Maxxi Flow Sensor
Neurovirtual USA, INC.
NEUROVIRTUAL USA, INC.
FDA Registration(s)#
| Registration | FEI | Name | Status | Initial importer | Expiration year | Address |
|---|---|---|---|---|---|---|
| 3006125362 | 3006125362 | NEUROVIRTUAL USA, INC. | 1 | Y | 2026-01-01 | 3303 W Commercial Blvd Suite 100 Fort Lauderdale FL US 33309 |
Registered Device Listings#
| Registration key | Listing key | Premarket submission | Device | Product code | Decision date |
|---|---|---|---|---|---|
| 67203 | 1930255771 | K201495 | Maxxi Flow Sensor | MNR | 2020-12-14 |
| 67203 | 1482336953 | K192488 | CO2 Sidestream Module | CCK | 2020-05-22 |
| 67203 | 1344259513 | K191492 | Maxxi Position Sensor | GWQ | 2020-04-24 |
| 67203 | 1016891478 | K191095 | Maxxi Snore Sensor | MNR | 2020-01-16 |
| 67203 | 1008841384 | K171304 | Maxxi Rip Sensor | MNR | 2019-06-24 |
| 67203 | 1232302534 | K163547 | MaxxiGold Electrode 48, MaxxiGold Electrode 60, MaxxiGold Electrode 96 | GXY | 2017-04-11 |
| 67203 | 1693998689 | K131335 | BWMINI EEG, BWMINIHST, BWMINI PSG | GWQ | 2015-02-03 |
| 67203 | 1240543280 | K112107 | BWIII EEG, BWIII EEG PLUS, BWIII PSG, BWIII PSG PLUS | GWQ | 2011-10-28 |
| 67203 | 1470121886 | K083010 | SHENZHEN MED-LINKET ADULT FINGER CLIP SPO2 SENSOR, SHENZHEN MED-LINKET ADULT SILICONE SOFT TIP SPO2 SENSOR | DQA | 2009-06-10 |
| 67203 | 1774563224 |
Product Codes Associated With Registrations#
PMN#
Maxxi Position Sensor
Neurovirtual USA, INC.
Maxxi Snore Sensor
Neurovirtual USA, INC.
Maxxi Rip Sensor
Neurovirtual USA, INC.
MaxxiGold Electrode 48, MaxxiGold Electrode 60, MaxxiGold Electrode 96
NEUROVIRTUAL USA, INC.
BWMINI EEG, BWMINIHST, BWMINI PSG
NEUROVIRTUAL USA, INC.
BWIII EEG, BWIII EEG PLUS, BWIII PSG, BWIII PSG PLUS
NEUROVIRTUAL USA, INC.
BWII EEG DIGITAL, MODEL PV 1652; BWII PSG DIGITAL, MODEL PV 1524
NEUROVIRTUAL USA, INC.
GUDID#
Neurovirtual - "Reusable AgCl cup electrodes 60"" length, (5 electrodes/pack)"
2022-02-01
Neurovirtual - "Reusable AgCl cup electrodes 96"" length, (5 electrodes/pack)"
2022-02-01
Neurovirtual - "Disposable AgCl cup electrodes 60"" length, (5 electrodes/pack)"
2020-08-10
Neurovirtual - "Disposable AgCl cup electrodes 96"" length, (5 electrodes/pack)"
2020-08-10
Neurovirtual - "Gold cup electrodes 60"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - "Gold cup electrodes 96"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - "Gold cup electrodes 96"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - "Gold cup electrodes 60"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - "Gold cup electrodes 48"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - "Gold cup electrodes 48"" length, (5 electrodes/pack)"
2019-11-26
Neurovirtual - Polysomnograph BWMini PSG
2019-11-26
Neurovirtual - Electroencephalograph BWMini EEG
2019-11-26
Neurovirtual - Polysomnograph BWMini HST
2019-11-26
Neurovirtual - Polysomnograph BWMini HST Compass
2019-11-26
Neurovirtual - Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
2023-03-03
Neurovirtual - Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
2023-03-03
Neurovirtual - Maxxi Cannula is a two-pronged device used to acquire breathing pressure to sleep testing device through both nostrils for sleep disorder studies.
2023-03-03
Neurovirtual - Electroencephalograph BWIII Basics
2019-11-26
Neurovirtual - Electroencephalograph BWIII EEG
2019-11-26
Neurovirtual - Electroencephalograph BWIII EEG Plus
2019-11-26
Neurovirtual - Polysomnograph and Electroencephalograph BWIII PSG Plus
2019-11-26
Neurovirtual - Maxxi Rip Thorax Interface 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip Thorax Interface 3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip Abdomen Interface 3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip Abdomen Interface 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signal
2020-12-22
Neurovirtual - The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signals
2020-12-22
Neurovirtual - The Maxxi Flow Sensor is a thermocouple intended to acquire the respiratory signals
2020-12-22
Neurovirtual - The Maxxi Position Sensor is intended for use with the polysomnograph system to acquire the body position of adult patients during sleep studies
2020-08-06
Neurovirtual - piezo-electric element covered by Thermoplastic elastomers 2 ft lenght
2020-04-02
Neurovirtual - The Maxxi Snore Sensor is a device intended to acquire snore bursts
2020-04-02
Neurovirtual - The Maxxi Snore Sensor is a device intended to acquire snore bursts
2020-04-02
Neurovirtual - Maxxi Rip Infant inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip pediatric inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip X-Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip XX-Large inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip Adjustable inductive belt is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip System length: 7ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26
Neurovirtual - Maxxi Rip System length: .3ft is a device intended to capture respiratory effort from a patient and output the signal to a PSG device for sleep studies.
2019-11-26