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Why WellOxy Checkme O2?
WellOxy Checkme O2 wrist pulse oximeter records SpO2(blood oxygen level), pulse rate, and motion overnight during sleep. CE/JPAL/FCC/POHS certificated.
Smart Vibration Alert
The vibration alert strength is adjustable, it quiet and gently wakes you if SpO2 drops below your defined threshold(80%-95%), that reminds you to adjust sleep posture to reopen your airway so that you can breathe smoothly for more oxygen and sleep better without disturbing your partner.
Patented Ring Sensor
The WellOxy sleep monitor is designed for people with snore, OSA or lung conditions, it's equipped with a soft silicone ring sensor, which doesn't make your finger numb, never slips from your finger, completely free your finger! It's comfortable and suitable for overnight wearing.
Main Features of WellOxy Mobile app
Track SpO2(blood oxygen level), pulse rate and motion overnight. Show real time readings of SpO2 and Pulse Rate. One wrist pulse oximeter, unlimited users. Share oximetry data & trend with doctors or friends. Work well when not connected with APP; Four records will be stored in the device, data will sync once it is connected with APP again.
Monitor Effectiveness of CPAP Machine
If you sleep with a CPAP machine, WellOxy Checkme O2 pulse oximeter will be a good mate. It records oxygen level & pulse rate overnight, to monitor and check the effectiveness and performance of your CPAP machine.
Package including
Checkme O2 wrist pulse monitor, Micro USB cable, User guide, Free APP, Easy-To-Reach tech support.
Review:
3.7 out of 5
74.55% of customers are satisfied
5.0 out of 5 stars Very useful recordings of blood-oxygen-levels, heart-rate & movement - against time
Note: this is NOT a solution to Sleep Apnea! Go to doctor for diagnosis and possible treatment (e.g. CPAP machine for Obstructive Sleep Apnea (OSA) )It monitors and records Blood Oxygen Levels (SPo2), Heart Rate(HR) & Movement (step-count in day mode). This can be instantly seen, or more usefully recorded for later analysis. While this is not a solution to Sleep Apnea, the sensor ring can be set to vibrate at a selectable levels of SPo2 and will alert wearer of a lowering level and will usually involve moving which, in the case of OSA should (temporarily) stop the occurrence i.e. it will alert to an occurrence, while a solution will stop it happening. Having said that: I use a CPAP and I find this information valuable., and occasionally I do not use the CPAP and the vibrate does work by alerting me -- with me moving and going quickly back to sleep.It consists of 2 x parts: the sensor which is a silicon ring which is placed over a finger and has a short connecting cable; and the monitor/recording module which has an adjustable strap and worn on the wrist. Both are comfortable and do not disturb sleep. The sensor has a bright red light which does make you finger glow red in the dark, but this is not really a problem.Levels are recorded every 4 seconds, and it will internally retain 4 x sessions of recordings of up to 10 hrs each. The recordings are then retrieved via Bluetooth (BT) to an suitable device (phone, tablet) with suitable software. I am using ViHealth which despite saying it is "not available in Europe" is happily working in the UK. The alterative WellOxy app looks identical (?)The app is self explanatory and displays on recorded levels on charts, highlights events, and gives a summary.While this is very informative, it would be useful to be able to export the data to a laptop/PC for fuller longer term analysis and reporting which could be provided to any doctor/clinician.***Update-1*** since receiving the black data cable I can now connect the monitor/recorder to my laptop (Windows 10) via USB and load the data into the free software "O2 Insight Pro" This gives the same reporting as the mobile app, but is easier and more detailed and can easily be printed/exported to provide to a health practitioner/GP. Note: after downloading via USB an/or Bluetooth, the data is still retained in the monitor/recorder so you can use the same data in both the mobile app and a laptop/PC.The module has an inbuilt re-chargeable battery which takes 2-3 hrs to fully charge via a regular USB charger. I have found that it happily lasts 2 x nights (> 16 hrs).The unit has 2 x recoding modes: sleep and day. The daytime monitoring records the same levels against time, along with a step-count.I am very happy with this purchase. It is a little on the expensive side, but it does what is says and it is useful.Giving this a good 4 stars. If it had a PC app to further explore the data then I'd give 5 star.(I have contacted Viatom on this, and it appears that there is some PC software provided with a 'Pro Version' ?. It is fairly easy to get the 'data files' over to a PC and I have had a brief look at the .db file using SQLite -- but my SQL database skills are not up to much. It would be GREAT if they can provide software for Windows to allow fuller exploration/reporting.***Update-2*** Since I received my "free data cable|" I have now uprated my review to 5-stars. The 'data cable' (black) received and the original charger cable (white) have the exact same physical connectors. While the USB data-cable can download data and charge the unit, the charging cable can not download data.I suggest the supplier/seller should include the 'better' data/charger cable in their future sales to provide more option for the user.
