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Combining MR physics and deep learning 

to accelerate MRI scans

Combining MR physics and deep learning 

to accelerate MRI scans

Upgrade your MRI in less than a day

Supports
fast scans


   ✓  Scan time reduction

   ✓  Fewer repeat scans

   ✓  Less wait time


Exceptional
image quality


  ✓  Excellent noise reduction

  ✓  Sharpness increased

  ✓  Motion artifact correction


Ease of use



  ✓ Zero changes to workflow

  ✓ No additional hardware

  ✓ Instant upgrades

MFDS approved

FDA 510(k)-cleared

Upgrade your MRI

in less than a day 

Supports
fast scans


✓ Scan time reduction 

✓ Fewer repeat scans 

✓  Less wait time 

Exceptional

image quality


✓ Excellent noise reduction 

✓ Sharpness increase 

✓ Motion artifact correction

Ease of use


✓ No change to workflow 

✓ No additional hardware 

✓ Instant upgrades

MFDS approved

FDA 510(k)-cleared

Scan time and image quality can now go together

Brain MRA - 3.0T Siemens MAGNETOM SkyraTR/TE: 21/3.4 ㎳
Acquisition voxel size: 0.52×0.55×1.2 ㎜

Brain AX FLAIR - 3.0T Siemens MAGNETOM SkyraTR/TE: 9000/102 ms
Acquisition voxel size: 0.55×0.91×5.0 mm

Brain 3D T1WI AX Reformat - 3.0T Siemens MAGNETOM SkyraTR/TE: 2100/2.8 ms
Acquisition voxel size: 1mm isotropic
Reformat thickness: 1mm

Brain AX T2*WI - 1.5T GE Signa HDxtTR/TE: 517/12 ms
Acquisition voxel size: 0.88×1.05×5.0 mm

L-Spine SAG T2WI - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3200/100 ms
Acquisition voxel size: 0.71×1.19×4.0 mm

C-Spine AX T2WI-1.5T Siemens MAGNETOM EssenzaTR/TE: 3200/114 ㎳
Acquisition voxel size: 0.66×0.74×3.0 ㎜

L-Spine AX T2WI - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3540/98 ms
Acquisition voxel size: 0.56×0.75×4.0 mm

Shoulder AX PDWI FS - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3000/23 ms
Acquisition voxel size: 0.63×0.78×3.0 mm

Shoulder COR PDWI FS - 3.0T Philips Ingenia CXTR/TE: 2400/30 ms
Acquisition voxel size: 0.50×0.68×3.0 mm

Knee SAG T2WI 1.5T Siemens MAGNETOM EssenzaTR/TE: 4450/105 ms
Acquisition voxel size: 0.50×0.56×3.0 mm

Knee COR PDWI FS - 3.0T Philips Ingenia CXTR/TE: 3000/30 ms
Acquisition voxel size: 0.40×0.51×3.0 mm

Ankle AX PDWI FS - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3270/37 ms
Acquisition voxel size: 0.53×0.66×3.0 mm

* For investigational purpose only

Scan time and image quality can now go together

Brain MRA - 3.0T Siemens MAGNETOM SkyraTR/TE: 21/3.4 ㎳
Acquisition voxel size: 0.52×0.55×1.2 ㎜

Brain AX FLAIR - 3.0T Siemens MAGNETOM SkyraTR/TE: 9000/102 ms
Acquisition voxel size: 0.55×0.91×5.0 mm

Brain 3D T1WI AX Reformat - 3.0T Siemens MAGNETOM SkyraTR/TE: 2100/2.8 ms
Acquisition voxel size: 1mm isotropic
Reformat thickness: 1mm

Brain AX T2*WI - 1.5T GE Signa HDxtTR/TE: 517/12 ms
Acquisition voxel size: 0.88×1.05×5.0 mm

L-Spine SAG T2WI - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3200/100 ms
Acquisition voxel size: 0.71×1.19×4.0 mm

