Non-Destructive Testing Radar Solution
Schottky diode based terahertz technology technology
> Non-invasive
> In-line inspection
> Contactless
> High penetration
> Ultra-compact
> All electronic technology
High material penetration
Up to tens of cm
High inspection rate
Several thousands traces/s
High resolution 3D imaging
Sub-mm resolution
Automation Artificial intelligence quality control Industry 4.0
Pick your application
THz technologies for non-destructive testing allow for a simplified implementation of contactless inspection solutions, while remaining completely harmless to the end user along with minimal interaction with the sample under inspection. Lytid offers its expertise through a variety of solutions to provide a wide range of methods with tailored performances to suit perfectly your non-destructive testing requirements (penetration depth, resolution, sensitivity, acquisition time, post-processing, …)
3D inspection
Tailored imaging module options, scanning kits and dedicated signal processing software, are available to suit specific imaging applications.
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Compatible with :Robitic arm/ Beam steering / Translation stages
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Data visualisation & processing software
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Imaging optics options : 2 “f = 5 cm ; 2 ” f = 10 cm
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Spatial resolution : 2mm ; 4 mm respectively (in air)
3D imaging visualisation software
Pharmaceutical industry
Explore your sample in three dimensions
Use cases – 3D inspection
Lytid’s NDT radar solution can be implemented in many industries and applications, here are some use cases:
Thickness measurement
Benefiting from advanced extraction algorithm, Lytid NDT solution allows to perform contactless thickness mesurement.
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Powerful thickness extraction software
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Minimum thickness: <1 mm
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Accuracy : ±5µm
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Monolayer & multilayers
Proprietary thickness extraction algorithms
HDPE 1000 single-layer chart
Lytid’s thickness measurement tool & software
Use cases – Thickness measurement
Our NDT THz solution can mesure with µm-precision single and multi-layer parts, here are some examples:
Material identification
Proprietary signal processing algorithm allows to measure the optical index of materials for identification, density measurement and ratio measurement.
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Measurement of optical index of material
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Sorting of black plastics
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Density measurement of dielectrics
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Ratio estimation in polymer mixes
Non-destructive testing with Lytid :
Terahertz waves have the ability to penetrate a large variety of dry, non-polar and non-metallic materials such as :
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Polymers
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PP, PE ,Teflon..
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Foams
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Cardboard
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Elastomers
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Natural rubber
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Papers
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Fabrics
- Composites
- GRP, CRP…
- Ceramics
- Woods
- Leather
Broad range of applications