aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
aspheric and achromatic PXM® lightweight lens made of high quality silicate, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.The Galilean system is set at infinity, reading caps [...] 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 Galilei 2
