Primary Device ID | 00850002429114 |
NIH Device Record Key | 5a1c6c3c-afba-4a18-9ef1-7397bdc9d831 |
Commercial Distribution Status | In Commercial Distribution |
Brand Name | microfet handgrip |
Version Model Number | 5050-100 |
Company DUNS | 078431102 |
Company Name | Hoggan Scientific L.L.C. |
Device Count | 1 |
DM Exempt | false |
Pre-market Exempt | true |
MRI Safety Status | Labeling does not contain MRI Safety Information |
Human Cell/Tissue Product | false |
Device Kit | false |
Device Combination Product | false |
Single Use | false |
Lot Batch | true |
Serial Number | true |
Manufacturing Date | true |
Expiration Date | false |
Donation Id Number | false |
Contains Natural Rubber Latex | false |
Labeled No Natural Rubber Latex | false |
RX Perscription | false |
OTC Over-The-Counter | false |
Device Issuing Agency | Device ID |
---|---|
GS1 | 00850002429114 [Primary] |
LBB | Dynamometer, Ac-Powered |
Steralize Prior To Use | false |
Device Is Sterile | false |
Public Version Status | New |
Device Record Status | Published |
Public Version Number | 1 |
Public Version Date | 2025-03-05 |
Device Publish Date | 2025-02-25 |
00850002429114 - microfet handgrip | 2025-03-05The microFET® handGRIP is a dynamometer device for performing muscle grip strength tests to quantitatively measure muscle weakness caused by injury or disease, as well as measure general muscle strength of hand. |
00850002429114 - microfet handgrip | 2025-03-05 The microFET® handGRIP is a dynamometer device for performing muscle grip strength tests to quantitatively measure muscle weakn |
00850002429190 - microFET Pinch | 2025-03-05 microFET® Pinch is a dynamometer device for performing muscle pinch strength tests to quantitatively measure muscle weakness ca |
00850002429312 - microfet3 | 2025-03-04 The microFET®3 is a dynamometer device for performing muscle tests to quantitatively measure muscle weakness caused by injury o |
00850002429008 - microfet2 | 2025-03-03 microFET®2 is a hand-held dynamometer (HHD) for performing muscle tests to quantitatively measure muscle weakness caused by inj |