The WaveScan Microwave Holographic Imaging (MHI) scanner uses synthetic focusing of backscattered electromagnetic waves in multilayered media.

Operating across a wide frequency range, it collects data via an automated 2D platform, achieving higher-resolution imaging than traditional methods.

Traditional imaging resolution is limited by the antenna size. Our system uses wideband data to synthesize a virtual large aperture, producing sharp, focused images based on the scanned material.

Advanced post-processing further enhances data fidelity.

Patent Details

Non-contact microwave testing system and method for see-through imaging - WO2021236019A1

We are delighted to share that our first patent application has been granted in Singapore and is pending in Japan, the US, and the EP. This patent covers some of the tech currently being commercially deployed by WaveScan, while our other patents are in various filing processes or PCT stages.

Structural see-through inspections

Frequency of operation: 0.4 - 6 GHz

Resolution: cm-scale

Automated data collection

Penetration Depth: 30 to 40 cm

Metallic Rebars

Voids

Cracks

Facade delamination & metal brackets

Water presence

Stand-off (air-medium): 30 to 50cm

Transmitted Waves

Reflected Waves

Key Features of Our Products

See-through

Penetration Depth of up to 400mm (concrete)

This is a see-through scanner and a “see-thoroughly” scanner

Non-contact

Non-Contact Standoff distance ~ 100mm (air-medium)

Portable & Lightweight

3.2 kg (or) 7.1 lbs

Safety

CE & IMDA Compliance Product

Blazing Fast Data Speeds

A Typical scan of 1 sqm would approximately take only 90 seconds

Volumetric Viewing

3D holographic images with clear, rich & representative

Materials Classification

Classification of different materials across entire depth of scan

Multi Frequency Operation

Customizable operating frequency from 400 MHz to 6000 GHz

Leave No Detail Behind

40,000 measurements per sqm (max)