C-Spine AX T2WI-1.5T Siemens MAGNETOM EssenzaTR/TE: 3200/114 ㎳
Acquisition voxel size: 0.66×0.74×3.0 ㎜

L-Spine AX T2WI - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3540/98 ms
Acquisition voxel size: 0.56×0.75×4.0 mm

Shoulder AX PDWI FS - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3000/23 ms
Acquisition voxel size: 0.63×0.78×3.0 mm

Shoulder COR PDWI FS - 3.0T Philips Ingenia CXTR/TE: 2400/30 ms
Acquisition voxel size: 0.50×0.68×3.0 mm

Knee SAG T2WI 1.5T Siemens MAGNETOM EssenzaTR/TE: 4450/105 ms
Acquisition voxel size: 0.50×0.56×3.0 mm

Knee COR PDWI FS - 3.0T Philips Ingenia CXTR/TE: 3000/30 ms
Acquisition voxel size: 0.40×0.51×3.0 mm

Ankle AX PDWI FS - 1.5T Siemens MAGNETOM EssenzaTR/TE: 3270/37 ms
Acquisition voxel size: 0.53×0.66×3.0 mm

Easy and automated connection 

in DICOM standard

Initial acceleration protocol setup required

(Supported by AIRS Medical)

Initial connectivity setup with PACS server required

(Supported by AIRS Medical)


PACS and SwiftMR interoperates automatically after installation.

Easy and automated connection 

in DICOM standard

Initial acceleration protocol setup required

(Supported by AIRS Medical)

Initial link to PACS server required

(Supported by AIRS Medical)

PACS and SwiftMR communication is automated after installation.

Changes to MRI scan workflow are minimal

Fast scan using existing scanner
Send image to SwiftMR
After image is processed by SwiftMR,

save enhanced image in PACS

Radiologist checks image

Frequently Asked Questions(FAQ)

No posts yet.

Changes to MRI scan workflow are minimal

Fast scan using existing scanner
Send image to SwiftMR
After image is processed by SwiftMR, save enhanced image in PACS
Radiologist checks image

Frequently Asked Questions(FAQ)

No posts yet.

SwiftMR fully complies to local regulations

SwiftMR

  • SwiftMR is a Class-I Medical image transfer device software approved by the Ministry of Food and Drug Safety. (No. 21-240)

  • SwiftMR does not store any personal information. The medical images are encrypted when being transmitted and permanently deleted after being processed.

  • SwiftMR complies with safety and security-related regulations in accordance with the separate table of the Ministry of Health and Welfare Notice No. 2018-202 「Standards for Facilities and Equipment Necessary for Management and Preservation of Electronic Medical Records」 (additional measures required when electronic medical records are stored in places other than medical institutions).

Medical Institutions

  • When a medical person or a medical institution establisher makes additional entries or corrections in the electronic medical record, they must preserve both the originals before and after the amendment in accordance with Article 22 (2) of the Medical Act.

SwiftMR fully complies to local regulations

SwiftMR

  • SwiftMR is a first-class medical image transmission device software approved by the Ministry of Food and Drug Safety. (No. 21-240)
  • SwiftMR does not store any personal information. The medical images are encrypted when being transmitted and permanently deleted after being processed.
  • SwiftMR complies with safety and security-related regulations in accordance with the separate table of the Ministry of Health and Welfare Notice No. 2018-202 「Standards for Facilities and Equipment Necessary for Management and Preservation of Electronic Medical Records」 (additional measures required when electronic medical records are stored in places other than medical institutions).

Medical Institutions

  • When a medical person or a medical institution establisher makes additional entries or corrections in the electronic medical record, they must preserve both the originals before and after the amendment in accordance with Article 22 (2) of the Medical Act.

Experience SwiftMR

AIRS Medical Inc.


13,14F, Keungil Tower, 223, Teheran-ro, Gangnam-gu, Seoul, 06142, Republic of Korea

E-mail: support@airsmed.com

Tel: (+82) 70 7777 3186

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