Digital Camera Systems OM Adapters

AI-3M/4M AK-1M/SM-R These adapters allow you to connect industrial fiberscopes or rigid borescopes to selected Olympus digital SLR cameras or mirrorless ones*1. This makes it easy to transfer images to a computer and for creating archives of inspection histories. *1: The optional OM adaptor MF-1 or MF-2 is required to connect the OM adapters listed below to the digital SLR cameras or mirrorless ones.

Notes: Magnification of the AI-4M 1.3x larger than the AI-3M. / Magnification of the AK-1M is 1.8x larger than the SM-R.
*Moire may appear if pixel interference occurs in certain inspection environments. (such as fiber mesh and CCDs) or in certain output devices (such as LCDs and printers)

C-mount Adapters

For connection of TV cameras to Fiberscopes and Rigid Borescopes

C-mount CCD Camera

By connecting a CCD camera to fiberscopes or Boresopes, the images will be displayed on a video monitor and recorded for further analysis and archiving. This also allows for group viewing of inspection images, saving time, user fatigue and improving the decision making process.

*Recommended models are available from our Sales representatives.

Controller Holder

MB-936/MB-937 Allow the handheld controller to be affixed to a tripod, making it useful for prolonged inspections. <SCOPE> MB-936：IF2D4, IF4D4/4S4, IF5D4X1, IF6D4, IF2D5, IF4D5/4S5, IF6C5, IF6C5X1, IV6C5-20・35 MB-937：IF8D4, IF11D4, IF8C5, IF11C5, IV12D4, IV20D4, IV6C5-75・110・160, IV8D5/8S5

Optical Adapter

You can change the field of view, direction of view, and depth of field by switching the optical adapter on the scope tip.
(For IF5D4X1/ IF6C5X1/ IF8C5/ IF11C5/ IF8D4X2)

Small diameter fiberscopes can inspect narrow areas or where access is limited and are available in 0.64 mm, 2.4 mm or 4.1 mm. Each model has an ocular focus to ensure that the individual operator's eyesight is accomodated and can be attached to CCTV and photographic equipment for image recording.

Ultra-Thin Diameters

The thinnest diameter flexible fiberscope (down to φ0.64mm). You can inspect inside narrow-diameter hole with 1mm or more diameter.
In some applications, the entry port size to the area of interest can be restricted and inserting a scope can be extremely difficult. This will often necessitate using an instrument of smaller diameter than conventional models.

These instruments have ocular focus to ensure that the individual operator's eyesight is accommodated and can be attached to CCTV and photographic equipment to allow the images to be permanently recorded. To illuminate the inspection area, any one of the Olympus light sources can be used.

Features

Variety of Lineup

Extensive scope lineup of 0.64mm, 2.4mm and 4.1mm (0.02, 0.09 and 0.16") diameter at lengths of up to 1.5m (4.9').

High resolution

Original Olympus high-performance optics technology, such as high-density glass fiber bundles, offers the world's highest level of fiberscopic resolution and bright, sharp images.

TF Tube with superior insertability

Most of our fiberscopeｓ employ the patented TF (Tapered Flex) Tube. Ideal for insertion into multiple-bend pipes, the insertion tube flexibility changes continuously-being highly flexible at the tip and rigid at the control section. As a result, these fiberscopes can easily be passed through bends and elbows. At the same time, the gradually increase rigidity of tube as it approaches control section assures easier transmission of publishing/ twisting strength after the first bend. All scopes featuring the TF Tube are marked with the logo shown below.

Tip angulation

These fiberscopes employ two-way angulation. (Except IF6PD4).

Fully waterproof insertion section

Fully waterproof insertion section for underwater use. (Most models) Drip-proof control section.

Photo and video documentation

Video recording and photography are available by connecting a CCD camera or the Olympus digital camera.

Insertion tube index line (IF4D4/4S4 only)

There are depth marks at every 25cm (10") on the insertion tube from the distal end to identify the insertion depth.

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