The Eddyfi Reddy is a portable, field-ready eddy current testing solution built for fast, reliable crack and corrosion assessment.
Designed to simplify complex inspections, the Reddy delivers real-time imaging and intuitive analysis tools that help technicians quickly identify defects and make confident decisions on-site. Its streamlined workflow reduces setup time and increases inspection efficiency across a wide range of applications.
When paired with the Spyne scanner, the Reddy expands its capabilities to efficiently inspect pipelines and large surface areas with enhanced coverage and precision.
Together, they provide a powerful, productivity-driven NDT solution for industries like oil & gas, power generation, and aerospace—helping teams detect critical flaws faster while minimizing downtime and surface preparation.
Equipment Type: Eddy Current
Looking for a Reddy repair or calibration? Click here.
Request a Quote
Cracks do not wait and neither should your inspection process. When you are working on pipelines, tanks, or critical components, slow setups, unclear data, and the need to remove coatings can quickly turn a simple inspection into a time consuming job. Traditional methods often lead to longer downtime and still leave uncertainty around what is actually happening beneath the surface.
That is where the Eddyfi Reddy comes in. It is designed to give you fast, clear answers directly in the field so you can identify corrosion or cracking without the extra steps. When paired with the Spyne scanner, it becomes even more effective for covering large areas, helping you find issues early, reduce downtime, and keep your operations running smoothly.
The Eddyfi Reddy combines advanced Eddy Current Array testing with a large 10.4-inch multi-touch display to deliver fast, high-resolution inspections in the field.
With up to 128-channel SmartMUX technology, inspectors can scan wide surface areas in a single pass while maintaining a high probability of detection, significantly reducing inspection time compared to traditional methods.
At the same time, the real-time 2D C-scan imaging provides clear, intuitive visuals of defects, allowing users to zoom, rotate, and analyze data instantly on-screen.
This eliminates the need to interpret complex signals after the fact and gives operators immediate confidence in their findings, even in challenging environments where speed and accuracy are critical.
Built for demanding field conditions, the Eddyfi Reddy features a rugged IP65-rated magnesium alloy housing that protects the system from water, dust, and accidental impact.
This durable design ensures consistent performance in harsh industrial environments without the need for external cooling, reducing the risk of downtime or equipment failure.
Beyond its toughness, the Reddy integrates multiple electromagnetic technologies including Eddy Current Array, Tangential ECA, and Magnetic Flux Leakage into a single platform.
This allows inspectors to detect surface cracks, near-surface defects, and far-side corrosion without switching equipment, streamlining workflows and eliminating the need for multiple tools on-site.
Inspection time should not be spent clicking through menus or manually documenting every indication.
The Eddyfi Reddy simplifies the entire process with built-in setup wizards and automated acquisition sequences that help your team get up and running quickly while reducing human error.
As data is collected, the system automatically detects and highlights defects in real time, identifying cracks and corrosion without the need for manual interpretation.
Reports with images, locations, and measurements can be generated directly on the instrument, eliminating hours of post-processing and making it easier to deliver clear, actionable results straight from the field.
Our rental fleet includes both the Eddyfi Reddy 64 and 128 channel configurations, giving you the flexibility to match the system to your specific inspection requirements. The difference comes down to inspection size, coverage needs, and whether you are using array-based scanning.
The 64-channel configuration is ideal for more targeted inspections and smaller surface areas where high channel counts are not required. It is a strong fit for applications where you are not using array probes and need a reliable, efficient solution for localized defect detection.
For larger assets and array-driven inspections, the 128-channel configuration is designed to maximize coverage and resolution. When paired with the Spyne scanner, it enables wide, high-resolution scans in fewer passes, making it especially effective for pipelines and large surface areas.
Both configurations support flexible geometry scanning, allowing you to inspect curved and flat assets without switching systems.
If you need faster inspections and better reporting without the upfront cost, contact MFE Inspection Solutions to rent the Eddyfi Reddy for your next job.
If you need faster inspections and better reporting without the upfront cost, contact MFE Inspection Solutions to rent the Eddyfi Reddy for your next job.
| Dimensions (W×H×D) | 355 × 288 × 127mm (14.0 × 11.3 × 5.0in) |
| Weight | With batteries: 6.6kg (14.5lb)
Without batteries: 5.7kg (12.5lb) |
| Volume | 13 L (791 in3) |
| Power Requirements | 100–240 VAC, 50–60 Hz |
| Power Supply | Direct VAC or onboard batteries |
| Batteries | Type: Li-ion, rechargeable, DOT compliant
Typical life: 6–8 hours |
| Display | 26.4cm (10.4in) |
| Video Output | HDMI |
| Storage | SSD, 100 GB |
| Cooling | Sealed and fanless |
| Encoders | 2 axes, quadrature |
| Connectivity | Gigabit Ethernet, Wi-Fi, Dual Mode
Bluetooth® 2.1, 2.1+EDR, 3.0, 3.0+HS, 4.0 (BLE), USB 2.0 (×3) |
| Probe recognition and setup | Automatic |
| Channels | ECA: SmartMUX 32, 64, or 128
ECT: 4 MFL: 32, 64 or 128 |
| Frequency range (ECA, ECT) | 5 Hz–10 MHz |
| Frequencies | ECA: 2 simultaneous
ECT: 4 simultaneous |
| Array Connector | 160-pin |
| ECT Connector | 19-pin Fischer |
| I/O Connector | 12-pin Fischer |
| Generator output / Coil drive | Up to 20 Vpp |
| Injection Modes | Multiplexed, simultaneous, continuous |
| Receiver Gain | 41 dB range, 23–64 dB |
| Data Resolution | 16 bits |
| Acquisition / Sampling Rate | Up to 50 000 samples/s |
| IP Rating | Designed for IP65 |
| Operating Temperatures | 0–40 °C (32–104 °F) |
| Operating Humidity | 95%, non-condensing |
| Compliance | ASME, EN 61010-1, CE, WEEE, FCC Part
15B, ICES-003, AS/NZS CISPR 22, RoHS |
English English 
English (Canada)
Français du Canada
