Massimo Carminati

Massimo Carminati

Lev. 3 ISO 9712 UT-PA-TOFD-RT-VT-MT-PT

Massimo Carminati has been working with IMG Ultrasuoni for over thirty years and joined the team in 2012. He currently serves as Application Manager, working alongside other Level 3 engineers to develop specialized applications, ultrasonic instruments and custom hardware and software solutions.

His professional career has been entirely focused on the field of ultrasound, with experience gained in technical, application, training and research and development roles. Over the years, he has worked on advanced ultrasonic testing, automated systems, specialized probes, technical software and ultrasonic applications in various industrial and scientific fields.

At IMG, he contributes to the development of custom solutions for complex application needs, drawing on his in-depth knowledge of advanced UT technologies and the industry’s leading software platforms.

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The company focuses on the development of advanced ultrasonic applications, with a particular emphasis on the design of custom solutions and the integration of instruments, probes, software and automated systems.

  • Development of ultrasonic applications in industrial and scientific fields
  • Design and development of advanced UT instruments
  • Design of solutions for automated control systems
  • Development of custom hardware and software solutions
  • Research and design of special probes
  • Using CIVA to support analysis and application development
  • Research and development in advanced UT
  • Technical support for software platforms for advanced UT testing
  • Experience in technical training and application support
  • Participation in R&D activities and patent development
With over 35 years of experience in the field, Massimo Carminati has worked on ultrasonic applications across numerous industrial and scientific sectors, developing a broad understanding of UT technologies and their potential applications.
His experience includes technical support, training, the development of advanced UT applications, the design of automated systems, the study of special probes, and participation in research and development projects.
His contribution is particularly valuable in cases where inspection requires a non-standard solution: complex components, automation needs, custom configurations, hardware-software integration or the development of specific tools and applications.
His career has unfolded within companies specializing in the field of ultrasound and advanced testing, where he has held technical, managerial, training and research roles.

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Since 2012 | IMG Ultrasuoni
Application Manager. Working alongside other Level 3 engineers, he is responsible for developing specialized applications, ultrasonic instruments and custom hardware and software solutions.

At IMG, Massimo Carminati contributes to the development of cutting-edge technical solutions, particularly when a customer needs to go beyond the standard application of the instrument.
In his role as Application Manager, he works on specific requirements, which involve analyzing the behavior of the control system, evaluating the most suitable configuration, designing custom solutions, and properly integrating instrumentation, probes, software and automated systems.
His experience enables him to transform a complex requirement into a concrete, verifiable, and sustainable technical application, while always keeping the focus on the solution’s actual usability in the field.

A key part of its business involves the development of advanced ultrasonic applications and specialized solutions for industrial and scientific applications.

This work may include the study of specialized probes, the use of simulation software such as CIVA, the configuration of advanced UT instruments, the development of hardware and software solutions and integration with automated control systems.

This is a task that requires technical expertise, practical insight and a willingness to experiment: it’s not just about choosing a technology, but about understanding how to make it work reliably in a real-world scenario.

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