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VENUS RTR + PEC NOW AVAILABLE

VENUS RTR + PEC

The first high-confidence CUI screening robot at scale

Get 360° inspection coverage of your insulated piping faster, safer, and with greater confidence using ARIX Technologies new RTR plus PEC pipe-crawling robot.

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VENUS RTR + PEC pipe-crawling inspection robot

Total visibility & confidence with VENUS RTR + PEC

Screen for CUI without removing insulation

360° coverage on horizontal and vertical pipe inspection

Capture repeatable, localized pipe inspection data 15x faster than traditional inspections

Reduce access costs and work at height risk

THE PROBLEM

CUI inspection still relies on spot screening

Traditional approaches are slow, access-heavy, operator-dependent, and often lack confidence in coverage—especially on complex or elevated piping.

THE SOLUTION

Meet VENUS RTR + PEC

VENUS RTR+PEC is a robotic inspection system that deploys Real Time Radiography (RTR) and Pulsed Eddy Current (PEC) on a pipe-crawling platform to improve productivity, safety, and data collection confidence in CUI inspection programs.

It’s built for:

  • Insulated hard-to-access piping
  • Repeatable, auditable inspections
  • Sites looking to reduce access costs and inspection duration
  • Programs seeking to spend less on unnecessary insulation stripping
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See VENUS RTR + PEC in action

HOW IT WORKS

From scan to decision—simplified

1

Scan

VENUS RTR+PEC traverses piping while collecting RTR data in a controlled, repeatable way.

2

Visualize

Inspection data is organized and reviewed through ARIX’s digital inspection environment.

3

Decide

You gain clearer insight to prioritize follow-up inspection, mitigation, or repair.

USE CASE

Proven impact with ARIX inspections

ARIX helped Petromax Refining achieve 7x faster CUI inspections while reducing costs by 37%—a game-changer in industrial asset management.
View Case Study
Petromax Refining refinery
KEY BENEFITS

What you gain with VENUS RTR + PEC

Higher productivity than manual or access-heavy methods

Improved safety by reducing time at height and access scope

Better data confidence through consistent, localized data capture

Lower total inspection cost by minimizing scaffolding and rope access

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