Rotary Type Automated Test Machines

PrufTech Industries - Sister Concern of Mayuresh Engineers Download Brochure

Automated UT System - Rotary Type
For Pipe and Bar Inspection

We manufacture the Automated UT System (Rotary Type) through our sister concern of Mayuresh Engineers.

High-speed ultrasonic testing (AUT) system designed for continuous industrial inspection.

Suitable for pipes and bars with diameters ranging from 4 mm to 180 mm.

Automated Ut System Rotary Type for pipe and bar inspection
Automated Ut System Rotary Type for pipe and bar inspection

UT Ultrasonic Testing

  • Icon Ultrasonic Testing (UT) is a non-destructive testing (NDT) method that uses high-frequency sound waves to detect internal and surface defects in materials.

Principle of UT

  • A probe (transducer) sends ultrasonic sound waves into the material.
  • Sound waves reflect from cracks, voids, inclusions, or the back wall.
  • Reflected echoes return to the probe.
  • Signals are displayed on the UT instrument screen.

UT Applications

  • Weld inspection
  • Forgings & castings
  • Pressure vessels
  • Pipes & plates
  • Thickness measurement

Advantages of UT

  • Detection of internal defects
  • Deep penetration capability
  • Immediate inspection results
  • Accurate sizing of flaws

Major Users of UT

  • Oil & Gas Industry
  • Power Generation Industry
  • Aerospace & Aviation
  • Manufacturing & Fabrication
  • Automotive Industry
  • Construction & Infrastructure
  • Railway, Marine & Defence

Application

  • The automated rotary type inspection system is designed for high-speed ultrasonic testing (AUT) of pipes and bars made of various grades of steel with diameters from 4 mm to 180 mm.

System Components

  • Rotary unit with sliding table
  • UT electronics
  • Control systems
  • Height-adjustable test bench
  • Triple roll drives
  • Water circulation system
  • Flaw marking system
  • Software

Inspection Objects

  • Seamless and welded pipes
  • Heat exchanger pipes
  • Oil and gas pipes
  • Boiler tubes
  • Round billets
  • Hot-rolled bars
  • Finished bars

Inspection Scheme

  • In the rotary type AUT system, the unit with transducers rotates around the object being tested, while the pipe or round bar moves through the unit.
  • This enables spiral scanning of the surface. The inspection is performed using the immersion method, where water is supplied to the rotary unit during rotation.

Types of Defects

  • Pipe inspection: Longitudinal and transverse defects, laminations, wall thickness measurement, outer and inner diameter measurement
  • Bar inspection: 100% cross-section inspection, surface defects, internal structure defects, inclusions, longitudinal and transverse defects

Features

  • Up to 16 positions for ultrasonic transducers in one rotary unit
  • Possibility of installing a double set of rotary units in line to increase inspection speed
  • Optional additional inspection methods: eddy current or magnetic induction
  • Easy maintenance and setup with rotary units movable out of the line
  • Durability: Contactless signal transmission ensures long-term operation
  • Reliability: Synchronized with production speed and integrated into plant systems
  • Informative inspection: Automatic defect marking and detailed test report for each pipe

Rotary Unit

  • Each rotary unit contains up to 16 positions for transducers. Various transducer types can be installed depending on test specifications, enabling flexible inspection configurations.
  • Contactless signal transmission ensures long-term operation, ease of maintenance at the customer site, and excellent signal-to-noise ratio.

High-Speed Rotary AUT

Automated rotary ultrasonic testing system designed for high-speed inspection of pipes and bars with diameters ranging from 4 mm to 180 mm.

Multi-Defect Detection

Enables detection of longitudinal, transverse, surface, and internal defects with 100% coverage using rotary immersion ultrasonic inspection.

Reliable & Integrated System

Designed for continuous industrial operation with synchronized production speed, automated defect marking, and detailed inspection reporting.