coating.Product AccessoriesReading caps for Galilei 2.2 x and Galilei 2.5 x162101 Reading cap ring for fitting lens with an individual power (x 2)16210 Frosted lens16213 Reading cap 3,0 dpt16214 Reading [...] Telescopes and monoculars Galilei 2,5x Art. Nr. 16225+16214 Product BenefitsIdeal for watching television and reading (in combination with reading caps).Simple to use due to large visual field.Ultralight [...] Reading cap 4,0 dpt16215 Reading cap 5,0 dpt16216 Reading cap 6,0 dpt16218 Reading cap 8,0 dpt162110 Reading cap 10,0 dpt162112 Reading cap 12,0 dpt162116 Reading cap 16,0 dpt The reading caps
coating.Product AccessoriesReading caps for Galilei 2.2 x and Galilei 2.5 x162101 Reading cap ring for fitting lens with an individual power (x 2)16210 Frosted lens16213 Reading cap 3,0 dpt16214 Reading [...] Telescopes and monoculars Galilei 2,5x Art. Nr. 16225+16218 Product BenefitsIdeal for watching television and reading (in combination with reading caps).Simple to use due to large visual field.Ultralight [...] Reading cap 4,0 dpt16215 Reading cap 5,0 dpt16216 Reading cap 6,0 dpt16218 Reading cap 8,0 dpt162110 Reading cap 10,0 dpt162112 Reading cap 12,0 dpt162116 Reading cap 16,0 dpt The reading caps
coating.Product AccessoriesReading caps for Galilei 2.2 x and Galilei 2.5 x162101 Reading cap ring for fitting lens with an individual power (x 2)16210 Frosted lens16213 Reading cap 3,0 dpt16214 Reading [...] Telescopes and monoculars Galilei 2,5x Art. Nr. 16225 Product BenefitsIdeal for watching television and reading (in combination with reading caps).Simple to use due to large visual field.Ultralight [...] Reading cap 4,0 dpt16215 Reading cap 5,0 dpt16216 Reading cap 6,0 dpt16218 Reading cap 8,0 dpt162110 Reading cap 10,0 dpt162112 Reading cap 12,0 dpt162116 Reading cap 16,0 dpt The reading caps
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
in comparison to ambient light conditions.By approaching the object, a magnification level of up to 6x can be achieved by means of the accommodative power.Lens made of high quality silicate.All Eschenbach
