The NDT Systems House

Profile

The NDT Systems House builds non-destructive testing systems, covering X-ray, high-energy and computed-tomography inspection, that verify the structural integrity of platforms, components and munitions without disassembly. Its inspection regimes keep in-service fleets certified and available, so readiness is verified rather than assumed. Its systems are in service with the most demanding inspection authorities in defence, space and heavy industry, including a national space agency, a national air force, tier-one defence and aerospace primes, national metallurgy and atomic-energy establishments and major heavy-engineering groups.

We name the manufacturer in direct conversations, not on the public site.

We will share more, including the manufacturer's identity, in direct conversation.

Positioning

This maker builds the inspection systems that let a force verify readiness rather than assume it: X-ray, high-energy and computed-tomography equipment that sees inside platforms, components and munitions without taking them apart. Non-destructive testing is where airworthiness certifications, munition-stockpile confidence and fleet-life extensions are actually earned. It has done this work for about three decades, with a team of well over a hundred across multiple sites and dozens of installations already fielded with demanding defence inspection authorities, all under an ISO 9001 quality system.

Why through Unstrat

Inspection data reveals exactly which platforms are compromised and which stockpiles are ageing, knowledge no buyer wants routed through a foreign reporting line. Through Unstrat, these systems arrive with operator training and in-region support in one accountable engagement, and the inspection findings stay under the buyer's flag.

Portfolio in depth

The inspection line runs from bench-top to bunker. Microfocus X-ray systems resolve the fine detail inside electronic assemblies and precision components; dedicated PCB inspection catches the voids, cracked joints and counterfeit parts that surface as failures in the field. Multi-axis manipulators move heavy or awkward components through the beam so complex geometries are inspected without disassembly, and multi-component systems handle families of parts in production volume rather than one specimen at a time. Complete X-ray imaging suites give a defence maintenance organisation an in-house inspection capability instead of a queue at someone else's laboratory. Around the hardware sits the discipline that makes it count: automated test systems built to a customer's specification, and obsolescence engineering that keeps an inspection installation supportable when its original components leave the market. The common thread is verification: readiness proven with images, not assumed from paperwork.

How an engagement runs

An inspection programme starts from the objects to be inspected: their materials, geometries, the defects that matter and the standards the findings must satisfy. The system is then specified around that reality, because an X-ray installation bought from a brochure and adapted afterwards rarely satisfies either its operators or its auditors. Installation, radiation-safety compliance and acceptance testing are handled as one scope, followed by the part that decides long-term value: training the buyer's own inspectors to run the equipment, interpret images and defend findings before a certification authority. Sustainment continues from there, with maintenance, calibration and obsolescence management planned across the installation's life rather than improvised after the first failure. In-country support and skills-transfer arrangements are scoped per programme, subject to export controls and end-use approvals.

What buyers weigh

The core question is what unverified readiness costs. A munition stockpile that has never been imaged is a number in a ledger, not a capability; an airframe flying past its inspection interval is a certification risk with a crew aboard. Buyers therefore weigh, first, whether inspection findings stay under national control, because imagery of a fleet's hidden defects is intelligence of the most practical kind. Second, whether the capability is in-house or rented: a laboratory abroad means delays, custody questions and dependence at exactly the moment a fleet is grounded. Third, whether operators will genuinely be trained to the level of defending a finding, since an image no one can interpret certifies nothing. And fourth, the installation's supportable life, which is where obsolescence engineering earns its place. Systems already accepted by demanding defence inspection authorities shorten the path through every one of these questions.

Why route it through Unstrat

Unstrat is the authorised global representative and distributor for the capabilities on this page. Each one is already in service with a track record behind it, so what reaches you has done the job elsewhere. You are not the test bed for a fresh startup.

A UAE representative sits between you and the maker