NDT Technologies is a supplier of custom built automated quality control systems for measuring and testing rails, wheels and axles by non-destructive methods.

Our equipment provides assurance that products have been manufactured to the applicable international standards and quality control specification.

Our equipment has been installed in a number of major steel mills, in Europe, North America and Asia. In close cooperation with railroads and transport departments we have developed a unique technology for in track testing and assessment of the rail running surface condition.

Since 1981 NDT’s expertise and experience is based on electromagnetic, eddy current, laser, optical and ultrasonic technologies.

Rail weld field test - System for manual verification of rail weld integrity including gas, resistance or alumino - thermic processes.

EDDYTRON™ - Automated testing system for verification and surface flaw detection of manufactured rails in steel mills.

Rail Test System - NDT Technologies Inc. is a supplier of custom built automated quality control systems for measuring and testing rails.

Wheel Test Line - Complete rail-wheel handling, testing and measuring system including hardness, laser dimensions, ultrasonic and magnetic examination methods.

Field testing DYNATRAK technology - New technology developed for high speed dynamic assessment of rail running surface condition.

Products

NDT Technologies’ product range includes:

RM 100 rail master

Acoustic equipment for on-site manual verification of rail ends or questionable sections of rail tracks.

MP 700 rail weld test multi-probe

System for manual verification of rail weld integrity including gas, resistance or alumino – thermic processes. The probe used in conjunction with ultrasonic flaw detector locates weld flaws inclusive lack of fusion condition and assists to standardise the inspection process. The system is usually used by welding crews for on site assessment of weld integrity.

Rail cleaning station

Automated rail surface cleaning and removal of loose scale prior to rail testing and measuring operations. Proper preparation of rail surface optimizes automated inspection process, assures repeatability of measurements and increases product integrity level. This equipment is used in steel mills.

Rail laser

Automated opto-laser measuring system of rail straightness, waviness, twist and dimensions. A fully computerized system using custom developed software provides rail measurement in full length during manufacturing process. Comprehensive reports indicating out of tolerance conditions are generated in graphic format. Measurement is carried out according to AAR rules and other specified standards. (Hot side measurement is also available).

Eddytron™

Automated testing system for verification and surface flaw detection of manufactured rails in steel mills. Rail running surface, both sides of head, base and web is verified for the presence of dangerous surface anomalies such as cracks, seams or fractures. Rail surface integrity based on electronic signatures is digitally analysed, replacing relatively slow and labour intensive visual inspection. Rail production yield is optimized by a qualitative measurement directly based on reference calibration standards. The system is also superior to fluorescent magnetic examination by filtering out false indications such as surface scratches.

Sonotron™

Automated system for detection of rail volumetric examination and internal flaws detection. Computer driven multi- channel ultrasonic test system provides full volumetric assessment of material integrity. The inspection process is based on electronic comparison measurements in relation to a set of artificial calibration standards. Rail head, web and base are examined on the steel mill production line. Adaptable and expandable design of the system also allows for testing of asymmetrical products. Our robust and reliable systems have been in operation since 1986.

Wheel line 2000

Complete rail-wheel handling, testing and measuring system including hardness, laser dimensions, ultrasonic and magnetic examination methods.

Wheel-mag

Equipment for non-contact fluorescent magnetic particle inspection “MPI” of wheel plates in radial and circumferential directions.

Wheelaser

Opto-Laser system for dimensional measurementof rail wheels.

Dynatrak II

New technology developed for high speed dynamic assessment of rail running surface condition. The system provides a platform for the detection and digital categorization of surface flaws. The system also includes data acquisition, statistics and creation of graphic reports.