PAUT Machine

Product Description

Phased array ultrasonic testing or PAUT Machine is used as an indispensable part of welding testing work. This machine is considered as a reliable substitute of radiographic testing equipment in terms of its error free operation, high speed operating mode and cost effectiveness. This machine is truly useful for determining wall thickness level of storage tanks, pipes and pressure vessels. The testing method adopted by this machine is also used to check flawlessness of butt welding parts of pressure vessels and pipelines. We would like to introduce ourselves as a successful manufacturer and exporter of PAUT Machine.

Features

• Long service life
• Ease of controlling
• High output
• Sturdy construction

FAQs: 

Q: What is a PAUT Machine?

A: PAUT Machine is a type of ultrasonic testing equipment that uses phased array technology to inspect materials for defects or anomalies.




Q: How does a PAUT Machine work?

A: PAUT Machine works by using a phased array probe that contains multiple individual transducer elements. The probe sends and receives ultrasound signals which are then processed by the machine to create images and detect any defects in the material being tested.The machine can change the direction and focus of the ultrasound beam in real-time, allowing for more efficient and accurate inspection of complex geometries.







Q: What is the price of a PAUT Machine?

A: The cost of a PAUT Machine in 35000.00 - 150000.00 INR




Q: What is difference between UT and PAUT?

A: The difference between Ultrasonic Testing (UT) and Phased Array Ultrasonic Testing (PAUT) lies in the method used to produce and receive the ultrasonic signals.

In UT, a single transducer is used to send and receive ultrasonic signals. The beam direction and focus of the signal cannot be changed during the inspection, making it more challenging to inspect complex geometries and material with varying thicknesses.

In PAUT, a phased array probe containing multiple individual transducer elements is used to send and receive ultrasonic signals. The machine can change the direction and focus of the ultrasound beam in real-time, allowing for more efficient and accurate inspection of complex geometries and materials with varying thicknesses.