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MTechLab

Solutions · MRI PadsWrist

Wrist MRI Dielectric Pad

High-dielectric MRI pad shaped for wrist imaging, built to support B1 field uniformity without changing the scan protocol.

Size
33 × 13.5 cm
Material
High dielectric constant material
Evidence
1 cases
Wrist MRI Dielectric Pad
MR workflow compatible
33 × 13.5 cm
1.5T / 3T
01 / Clinical evidence
With pad
Without pad
Without padWith pad

With vs. without pad

The page shows measured image pairs only where local clinical visuals exist.

Sequence
Wrist MRI
02 / Fit and workflow
Wrist MRI Dielectric Pad placement on body

Placement

Anatomically shaped for the scan region, then used with the existing coil workflow.

Wrap around the wrist and keep the pad centered over the carpal region before coil positioning.

01

Position

Place the pad directly on the target anatomy, conforming it to the body surface.

02

Insert into coil

Slide inside the standard flex or spine coil as usual. No hardware modification needed.

03

Scan

Run your existing protocol without any parameter changes. Improvement is immediate and passive.

Wrist MRI Dielectric Pad rotating motion view
03 / Specifications
Width
33CM
Height
13.5CM
Sizes
Small · Medium · Large
Outer fabric
NEOPRENE POLYESTER 100%
Inner fabric
High dielectric constant material

Field strength

1.5T3T

Scanner compatibility

SiemensPhilipsGE

Clinical applications

Wrist MRISmall joint detailCarpal imaging

Common sequences

PD FST2WT1W
04 / Product notes

Features

Built around fit, passive signal support, and repeatable clinical handling.

Provides clinically proven clear MRI (wrist) images

Ergonomic design for better images

Harmless material to the human body

Frequently Asked Questions

No protocol changes are needed. Simply position the pad on the target anatomy and run your existing sequence without modification. The improvement in B1+ field homogeneity happens passively.

Yes. All MTechLab dielectric pads are MR Conditional and have been tested per ASTM F2503. They are safe for use in MRI systems at the field strengths listed on this page.

Yes. We regularly manufacture pads for non-standard anatomies, paediatric patients, and research applications. Contact us with the target circumference or dimensions and field strength — we'll specify the right configuration.

Wipe with a standard MRI-safe disinfectant (IPA wipe or equivalent). Do not autoclave or immerse in liquid. The outer fabric is resistant to common hospital disinfectants. Full reprocessing instructions are available on request.

3T systems show the largest absolute SNR gain because dielectric effects are strongest at higher frequencies. 1.5T also benefits significantly, particularly for deep anatomy. 7T research systems see the highest percentage improvement.

Use the following APA citation format when referencing this product in a publication or clinical report:

MTechLab. (2026). Wrist MRI Dielectric Pad [MRI Dielectric Pad]. MTechLab. https://mtechlab.com/solutions/mri-pads/wrist

Trial request

Send your scanner, field strength, and anatomy. MTechLab can recommend the right pad.