eddyQlab Ai VL
Model: eddyQlab 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.
About the eddyQlab Ai VL
The eddyQlab Ai VL (vertical large) is the CV joint version of the eddyQlab Ai. The CV joint and a reference part are placed vertically on the base plate of the tower-style test unit; one button starts the cycle, in which two coils travel along the part and record eddy-current signals at up to eight positions.
A separate control unit with a Beckhoff PC runs the AI software and can be stored under the lab bench; it is prepared for remote support. Results are reported on the Vickers or Rockwell scale as predictions derived from the trained model, within the published part-size limits.
Technical data
- Channels
- up to 2
- Test Positions
- up to 8
- Vickers Scale
- ✓
- Rockwell Scale
- ✓
- Coil Type
- specialized coil with shielding
- Automation
- PLC with Beckhoff PC
- Protection
- IP 52 Control Unit/IP 40 Test Unit
- Dimensions (L x W x H) - Test Unit
- 400 mm x 485 mm x 892 mm
- Dimensions (L x W x H) - Control Unit
- 500 mm x 600 mm x 670 mm
- Max CV Joint Stem Length
- 550 mm
- Max. Bell Diameter
- 145 mm
- Max. Shaft Diameter
- Ø 55mm
- Supported CV Joint Types
- Tulip CV joints, Bell CV joints
- Max. Weight of Part
- no weight limit within specified max. part size (cf. above)
Data from official ibg product information. Final configuration is confirmed in the EMUS quotation.
Where the eddyQlab Ai VL is used
- Tulip and bell CV joints
- Induction-hardening verification in the laboratory
- Reducing destructive metallographic sampling
Questions answered by ibg
What is the eddyQlab Ai VL used for?
The eddyQlab Ai VL is the ideal non-destructive lab solution for predicting the case depth and hardness of CV joints. The CV joints are positioned vertically (VL-vertical large) on the base plate of the Test Unit.
What are the dimensions of CV joints for testing with the eddyQlab Ai VL?
CV joints of a shaft length of max. 550 mm, a max. shaft diameter of 145 mm and a bell diameter of max. 55 mm can be tested using the eddyQlab Ai VL.
What does VL in eddyQlab Ai VL stand for?
The VL stands for “vertical large”, which indicates the direction of movement of the coils on the test unit.
Product imagery
Brochures, datasheets & catalogues
Whitepaper: AI prediction vs. destructive microhardness profile testing
PDF · Whitepaper
Alternatives from other manufacturers
Comparable systems we also represent. If your application requires a different balance of speed, resolution or footprint, these are worth reviewing.
MIZ-21C
MIZ-21C is the most advanced handheld eddy current instrument with surface array capability, simplifying inspection confidence for aerospace, oil & gas, manufacturing and power generation.
CompareEddyfi TechnologiesReddy
Reddy is the first portable, battery-operated system for eddy current array, eddy current tubing and MFL inspection — combining on-site acquisition, real-time C-scan imaging and one-click reporting in a rugged, sealed instrument.
CompareEddyfi TechnologiesLyft
Lyft is Eddyfi's dedicated Pulsed Eddy Current platform for corrosion assessment through insulation, fireproofing and weather jackets. The platform combines PEC and PECA technologies with SmartPULSE automation, Tau-scan analysis and real-time C-scan imaging.
CompareEddyfi TechnologiesAmigo 2
With more than three decades of proven field performance, ACFM technology has become the industry benchmark for in-service weld inspection. Amigo2 extends this legacy with increased portability, improved signal quality, enhanced productivity and modern connectivity. The platform supports conventional probes, Sensu2 array probes, underwater probes and high-temperature applications, combining hardware, Assist software and Sensu probe technologies into a complete ACFM inspection ecosystem.
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.
ibg NDT Technology
TheeddyQlab Ai VL is part of the ibg NDT Technology portfolio, supplied and supported by EMUS across the Balkan region.
Request Technical Consultation
Talk to an EMUS engineer about theeddyQlab Ai VL, your parts and tolerances, and the configuration that fits your inspection workflow.