Ready to inspect beyond the visible?
Prevent gearbox failures with MAARGTECH borescope inspection solutions.
Detect issues early and reduce costly downtime.
Frequently Asked Questions (FAQ'S )
Can I insert a borescope directly into active cryogenic systems (e.g., LN2/LNG at -196°C)?
No — extreme cold risks fogging, ice buildup, probe damage, or lens cracking. Always purge with dry nitrogen first to remove moisture and warm slightly, or use dedicated access ports. Tools like the X2000 handle post-purge conditions reliably.
What probe size and length are best for cryogenic tanks, pipes, and valves?
6 mm diameter for tight ports and bends; up to 7 m length for deep reach into lines/vessels. The X2000’s 6 mm dual-view (front + side) 7 m probe is ideal for full coverage without repositioning.
Why is borescope inspection important?
Purge thoroughly with dry inert gas before insertion; avoid sudden temp changes; use anti-fog features and adjustable lighting. The X2000’s HD imaging and manual controls help maintain clear views even with minor residual cold.
Is it safe to use a videoscope in oxygen (LOX) or hydrogen (LH2) environments?
Yes — when following strict protocols (purge, no sparks, compatible materials). The X2000 is non-sparking in normal use, IP67-rated, and trusted in aerospace/industrial gas sectors — but confirm site-specific safety rules.
What defects can borescope inspections detect in cryogenic equipment?
Cracks from thermal cycling, weld flaws, ice/blockages, debris (e.g., after pump issues), valve seat wear, contamination, or insulation problems. X2000 HD (2560×1440) + dual-view + reporting tools make early detection and documentation easy.