IMG Ultrasuoni Srl.

Description:

Angled transverse wave probes with 14×14 crystal for manual contact checks, examining

welds and searching for defects. They are available with frequencies from 1MHz to 4MHz with piezo-composite or standard crystal. 

Characteristics:

Angled transverse wave probes with 14×14 crystal for manual contact checks, examining welds and searching for defects. They are available with frequencies from 1MHz to 4MHz with piezo-composite or standard crystal. Each probe is accompanied by a characterization certificate (FFT) and, upon request, a technical data sheet. On request, it is possible to create probes with crystal, external dimensions, frequency and damping according to customer specifications.

Description:

Angled double crystal probes with Longitudinal waves (DAL) or Transversal waves (DAT) are suitable for checking low thicknesses or searching for nearby defects. 

Characteristics:

Angled double crystal probes with Longitudinal waves (DAL) or Transversal waves (DAT) are suitable for checking low thicknesses or searching for nearby defects. The DAL and DAT models are supplied with a standard focal length as per the table or with a beam focusing depth defined by the customer. Each probe is accompanied by a characterization certificate (FFT) and, upon request, a technical data sheet. On request, it is possible to create probes with crystal, external dimensions, frequency and damping according to customer specifications.

Description:

Complete series of LFI and SCR probes with 10×18 (LFI) and 6×18 (SCR) crystal sizes. Both models are available with frequencies from 1 to 4 MHz. The LFI probes are available with angles of 45, 60, and 70 and with standard focal lengths of 60, 40 and 20mm. The SCR model probes have a 15mm focal length.

Characteristics:

Complete series of LFI and SCR probes with 10×18 (LFI) and 6×18 (SCR) crystal sizes. Both models are available with frequencies from 1 to 4 MHz.

The LFI probes are available with angles of 45, 60, and 70 and with standard focal lengths of 60, 40 and 20mm. The SCR model probes have a 15mm focal length. Different angles and focal lengths are available on request. The probes can be made with piezocomposite crystal and each probe comes with a characterization certificate and technical data sheet and, upon request, a focus and angle diagram.

Description:

Flat longitudinal wave ultrasound probes, are to be mounted on angled bases to carry out TOFD checks. 

The flat ultrasonic probe is made with piezo-composite crystals, the frequencies vary from 2MHz to 10MHz with diameters from 3mm to 20mm.

Characteristics:

Flat UT probes with longitudinal waves are to be mounted on angled bases to carry out checks. The ultrasound probes in question are made with piezo-composite crystals, the frequencies vary from 2MHz to 10MHz with diameters from 3mm to 20mm.

Each probe is accompanied by a characterization certificate (FFT) and, upon request, a technical data sheet. On request, it is possible to create probes with crystal, external dimensions, frequency and damping according to customer specifications.

Description:

NDT systems that operate by comparison must be calibrated before carrying out a check on an artefact. For this reason, sample blocks with artificially created reference indications and of known dimensions are used.

More and more often these indications have dimensions that are difficult to achieve with traditional mechanical processes.

To meet the needs and demands of the market, IMG Ultrasuoni is equipped with a numerically controlled machining centre for EDM processing.

Electrical discharge machining or EDM (from the English Electrical Discharge Machining) is an unconventional machining process, meaning that there is no direct contact between the tool and the piece during the removal of material. With this process, it is possible to carry out precision machining with a high aspect ratio since it does not generate burrs and is not affected by the mechanical characteristics of the material being machined.

Characteristics:

On any conductive material and of any shape or stage of processing.

The processes can have precise dimensions (0.1-0.2mm) and are very small compared to conventional mechanical processes, respecting very tight tolerances and high surface finishes.

The processes can be carried out in difficult-to-access positions such as the internal surface of pipes, without having to section the component or additional mechanical processes.

Description:

Induced currents are a material inspection technique, widely used in carrying out non-destructive testing. The English acronym for this type of non-destructive testing is the word EDDY CURRENT. This non-destructive examination, through eddy currents, consists of inducing alternating magnetic fields, created through special coils or probes, in the material to be inspected in the NDT inspection.

These fields generate induced currents (Foucault currents) in the area to be inspected in the NDT control, which will be diverted by any discontinuities present within the component concerned, to our non-destructive control, through the generation of induced currents we will be thus capable of detecting defects or malformations on the product. To make the most of the potential of the eddy current technique, it is necessary to have the best EDDY CURRENT skills and equipment on the market. IMG ULTRASUONI offers, thanks to its supplier Eddyfi, an instrument for non-destructive checks using induced current techniques (EDDY CURRENT), thus inducing electric currents on the material for inspection. The REDDY product and its integrated data analysis software offer the most intuitive user experience, which includes real-time “C-SCAN”, a modern, robust and large-sized multi-touch interface, as well as many other features which enable fast, high POD surface inspections. With this eddy current instrument, you will bring your electromagnetic control to the best possible market standards. REDDY gives its maximum performance when used on non-destructive checks on PIPELINES, WELDING and numerous other applications typical of companies operating in the NDT sector. Discover all the features of this induced current electromagnetic instrument below and request a free demo for your company.

Description:

Developed for the search for superficial and subsurface defects on extremely varied components, such as cracks in holes, and multi-layer structures, “EDDYCON CL” allows the measurement of conductivity for the discrimination of materials or their alloys and the measurement of paint thickness.

Eddycon CL, thanks to its extreme portability, battery operation with high autonomy, 7.2" display with 800x640 pixel TFT colour resolution and internal memory, allows it to adapt to various uses. It integrates the functionality of executing and storing calibration curves, for in-depth sizing of indications. The display can be changed to adapt to operational needs (Lissajous, strip chart, etc.).

It can operate with two independent frequencies and create a MIX channel, record time-based or via an encoder. All parameters can be modified and adjusted according to your needs.

The data can be analyzed on the instrument or a PC using the software included and supplied.

Description:

If you are a non-destructive testing operator and need to carry out non-destructive testing on TANKS and STORAGE SYSTEMS, this probe is exactly what you were looking for. Its extreme practicality and adaptability to any type of surface make it an indispensable "travel companion" when carrying out your non-destructive inspections or magnetic checks on materials. For over 30 years, IMG ULTRASUONI has been the main Italian company producing ultrasonic probes and transducers, instruments for non-destructive testing, widely used in the Italian and global NDT scenario.

Description:

Are you looking for equipment to carry out non-destructive inspections or OFFSHORE non-destructive checks? IMG ULTRASUONI, the main Italian company producing ultrasonic probes and instruments for non-destructive testing, presents on this page its proposal for all NDT inspections dedicated to the OFFSHORE world. Underwater inspections are very delicate non-destructive checks and must be carried out by highly qualified personnel, with NDT instrumentation specifically designed for these activities and the OFFSHORE world. U41 is an ACFM® underwater inspection system for surface crack detection and sizing. For the past 30 years, ACFM® technology has been used globally as the method of choice for subsea rupture detection and sizing. Recognized and approved by many certification bodies, including DNV, ABS and Lloyds, this technique has been used successfully against traditional non-computerized and more user-dependent methods, such as MPI. As today's industry moves towards using verifiable NDT methods at all of their assets, there is a need for inspections that are faster, more flexible, easier to implement and with better reporting capabilities. The TSC U41 is supported by a global network of calibration and training centres, located in Milton Keynes (UK), Quebec (Canada), Houston (USA) and Dubai (UAE). This instrument is undoubtedly among the best NDT solutions for all underwater non-destructive inspections and those aimed at the offshore world.