Defence SME Inspection: What Industry 4.0 Demands and How TeraXplor Delivers
Defence SME inspection standards are rising fast. India’s Make in India mission demands it.
SMEs supply 80 percent of components in complex weapon systems. However, most still rely on manual checks and basic ultrasonic testing. These methods fail on composites, coatings, and multilayer structures. As a result, parts fail downstream — or never reach the supply chain at all.
TeraXplor solves this. It brings precision terahertz NDT directly to the SME production floor.
Where Defence SME Inspection Falls Short Today
- Composites: Ultrasonic testing cannot reliably inspect FRP composite parts. Therefore, internal voids and delaminations go undetected.
- Coatings: Conventional methods cannot measure individual coating layer thickness non-destructively. Protective coatings fail or add excess weight as a result.
- Electronics: Counterfeit integrated circuits enter the supply chain undetected. Visual checks miss them entirely.
How TeraXplor Fixes Defence SME Inspection
- Composite inspection: THz waves penetrate FRP panels and detect voids, delaminations, and inclusions — non-contact, non-destructive.
- Coating thickness: TeraXplor measures sub-100 μm coating layers in seconds. No cutting. No damage.
- Counterfeit detection: Counterfeit ICs absorb THz radiation at twice the rate of genuine parts. TeraXplor flags them instantly.
Furthermore, TeraXplor is non-ionising and needs no coupling fluid. It adapts to different component types quickly. As a result, it fits the flexible, digital production model that Industry 4.0 requires.
The Defence Corridor Opportunity
India’s Chennai–Bengaluru and Bundelkhand defence corridors are designed around shared facilities. TeraXplor fits as a shared NDT asset on a pay-per-use model. SMEs get prime-contractor-grade inspection without full system ownership.
The original policy research—covering India’s defence SME ecosystem, Industry 4.0 demands, and defence corridor strategy — is published in the CLAWS Journal, Summer 2018.