MRI Dielectric Pads
Wearable high-dielectric pads designed to improve B1 field homogeneity and image quality across 11 anatomical regions for clinical and research MRI systems.
About MTechLab
Who We Are
MTechLab develops technology across the MRI workflow—from wearable high-dielectric pads that improve image acquisition to analysis pipelines that turn imaging data into structured, quantitative results.
Our foundation
Why MTechLab Exists
Improve the image. Structure the data. Strengthen the evidence.
High-field MRI can reveal extraordinary anatomical, functional, and metabolic detail, but shortened RF wavelengths can also create B1 field inhomogeneity, signal dropouts, and uneven image quality.
MTechLab was founded to address that gap at both ends of the MRI workflow: improving image acquisition with wearable high-dielectric pads and converting imaging data into quantitative results through integrated analysis pipelines.
Our mission is to give clinicians and researchers clearer inputs, traceable processing, and more useful evidence for early diagnosis research, treatment monitoring, and medical discovery.
Founded July 2023
CEO
Hyeon-Man Baek
Turning MRI research into practical technology for hospitals and research institutions.
MTechLab began with a clear technical problem: high-field MRI offers greater detail, yet RF field distortion can reduce image uniformity in clinically important regions. Our high-dielectric pad technology is designed to improve B1 homogeneity at the point of acquisition.
We are extending that foundation into a connected analysis workflow for structural MRI, functional MRI, diffusion MRI, and MR spectroscopy—helping teams move from standard imaging data to visual overlays, measurements, statistics, and reviewable outputs.
From research to application
Since its foundation in 2023, MTechLab has advanced through registered high-dielectric pad designs, medical-device manufacturing and quality credentials, research validation, international exhibitions, funding, and strategic partnerships.
From Better Images to Better Evidence
The next chapter
Looking Ahead
Our direction is a connected MRI technology portfolio: wearable hardware that improves acquisition, software that makes imaging data measurable, and longer-term research into non-invasive brain and nerve stimulation.
MRI Analysis Service
An integrated workflow for DICOM/NIfTI preparation, brain segmentation, functional MRI, diffusion MRI, MR spectroscopy, and structured result export.
Electroceuticals R&D
Long-term research into an integrated modular transcranial stimulation system for non-invasive brain and nerve stimulation; this remains an R&D program.
MRI analysis service
From MRI Scan to Quantitative Result
The platform is designed as a complete neuroimaging workflow, not simply a viewer. It reads DICOM metadata, prepares NIfTI volumes, runs analysis modules, and produces overlays, masks, anatomical labels, volume statistics, logs, and structured reports.
SNR+SNR improvement validated in high-field clinical use
MRICompatible with all major MRI systems
11Anatomical pad regions
Validation evidence
MR PAD image-quality evidence
Documented before-and-after examples show the effect of MR PAD use in brain, spine, and abdominal imaging. High-field validation reports improved B1 homogeneity and SNR gains in evaluated regions.
Without pad
With padBrain MR PAD
Without pad
With padSpine MR PAD
Without pad
With padAbdominal MR PAD
Credentials
Certifications, licenses, and patents
MTechLab maintains medical-device manufacturing and quality credentials, venture certification, and registered intellectual property for high-dielectric MRI technologies.
ISO 13485
Medical device quality management system certification.
GMP for Medical Devices
Good Manufacturing Practice certification for medical devices.
ISO 9001 / 14001 / 45001
Quality, environmental, and occupational health and safety management systems.
Manufacturing License for Export Products
Manufacturing authorization for export medical device products.
Venture Enterprise Certificate
Korea Venture Business Certification.
Patent Registration
Registered invention patent.
10-2050269Design Patent Registration
High-dielectric MRI pad design patent.
30-1254774Design Patent Registration
High-dielectric MRI pad design patent.
30-1254775Patent Registration
Registered invention patent.
No. 10-2050269Design Patent Registration
Registered invention patent.
No. 30-1254774Design Patent Registration
Registered invention patent.
No. 30-1254775Venture Business Certification
Registered company credential.
ISO 9001 Quality Management System
Registered company credential.
ISO 13485 Medical Devices QMS
Medical device quality management system certification.
GMP Certification (Medical Devices)
Registered company credential.
Our Locations
Visit Us
Head office
Room B1027, 119, Songdo Munhwa-ro, Yeonsu-gu, Incheon (Songdo-dong, Incheon Global Campus)
21985
Manufacturing & R&D
Factory No. 706, Songdo Science-ro 70, Yeonsu-gu, Incheon (Songdo-dong, Songdo AT Center)
21984
Need Help?
Work with MTechLab
Talk with MTechLab about MRI pad evaluation, quantitative imaging workflows, research collaboration, or product requirements.