Welcome to Raimondi NDT 
Specializing in Advanced Ultrasonic Examination
 
Inspection, Training, Certification, Application Development, & Consulting 
 Raimondi NDT - Where purpose, passion and integrity meet!

NDT Training

Phased Array
Time of Flight Diffraction
Full Matrix Capture / 
        Total Focus Method
Traditional UT
Custom Courses Available
More

NDT Consulting

UT Application Development
Technician Certification 
Research Project Support
Quality Audits
Code Compliance Guidance
More

Inspection

Phased Array
Time of Flight Diffraction
TFM - FMC
Thickness mapping
Composite Inspection
Visual (VT), Magnetic Particle (MT)
Dye Penetrant (PT) 
More

Robert J. Raimondi

ASNT Level III #165025
Phased Array, TOFD, FMC/TFM
EPRI Approved
25 years NDT experience
Call 617-378-2067

Industries


Aerospace
Power
Piping
Marine
Rail
Transportation
Construction
Manufacturing
Bridges

NDT
Experience

Raimondi NDT offers over 26 years of experience in the field of Non-Destructive Testing (NDT).  RNDT believes in continuous improvement which is especially important for our demanding Advanced NDT customers.  RNDT uses the latest technology to ensure our customers and students are well informed.

Training Partner

Raimondi NDT is an authorized Evident/Olympus training partner providing formal Advanced Training with the OmniScan MX, MX2, SX, X3, and X4.


We also have experience with other advanced instruments, including the Zetec Topaz.


We specialize in PCI / FMC / TFM, Phased Array and Time of Flight Diffraction (TOFD) courses.

ANSI / ASNT / ASME / AWS / NAS 410
Standards

Raimondi NDT aligns its content with material outlined in the ANSI/ASNT CP-105 Standard. We specialize in training for Advanced NDT inspection techniques within the Ultrasonic Testing (UT) method. RNDT supports techniques such as Phased Array (PA) and Time of Flight Diffraction (TOFD) techniques. RNDT also supports the newest advanced technique called Phase Coherence Imaging (PCI) which is a subset of Full Matrix Capture (FMC) developed for Total Focus Method (TFM).