Industry Applications
Where Roundness Decides Whether the Batch Ships
Any process that pushes, pulls or extrudes material through a circular aperture inherits that aperture's geometry. These are the industries where that matters most.
Sectors
Built For These Lines
Wire & Cable
Copper and aluminium conductor drawing, where cross-sectional consistency drives resistance, annealing behaviour and downstream stranding quality.
- Drawing die bore inspection
- Drawn wire ovality verification
- Per-die wear trending
Fasteners & Cold Heading
Shank roundness governs thread quality and torque consistency. Oval stock produces fasteners that pass a diameter check and fail in assembly.
- Feedstock roundness screening
- Heading die condition checks
- Incoming material QA
Tube & Pipe
Ovality is an explicit acceptance criterion in most tube specifications, and it directly affects fit-up, sealing and pressure rating.
- Tube end ovality
- Drawing and sinking dies
- Certification evidence
Automotive Components
Shafts, pins, bushes and bearing seats where form error, not size error, is what causes noise, vibration and premature wear.
- Roundness verification
- Supplier incoming inspection
- Traceable measurement records
Extrusion & Profiles
Extrusion dies deform under pressure and temperature. Catching that drift early prevents whole runs of out-of-spec profile.
- Die aperture monitoring
- Thermal drift detection
- Run-to-run comparison
Construction Steel
Rebar, rod and bar where high volume and thin margins make expensive lab metrology impractical but customer rejection expensive.
- High-throughput screening
- Batch documentation
- Low-cost deployment
Packages
How It Comes Together
Start with the browser tool. Grow into a monitored fleet.
Bench Analyzer
The measurement engine for the die crib or QA bench. Point-and-shoot roundness reporting on existing optics.
- Full 360° analysis
- CSV export
- AI diagnostic notes
- Runs locally
Inline Monitor
A fixed station on the line performing continuous checks against your tolerance band, with alerting when geometry drifts.
- Continuous inspection
- Tolerance alarms
- Shift-wise logging
- Camera + lighting kit
Fleet Intelligence
Every die in the inventory gets a history. Reconditioning moves from a calendar to a condition trigger.
- Per-die trend lines
- Predictive pull-points
- Multi-line dashboards
- Audit-ready records
Deployment scope and commercial terms are set per plant. Talk to us about a pilot →
Fit
Is This Right For You?
- You draw, extrude or form round product and scrap is a real cost line
- Die reconditioning is currently scheduled by calendar or by feel
- Your roundness check today is a micrometer at two angles
- Customers ask for dimensional evidence you cannot easily produce
- A dedicated optical die machine is not commercially justifiable
- You already run certified optical die metrology and need only recertification
- Your requirement is sub-micron traceable metrology for accreditation purposes
- The feature of interest is not circular or not optically accessible
- You need material property assessment rather than geometry
We would rather say no early than sell you a poor fit.
Start With a Pilot
Send us a few images from your line. We will run the analysis and show you exactly what the engine sees.