data Use/Application Type of use/Application typemonocularWorking distance20 mmDistance Eye - Lens (e)40 mm Lens properties Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material and appearance

data Use/Application Type of use/Application typemonocularWorking distance44 mmDistance Eye - Lens (e)150 mm Lens properties Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material and appearance

data Use/Application Type of use/Application typemonocularWorking distance29 mmDistance Eye - Lens (e)60 mm Lens properties Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material and appearance

plugins, i.e., by activating the respective buttons, information that you opened a certain page of our Internet offer will be transmitted to the servers of Facebook. For users logged in to, e.g., Facebook [...] usage data will be assigned to their personal accounts. If you activate the buttons, i.e., the plugins of Facebook by, e.g., submitting a comment or post, this information will be transmitted directly by your [...] YouTube account. When using this plugin, e.g., by clicking on the video, pressing the play button or submitting a comment, this information will be assigned to, e.g., your YouTube user account. This can

mobilux® LED Your browser does not support the video tag.Product BenefitsSuitable for reading small print, e.g. in a telephone directory or on price tags.Simple to use – large, easy to operate light switch and [...] case of all aspheric magnifiers and reading magnifiers from Eschenbach Optik the focusing distance (aE: distance from the eye to the virtual image) is precisely 400 mm. The image can therefore be seen clearly

mobilux® LED Your browser does not support the video tag.Product BenefitsSuitable for reading small print, e.g. in a telephone directory or on price tags.Simple to use – large, easy to operate light switch and [...] case of all aspheric magnifiers and reading magnifiers from Eschenbach Optik the focusing distance (aE: distance from the eye to the virtual image) is precisely 400 mm. The image can therefore be seen clearly

Magnifiying glasses Type of use/Application typemonocularWorking distance20 mmDistance Eye - Lens (e)40 mm Lens properties magnifiying glasses Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material

Magnifiying glasses Type of use/Application typemonocularWorking distance29 mmDistance Eye - Lens (e)60 mm Lens properties magnifiying glasses Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material

Magnifiying glasses Type of use/Application typemonocularWorking distance44 mmDistance Eye - Lens (e)150 mm Lens properties magnifiying glasses Lens geometryasphericLens materialPXM®Lens SizeØ 35 mm Material

metals, textiles, minerals, varnishes, etc.The wide focusing range enables raised or depressed features (e.g. holes) to be examined in detail.The wide adjustment range is even able to compensate for a high level