work in photography.Aspheric or aplanatic PXM® lightweight lens, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.Can also be used as a high magnification vision aid.Open base for
PropertiesFolding magnifier in a trouser pocket format.Biconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Technical data Lens properties Lens geometrybiconvexLens materi
letters is therefore increased but the width remains the same.PXM® lightweight lens for a distortion-free image.VariantsNameproduct codeLesestäbe2605Lesestäbe 122 x 26 mm2606Lesestäbe 250 x 35 mm2608Product
always achieved, as well as bright illumination of the field of view.Guarantees stability and a tremble-free image.Supporting surface area: 40 x 35 cm.Material: maple wood.5 different angles of adjustment.Edge
letters is therefore increased but the width remains the same.PXM® lightweight lens for a distortion-free image.Technical data Lens properties Lens Size200 x 25 mm Miscellaneous Properties Notes- Mit Griffstück
letters is therefore increased but the width remains the same.PXM® lightweight lens for a distortion-free image.Technical data Lens properties Lens Size250 x 35 mm Miscellaneous Properties Notes- Inkl. roter
work in photography.Aspheric or aplanatic PXM® lightweight lens, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.Can also be used as a high magnification vision aid.Open base for
work in photography.Aspheric or aplanatic PXM® lightweight lens, cera-tec® coated for a distortion-free image with edge-to-edge sharpness.Can also be used as a high magnification vision aid.Open base for
classic design.Biconvex PXM® lightweight lens, duplex coated with extra hard-coating for an aberration-free image with edge-to-edge sharpness.Technical data Lens properties Lens geometrybiconvexLens materi
classic design.Biconvex PXM® lightweight lens, duplex coated with extra hard-coating for an aberration-free image with edge-to-edge sharpness.Technical data Lens properties Lens geometrybiconvexLens materi