4.0 out of 5 stars Works very well. Helps me understand and track my sleep apnoea much better.
The Viatom Checkme O2 arrived quickly and was as described. Their support team helped to upgrade from the app-only unit when I wanted to download the data to my PC. This is much better and the data on sleeping blood O2 saturation and heart rate can be viewed and forwarded to a medical specialist. I have severe sleep apnoea and the unit will help me keep a check on it while using CPAP. And possibly the effectiveness of other techniques I’m trying out. Very happy with it.
5.0 out of 5 stars A Device that might just save your life!
Updated 29/01/2020. Sleep Apnoea is a potential killer. I do know, because this otherwise undiagnosed silent killer almost introduced me to a nice pine box somewhat prematurely.OK, I trust I now have your attention?Firstly, I bought the Checkme O2 with my own money, it was not a Free Review Unit, and I have no links to either the Manufacturer and/or the Bolo Seller.Key Benefits:The bottom line is the Checkme O2 does something very important, and that is to alert you if your Blood Oxygen Saturation level (%SpO2), drops below a configurable warning level. Like when you stop breathing at night for example!Initially I had mine set to 92% because, from what I have read, you are moving into hostile territory at anything below 90%, and the negatives get worse the lower you go (such as when you stop breathing at night because of Sleep Apnoea, get the idea?). I later lowered that to 88%, which I found to be a good compromise between warning me of any deeper Apnoea events, against not buzzing too often so that I got too used to the buzzer and so risked tending to ignore it.What this means is when I am asleep, if I elect to stop breathing (an Apnoea event), then my %SpO2 level will start to drop but, at least now, when it reaches 88%, the CheckMe O2 buzzes my thumb until I wake up, when I know to re-start breathing again, after which my %SpO2 immediately recovers. I just then need to check my sleeping position (such as sleeping on my right side and not on my back), and off to sleep I can go again.I can assure you that waking up to a gentle buzz when I am not effectively starting to suffocate, is far, far better than waiting until my %SpO2 level has dropped to a potentially dangerous level, and I wake up (hopefully), gasping for breath, possibly after a related nightmare, and possibly with a cardiac arrhythmia under way because my system has effectively been semi-suffocated!Right, you may see the potential advantage to this device?I stress this alarm feature is the biggest advantage, and it is something that is potentially worth its weight in gold.In terms of your actual safety when trying to sleep, it's no real use looking at logs AFTER the event, which is something that the Checkme O2 can also do, the key here is to know that this basic protection - the feature that will wake you up - is right there from the outset and is active all through the night.If you snore loudly, or wake up gasping for breath, or your family tell you that you do often seem to stop breathing whilst asleep, then you may have a Sleep Apnoea problem. In which case, do not ignore this, get it checked. It can potentially kill you off, when this can be prevented.During the day, without the Thumb Sensor attached, the CheckMe O2 can tell you the time, and count your Steps but, it is at night when this unit really comes into its own.Other Benefits:Right, now you can relax, and I can run through what else it does. The other features are all very useful indeed, and should allow you to at least get some idea if you have a Sleep Apnoea problem, or not.In terms of looks, the CheckMe O2 looks like a digital Sports/Fitness Watch Band, but has a small Port at the front (i.e. nearest your fingers) which I think is a Micro D Port, so NOT the visually similar Micro-USB nor Mini-USB. The Micro D Port connects to the supplied Grey Thumb Sensor with attached cable.The CheckMe O2 has Bluetooth built-in, and this is always live when ever the Display is illuminated.The Battery seems to last fine for at least two 10 hour Sessions. Re-charge takes at least a couple of hours, I have not timed it, so just allow 2-3 hours to re-charge the unit before bed.The Free Mobile App you need is called ViHealth, and that is FREE via the usual App Stores. The App is slick, and allows you to configure the CheckMe O2 in terms of what level of %SpO2 to buzz you, and how strong the buzz needs to be or, if needed, this can also be disabled (handy when running NHS Tests so the buzz does not skew the number of Apnoea events being logged).The Free O2 Insight PC Software is quite basic in comparison to the ViHealth App but, it does allow you to edit the Reports with your own details, such as: name, date of birth, height, weight etc. The software also calculates BMI for you once it knows your height and weight, and adds that to the Report