Remote Visual Inspection / Videoscopy
10,000 Per Day
Borescope / Remote Visual InspectionRemote Visual Inspection, also known as RVI or RDVI, is a type of visual inspection that employs visual aids such as video technology to allow an inspector to examine things and materials from a distance because they are inaccessible or in hazardous conditions. RVI is a sub-discipline of non-destructive testing (NDT). Borescopes, videoscopes, fiberscopes, push cameras, pan/tilt/zoom cameras, and robotic crawlers are just a few of the technologies available. Remotes are widely employed when distance, angle of view, and limited lighting make direct visual investigation difficult, or when access is restricted due to time, money, or weather threats.RVI/RDVI is often used to examine the "health" and operability of fixed and movable assets as a predictive maintenance or regularly scheduled maintenance tool. Inspection coverage, repeatability, and data comparison are all improved by RVI/RDVI. Due to physical size limits or potential safety considerations associated to the inspection environment, the "remote" element of RVI/RDVI refers to the operator not accessing the inspection area.Solutions for Visual InspectionOlympus borescopes and visual inspection equipment are portable, intelligent solutions that match the demands of current industrial inspections when you need to inspect difficult-to-access locations. Our remote visual inspection solutions are versatile for a variety of applications thanks to a plethora of innovative, intuitive features and a wide selection of borescope, videoscope, and fiberscope lengths, diameters, and viewing possibilities.Applications
Engines for aeroplanes (turbofan, turbojet, turboshaft).
The fuselage of an aeroplane.
Turbines for generating electricity (steam and gas).
pipework for the manufacturing process (oil and gas, pharmaceutical, food preparation).
Contaminated locations around nuclear power plants.
Any place that is too risky, small, or expensive to observe directly.
Advantages
Access to subject areas requires less mechanical disassembly.
NDT is less expensive than other types of testing.
Reduced equipment shutdown times and quicker equipment reinstallation.
Compared to manual inspection procedures, there are less safety limits.
Equipment condition can be monitored more quickly and accurately throughout its life cycle.
Prior to critical maintenance, a better assessment of condition and timing is required.
Faults can be identified, located, and isolated more quickly.