The Non-Destructive Testing Solution
Additive Manufacturing Deserves
Unlock the potential of AM for critical applications with RD1-TT, the world’s first nonlinear resonance non-destructive testing technology.
120x Faster
Faster NDT enables maximum production efficiency.
*Compared to a 2-hour X-ray CT test
100% Population Testing
The ability to rapidly test components enables full batch testing instead of random samples.
Less than 1 year
Reduce testing costs and X-Ray CT workload help you achieve a faster return on investment with RD1-TT.
Low Amplitude Excitation
[No meaningful data obtained]
High Amplitude Excitation
[Linear Signal Correlation = Flaw Free]
High Amplitude Excitation
[Anomalies in acoustic signature = Flaws Detected]
What Is
Nonlinear
Resonance NDT?
Theta Technologies’ Nonlinear Resonance technique, derived from nonlinear acoustics, offers faster, safer, and more cost-effective flaw detection. Microscopic behaviours of flaws within a component are exploited using a controlled excitation process to determine the overall integrity of even the most complex additive manufactured components.
How It Works
PART ENERGISED
The additive manufactured component is excited into resonance using varied amplitude signals. This process exploits the microscopic behaviours of flaws with individual AM components.
FREQUENCIES ASSESSED
RD1-TT’s sophisticated software algorithm works meticulously in the background to compare the part’s response to the differing input signals.
METRICS DELIVERED
Should the nonlinear resonance test show any discrepancies in the response, these differences are weighted and presented as a data metric.
Enabling Rapid, In-House
AM Part Validation.
RD1-TT fits seamlessly into your existing manufacturing workflow to facilitate faster, more cost-effective AM part triage. No longer will you need to invest in expensive X-ray CT equipment or ship additive manufactured parts off-site for validation, thanks to RD1-TT.
RD1-TT Technical Specifications:
Inspection Method:
Non-Destructive Testing
Inspection Technology:
Nonlinear Resonance
Power Requirements:
90 – 264 VAC 50/60 Hz Max 10A
Acoustic Signal Detector:
Class 2 Laser Vibrometer
to BS EN 60825-1:2014
Control Input:
16” Touchscreen
Software/Operating System:
Custom LabView/Windows 11
Dimensions:
6ft 6in x 4ft 4in x 2ft 8in
1.98m x 1.32m x 0.8m
Minimum Part Dimension:
2in x 2in x 2in
50mm x 50mm x 50mm
Maximum Part Dimension:
23.5in x 17.5in x 12in
600mm x 450mm x 300mm
“
This has the potential to provide a rapid quality control tool to evaluate samples of complex geometries…
Enrico Gallino, Senior Engineer, Ricoh 3D
“
Unparalleled Quality Assurance
Benefits for Additive Manufacturers
Additive manufacturing has prompted a unique set of quality assurance challenges that have prevented its widespread adoption within critical applications. RD1-TT eradicates the most complex challenges, meaning that additive manufacturers finally have an effective non-destructive testing solution at their disposal. Discover the wealth of benefits that RD1-TT brings.
Enables Immediate
Post-Print Inspection
RD1-TT’s unique ability to test additive manufactured parts immediately after printing offers significant time and cost-saving benefits. No longer add value to flawed parts during post-processing by eliminating them from your workflow at the earliest possible opportunity.
Delivers Rapid
Assessment of Part Integrity
As additive manufacturing processes become faster, so too should the quality assurance of parts. The days of waiting hours, or even days if you ship parts off-site for X-ray CT results, are over. RD1-TT provides a comprehensive overview of an AM part’s integrity in less than a minute.
Surface Finish
Agnostic
A significant challenge to additive manufacturing is testing for flaws in components that feature the inherent surface roughness of 3D printing. Nonlinear resonance NDT is unaffected by the limitations of other NDT methods such as dye penetrant and X-ray CT when faced with surface roughness.
Allows for
Multi-Stage Testing
The ability to rapidly test your AM components in-house means that RD1-TT can be deployed at multiple stages of your additive manufacturing workflow. Understand your post-processing steps like never before and even identify which stage of the process could be compromising part integrity with RD1-TT.
Provides
Faster ROI’s
With a reduced investment requirement and more cost-effective part testing, RD1-TT helps you achieve a much faster return on investment compared to other techniques. Whether your target is increased sales, reduced inventory, or shorter production cycles, RD1-TT provides highly cost-effective testing.
Optimise
Process Parameters
The sensitivity of the RD1-TT means that it can be utilised as a process parameter tool. Stabilise and refine your hot isostatic pressing or chemical finishing processes, with component properties maintained within specified thresholds for optimal performance.
Handles
Complex Geometries
Unlike traditional non-destructive testing methods, nonlinear resonance NDT successfully tests and identifies flaws in even the most complex additive manufactured parts. This benefit provides additive manufacturers with unmatched design freedom, for critical applications that aren’t available through other manufacturing methods.
Eliminates
HSE Considerations
RD1-TT won’t present your HSE team with an extensive list of risks. There’s no X-rays, ultraviolet lights, fluorescent dyes or other harmful substances that require a complex risk assessment resulting in quick and easy implementation.
Minimises
Operator Training
Our team of technical specialists have refined the non-destructive testing process in RD1-TT to deliver user-friendly operational experience, minimising the need for advanced training and qualification requirements.
Talk to
Our Team of
Technical Specialists
Connect with our team of technical experts today and explore how RD1-TT can help revolutionise your additive manufacturing processes.
Theta Technologies Limited
Address
Theta Technologies Limited
3 Babbage Way
Exeter Science Park
Clyst Honiton
Exeter
EX5 2FN
United Kingdom
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