| Primary Device ID | 00858184006123 | 
| NIH Device Record Key | 7ad9387b-01ad-4f6d-88a7-6a8a0490a5a1 | 
| Commercial Distribution Status | In Commercial Distribution | 
| Brand Name | WalkAide 1.875 Premium Electrodes - pkg of 4 | 
| Version Model Number | 20-0540 | 
| Company DUNS | 791468734 | 
| Company Name | INNOVATIVE NEUROTRONICS, INC. | 
| Device Count | 1 | 
| DM Exempt | false | 
| Pre-market Exempt | false | 
| MRI Safety Status | MR Unsafe | 
| Human Cell/Tissue Product | false | 
| Device Kit | false | 
| Device Combination Product | false | 
| Single Use | false | 
| Lot Batch | true | 
| Serial Number | false | 
| Manufacturing Date | false | 
| Expiration Date | true | 
| Donation Id Number | false | 
| Contains Natural Rubber Latex | false | 
| Labeled No Natural Rubber Latex | false | 
| RX Perscription | true | 
| OTC Over-The-Counter | false | 
| 10858184006458 - WalkAide | 2021-02-19 WalkAide Oval Velcro Electrode, 1.5" x 3.25", 10-pack | 
| 20858184006455 - WalkAide | 2018-12-27 WallkAide Oval Velcro Electrode, 1.5" x 3.25", case of 14 each 10-pack | 
| 00858184006451 - WalkAide | 2018-12-27 WalkAide Oval Velcro Electrode, 1.5" x 3.25" | 
| 00858184006000 - WalkAide Unit | 2018-07-06 The WalkAide is a battery-operated, single channel electrical
stimulator that is used to improve walking ability. It stimulates | 
| 00858184006017 - WalkAide Kit | 2018-07-06 The WalkAide is a battery-operated, single channel electrical
stimulator that is used to improve walking ability. It stimulates | 
| 00858184006031 - WalkAide Kit for Japan | 2018-07-06 The WalkAide is a battery-operated, single channel electrical
stimulator that is used to improve walking ability. It stimulates | 
| 00858184006048 - WalkAide Kit for Demo Use | 2018-07-06 The WalkAide is a battery-operated, single channel electrical
stimulator that is used to improve walking ability. It stimulates | 
| 00858184006055 - WalkLink Unit | 2018-07-06 Provides a wireless connection between the WalkAide and a computer, and also allows
manual stimulation during walking trials via |