Rebuild centres are where component life is either recovered or wasted. RebuildIQ brings structure, compliance, and learning to every stage of the process — so mines, dealers, and self-managing operations can prove the quality of their work, learn from every failure, and continuously improve their rebuild outcomes.
Components move through strip, assessment, rebuild, and dispatch with nothing tracking compliance, failure patterns, or root cause at a structured level. Every rebuild starts fresh with no institutional memory. Dealers cannot prove their rebuild quality, defend it commercially, or learn from failure at scale.
Rebuild procedures exist on paper but nothing confirms they were followed. There is no record of which steps were completed, skipped, or deviated from.
The same components fail for the same reasons across the fleet but nobody connects the dots. Each failure is treated as a one-off rather than a trend.
When a customer questions rebuild quality, there is no structured record to point to. Trust is assumed rather than demonstrated.
Once a component leaves the workshop, the rebuild record ends. What happens to it next is disconnected from what was done during the rebuild.
RebuildIQ maps to the natural flow of a rebuild centre — arrival, strip and assessment, rebuild execution, quality check, and dispatch. Each stage is structured, recorded, and linked to the component's lifetime history.
Component arrives and is logged against its machine history. Prior rebuild cycles, hours at removal, and reason for removal are captured immediately.
Technicians log findings against a structured assessment checklist. Failure mode, wear patterns, and root cause are captured at the point of discovery.
Rebuild steps are tracked against configurable procedure templates. Compliance is scored automatically. Deviations are flagged before the job can progress.
Component is dispatched with a full digital rebuild record attached. Site contacts receive automated notification. History follows it into its next working life.
Full end-to-end workflow from component arrival through quality check and dispatch. Every stage structured, every action timestamped and attributed to a technician.
Rebuild procedures are configurable per component type. Compliance is scored automatically at each stage. A rebuild that deviates from procedure is flagged before it progresses.
Structured failure mode and root cause logging at strip and assessment. Not free text — structured selection from a configurable taxonomy that builds a searchable failure record over time.
As failure records accumulate, RebuildIQ surfaces patterns — which component types fail most often, at what life stage, and for what reasons. The fleet learns from itself.
Site contacts and equipment managers receive automated notifications at dispatch with a summary of the rebuild record. No manual reporting step required.
Component types, procedure templates, and failure taxonomies are fully configurable. Works across any manufacturer, any component class, any rebuild specification.
The value of RebuildIQ is not just operational efficiency — it is the ability to demonstrate quality, defend decisions, and systematically improve rebuild outcomes over time. That is a commercial advantage, not just a workflow improvement.
Tell us about your operation and we'll tell you if we can help.
Or reach out directly — info@seamiq.io
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