ETher NDE
News
Latest news and information from ETher NDE
Ether NDE Showcase new Eddy Current Solutions at Materials Testing 2026
August 2026
Ether NDE is pleased to announce its participation at Materials Testing 2026, the UK's premier exhibition for materials testing, inspection and non-destructive evaluation technologies. Visitors are invited to Stand D11 to discover the company's latest innovations in electromagnetic inspection and meet the team behind some of the industry's most trusted NDT solutions.
Ether NDE launches new PEC System, BonPEC, streamlining in-field Corrosion Monitoring Inspection.
March 2026
ETher NDE is proud to announce the launch of BonPEC, an innovative Pulsed Eddy Current Technology (PECT) solution designed to transform corrosion detection and monitoring for insulated and coated assets.
BonPEC delivers a powerful non-intrusive electromagnetic inspection technique based on Pulsed Eddy Current (PEC), enabling the detection, measurement, and long-term monitoring of corrosion in low-alloy carbon steel pipes and vessels, without the need to remove insulation or protective layers.
The NDTMA 2026 Annual Conference beckons, visit our partners Alban NDE.
February 2026
Alban NDE to showcase the latest Eddy Current Innovations from Ether NDE at NDTMA 2026 in Las Vegas this February.
ETher NDE Launches PockET: A Breakthrough in Ultra-Portable Eddy Current Flaw Detection
December 2025
ETher NDE is proud to announce the release of PockET, a next-generation single-channel eddy current flaw detector designed to deliver exceptional inspection performance in a compact, pocket-sized form. Combining advanced eddy current capability with true portability, PockET allows technicians to perform professional-grade inspections anywhere, without the bulk and weight of traditional instruments.
Weighing just 321 grams, the PockET slips easily into "your" pocket or on-site kit bag, making it ideal for field inspections, confined spaces and rapid on-site assessments. Despite its small size, PockET delivers the power, accuracy and reliability; as expected from the ETher NDE range of instruments.