FIBERSCOPE.net products

Video Coupler/ Adaptor to connect our C-Mount video camera units to the eyepieces of all kinds of rigid or flexible borescopes.
This video camera coupler will clip onto any 32mm borescope eyepiece, and connect with all C-mount video camera unit to align the CCD/CMOS video camera chip and the image bundle of the borescope. This displays the live video image of the inspection area on your TV monitor, along with the ability to focus the coupler on the inspection area. MEDIT

MEDIT’s Super Thin Flexible Micro Borescopes are highly demanded devices used to inspect extremely small areas and machined parts. Diameters as small as 1.0mm (0.04”). Thanks to the refined optics and fused pixels in the image bundle, these fiberscopes create a high resolution image, which is bright and sharp in details. The sheath of the insertion probe is strong enough for routine industrial inspections, it is water and oil proof, and can be submerged to complete some underwater inspections. The 45° FOV (field of view) decreases image distortion.

MEDIT’s Super Thin Mini Borescopes are highly demanded devices used to inspect extremely small areas and machined parts. Thanks to the German optics and fused pixels in the image bundle, these micro fiberscopes create a high resolution image, which is bright and sharp in details. The insertion probe is covered with a stainless steel sheath to protect it, and keep it straight to insert into industrial inspection areas. It is water and oil proof and can be submerged to perform inspections underwater. It can also be flexed slightly up, down, left or right. But not bent.

Medit’s Ultra Thin Fiberscopes represent our Premium line of Micro Fiberscopes. They are the best choice for extremely small inspection areas, with diameters as small as 0.5mm (0.02”). All of the optics are tested and adjusted in Germany to insure ultimate image quality. The advanced image bundle is composed of 3000 densely-packed microscopic quartz pixels or fibers. These Japanese fibers are small enough to provide a brilliant high resolution image, which is not so small as to leak some light or resolution.