NTI3 – Electronic Maintenance Workshop
Solutions
Discover our NTI3 Workshop
Spherea’s NTI3 electronic maintenance workshop is a modular and scalable solution designed to help organisations regain full autonomy over the maintenance of electronic boards throughout their entire lifecycle.
From fault diagnosis to repair and final testing, NTI3 enables efficient maintenance of both legacy and orphan electronic resources, while reducing downtime, dependency on suppliers and long-term maintenance costs.
Use cases
Maintenance of orphan and legacy electronic boards
Electronic diagnosis, repair and test for MRO activities
Low to medium volume production support
Defence, transport, energy and industrial electronics
Reduction of MTTR and operational downtime
Why choose Spherea’s NTI3 workshop?
Operational autonomy
Take full control of diagnostic, repair and test activities for your electronic boards, without supplier dependency.
Lifecycle extension
Maintain electronic resources over the long term, including obsolete or unsupported boards.
Efficiency & performance
Significantly reduce diagnosis and test time while improving repair success rates.
Skills & knowledge retention
Enable sustainable skill development for your maintenance teams across the entire electronic MCO chain.
Test & diagnosis means
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Flying probe systems (e.g. Seica Pilot V8)
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Mobile probe test benches
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Functional and power-on testing
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Boundary scan and vectorless testing
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On-board programming tools
Operational Capabilities
End-to-end electronic maintenance workflow
Full coverage of the electronic maintenance chain, from initial diagnosis to repair, coating and final functional testing.
Multi-technology diagnostic capability
Ability to combine structural, functional and power-on testing methods to identify faults quickly and reliably, even on complex or undocumented boards.
Orphan and legacy board support
Maintenance and repair of electronic boards without supplier support, including reverse engineering and custom test strategy definition.
Flexible test strategy adaptation
Test methods and sequences adapted to board type, production volume and failure modes, without process constraints.
Controlled coating and rework processes
Secure and repeatable de-varnishing, re-varnishing and drying processes, compatible with industrial and regulated environments.
Modular and scalable workshop architecture
Workshop configuration scalable over time to match workload evolution, technology changes and new operational constraints.
Knowledge capitalisation and skill transfer
Structured methodologies, documentation and training enabling long-term autonomy and competence build-up of maintenance teams.
Data traceability and maintenance feedback
Traceability of diagnostic, repair and test operations, enabling continuous improvement and lifecycle optimisation.