market - as demonstrated by the fact that numerous Eschenbach products have won renowned international design awards. Design awards for Eschenbach Optik 2012: nomination for
reading caps are used for reading (see table).Large 13° visual field.Ocular and objective lenses have a high-quality, anti-reflection hard coating.Product AccessoriesReading caps for Galilei 2.2 x and
reading caps are used for reading (see table).Large 13° visual field.Ocular and objective lenses have a high-quality, anti-reflection hard coating.Product AccessoriesReading caps for Galilei 2.2 x and
