magnifiers Metal precision linen testers Art. Nr. 1259 Product PropertiesPrecision linen tester.Biconvex lens made of high quality silicate.Developed to meet the requirements of technical applications
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
details.Suitable for large visual fields with a medium level of magnification.Product PropertiesBiconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Plano-convex additional
available in plastic and leather.Product PropertiesFolding magnifier in a trouser pocket format.Biconvex PXM® lightweight lens for a distortion-free image with edge-to-edge sharpness.Technical data Lens
Technical magnifiers Metal precision linen testers Product PropertiesPrecision linen tester.Biconvex lens made of high quality silicate.Developed to meet the requirements of technical applications.Brass
many different colours and sizes.Product PropertiesFolding magnifier in timeless, classic design.Biconvex PXM® lightweight lens, duplex coated with extra hard-coating for an aberration-free image with
