Robotic Inspection
Robotic Inspection combines custom Eddyfi array probes with Ignite or Panther 2 to automate repeatable ECA or PAUT scans on complex component geometries.
Product overview
Robotic Inspection integrates a robot-mounted custom Eddyfi probe with Ignite or Panther 2 for automated eddy current array (ECA) or phased array ultrasonic testing (PAUT). Probes are tailored to the component geometry and defect profile, supporting production inspections where consistent manual scanning is difficult.
The robot follows programmed scan paths while maintaining controlled positioning, probe pressure and lift-off. Array coverage increases the surface inspected per pass compared with single-element approaches, with the page citing up to 128 probe elements and inspections up to 32× faster than manual techniques. Automated sequences cover setup loading, probe nulling, calibration, scanning, data recording and flaw signalling.
Typical applications include complex airframe geometries, engine components and thin skins requiring detection of sub-millimeter flaws. Structured datasets support inspection records, audits and batch comparisons on high-volume production lines. The solution also targets emerging automotive manufacturing and assembly-line applications, with site-specific validation, guarding and compliance considerations included in each deployment.
Key capabilities
ECA and PAUT integration
The robotized solution combines custom Eddyfi array probes with Ignite or Panther 2.
Repeatable robotic motion
Programmed motion maintains consistent scan paths, probe pressure and speed while controlling lift-off.
Broad array coverage
Probes with up to 128 elements cover more surface per pass than single-element approaches.
Faster inspection cycles
The solution offers up to 32× faster inspections compared with manual techniques.
One-button sequencing
An automated sequence handles setup loading, probe nulling, calibration, scan execution, data recording and flaw signalling.
Geometry-specific probes
Custom probes are designed for the required component geometry and defect profile.
Robot-agnostic integration
The probes and NDT solutions integrate with any major robot brand.
Synchronous acquisition
Industrial compact acquisition supports synchronous multi-element excitation and dependable signal quality.
Traceable inspection data
Structured, repeatable datasets support consistent records, quality audits and batch-to-batch comparisons.
Published technical specifications
Values as published by Eddyfi Technologies. Where models or variants differ, each is listed separately.
Inspection performance
- Speed compared with manual techniques
- up to 32× faster inspections compared to manual techniques
Array probes
- Element count
- up to 128 elements
Aerospace applications
- Flaw scale
- sub-millimeter flaws
- Custom Eddyfi probe at the robot end effector
- Site-specific validation, guarding, and compliance considerations for each deployment
- Robot envelope customizable on request
- Ignite
- Panther 2
- Custom Eddyfi probes
- The robot envelope shown is illustrative and customizable on request.
Compatibility lists only items named by Eddyfi for this product; confirm configuration with EMUS before ordering.
Typical applications
- Complex airframe geometry inspection
- Aerospace engine component inspection
- Thin-skin inspection
- Sub-millimeter flaw detection
- Crack and thinning detection
- High-volume production inspection
- Automotive manufacturing and assembly lines
Product imagery
Product videos
Official brochures
ECA Surface Probe Catalog
PAUT Probe Catalog
Additional documents
Ignite Technical Specifications
Ignite Technical SpecificationsPanther 2 Technical Specifications
Panther 2 Technical SpecificationsAlternatives from other manufacturers
Comparable systems we also represent. If your application requires a different balance of speed, resolution or footprint, these are worth reviewing.
Structure & Hardness Test Instruments
ibg's family of digital eddy-current instruments for 100% comparative verification of heat treatment, hardness, case depth and material mix-ups on mass-produced steel parts.
Compareibg NDT TechnologyeddyQlab Ai
Laboratory system that uses eddy-current data and a pre-trained AI model to predict case depth and surface hardness of induction-hardened parts such as CV joints.
Compareibg NDT TechnologyeddyQlab Ai VL
Semi-automated, one-button lab system for CV joints that predicts surface hardness and case depth non-destructively using AI and machine learning.
Compareibg NDT Technologyeddyguard neo S
Next-generation eddy-current controller for microstructure testing, built for easy machine integration, Industrial Ethernet connectivity and multi-device control.
CompareHow EMUS supports this
Equipment is only part of the answer. Every system we supply is backed by regional engineering, service and application support.
Mechanical, electrical, environmental setup done right the first time.
Qualification and acceptance testing against real criteria.
Operator and application training built around your parts.
Traceable calibration to keep measurements audit-ready.
Preventive and corrective service across the Balkan region.
Method development and problem-solving with our engineers.
Eddyfi Technologies
Part of the Eddyfi Technologies portfolio, represented by EMUS across the Balkan region.
Application Notes & resources
Official application notes and technical literature for Robotic Inspection.
Request an Engineering Consultation
Talk to an EMUS engineer about this product and whether it fits your inspection workflow.