Standard range of industrial fiber endoscope

A standard fiber endoscope that can reach a length of 3 meters can achieve high-quality images at diameters of 6mm, 8.4mm, and 11.3mm The four directional bends and interchangeable optical adapters are features of Olympus fiber endoscopes

Standardized fiber endoscope with excellent observation performance

Flexible fiber endoscopes for visual inspection can be used for some difficult inspections, such as the path to the observation area passing through a series of bends, or the length of the required instrument exceeding the limitations of rigid pipeline endoscopes.

The structure of Olympus fiber endoscopes undergoes a special manufacturing process that combines advanced optical and mechanical technologies, resulting in products with many high-performance design features. Standardized fiber endoscopes achieve high-definition image quality. Its models come in diameters of 6.0 mm, 8.4 mm, and 11.3 mm, with a length of up to 3.0 m (10 '). It is a four directional flexible design with interchangeable optical end adapters.

characteristic

-Interchangeable optical end adapters

The focal length of the optical system is fixed, and each detection has different depth of field and observation direction requirements. Therefore, all standard models of fiber endoscopes are equipped with interchangeable optical end adapters. The optical end adapter realizes the multifunctionality of the detection instrument and the observation structure on both sides - as long as the end adapter is selected, it can cope with most detection situations. In addition, refractive error compensates for the individual's visual acuity gap.

-Image size

Olympus' image size is larger than most other fiber endoscopes. Thanks to the quality of optical technology, the images of Olympus fiber endoscopes can be magnified and maintain high resolution.

-TF pipeline with excellent insertion performance

Most of the fiber endoscopes we produce use TF (Tapered Flex) tubing. Designed for inserting multi-directional curved pipes, the flexibility of the insertion tube is transformed into continuous high flexibility at the end and rigidity of the control part. The result is that the fiber endoscope can easily pass through curved areas and right angled tubes. At the same time, the rigidity of the pipeline connecting the control part gradually increases to ensure the torsional strength after the first bending point, making insertion easier. The observation instruments using TF pipelines are labeled with trademarks below the instruments.

-Four directional bending

All models have a four-way bending function at the end, which is designed to assist insertion and operation, and guide the end towards the detection area.

-Photo and video documentation materials

You can record videos or take photos by connecting a CCD camera or an Olympus digital camera.

-Fully waterproof insertion part

A fully waterproof insertion part used for underwater operations. Most models have control units designed to prevent dripping and leakage.

-Four levels of insertion pipeline

The structure of the inserted pipeline (the instrument part inserted into the application area) is particularly important, to be reliable and durable, but not to hinder the flexibility of the inserted pipeline. Olympus has achieved a unique design in this field with four independent levels that work together to protect internal components and prevent liquid infiltration.

technical specifications