automatically. You can then Save the Report as a PDF, or you can Export all of the Logging Data to a CSV File. I suspect that CSV Data can then be Imported into other Software, or you can Open that in a Spreadsheet and examine the detailed logs of %SpO2 and Pulse, and see when Drops below 4% were logged.The Reports, be they viewed via the ViHealth App or O2 Insight Software, tells you a few useful things such as your lowest %SpO2 reading, how long you spent below 90% during that Session (so over a maximum of 10 hours), how many drops greater than 4% you had, the average number of 4% drops per hour, your Average Pulse, your Average %SpO2 Level, the lowest %SpO2 level recorded, the Total Recording Time and, finally an O2 Score that gathers these details and presents you with a Score from 0 to 10.The ViHealth App also shows Alarm Buzzer Events (if activated) as small White Triangles on the %SpO2 Graph, and below that you have a Graph of your Pulse, and below that, a Graph that tracks Movement, which is useful to cross-check when, say, you went off to the bog for a piddle for example. This means you can rule out any pulse spikes if that is movement related, and not some Apnoea event when in bed that caused your pulse to spike signified by the fact there would not then be any linked movement detected.Which Model to Buy?There seems to be two versions of the CheckMe O2 for sale, the more expensive one mentions coming with PC Software. However, the actual units are the same, and all this really boils down to is you get a different USB cable with each!The lower cost CheckMe O2 unit only seems to come with a WHITE Micro D to USB-A Charging Cable, which does NOT carry Data. By comparison, the higher cost CheckMe O2 unit comes with a BLACK Micro D to USB-A Data & Charging Cable.That seems to be the only difference between the two units being sold.The PC Software, namely O2 Insight, is FREE to Download from the Viatom Web Site, and the BLACK Micro D to USB-A Data & Charging Cable you need is not costly, so I suggest buying the lower cost CheckMe O2 unit, and just buy the cable you need elsewhere. Note my comments above about which type of cable you need, because it's quite hard to identify. I can confirm O2 Insight runs fine on Windows 10 Pro 64 bit.Thus, to link any CheckMe O2 unit to the FREE PC Software (O2 Insight), you will also need a BLACK Micro D to USB-A Data & Charging Cable, not the otherwise visually identical White Cable which does not seem to have a Data Connection. The white one just looks the same, but it can only carry Power and not combined Data & Power.Because I bought the lower cost unit not realising that, I could not initially work out why the Free O2 Insight Software failed to detect the CheckMe O2 Unit. However, the Bolo Seller was very helpful indeed, and sent me a BLACK Micro D to USB-A Data & Charging Cable upon request. After changing over to that cable, the CheckMe O2 then connected straight away, and allowed the O2 Insight Software to Upload the last four Sessions from the CheckMe O2.Before receiving the BLACK Micro D to USB-A Data & Charging Cable, I just emailed the ViHealth App Log from my Mobile to my PC, where I could generate my own PDF from that. The Data on the ViHealth App is very detailed, so that may be all you need.The O2 Insight PDF Reports are a little better in terms of print clarity, so are possibly better if you need to create hard copy reports for GP or the NHS.The Manuals are very basic, mainly the usual Regulatory backside covering, so I suggest you post a question via Bolo if you cannot work out how to do something.CheckMe O2 in Use:At bedtime, after making sure the CheckMe O2 is fully charged, just plug in the Thumb Sensor, fit that to your Thumb, attach the CheckMe O2 to your wrist, and then just press the small button on the side. The Thumb Sensor will then buzz once, and also illuminate its Red Sensor Light, because the CheckMe O2 will know from detecting the Thumb Sensor is attached, that you want to start logging a night in bed.The Display then calculates your %SpO2 and Pulse, and displays both. The Display then stays illuminated for a short while, after which it turns off to conserve power but, so long as the Thumb Sensor is illuminated, the Device is logging your %SpO2 and Pulse. The Red Sensor Light is quite bright, even when seen indirectly via your Thumb, so you can easily tell if it is operating.This then logs for a maximum of 10 hours at a single sitting, and it will buzz your Thumb at the pre-configured %SpO2 level to alert you and/or your wife/husband/partner, that you may well have stopped breathing! The buzz is just about loud enough for someone else to hear.The CheckMe O2 now wakes me up a few times per night but, crucially, I can now see from the Logs that I am no longer straying too deep into a low %SpO2 danger zone and, even when I do, it is not for too long, because I am woken by the buzzer.In the morning, removing the Thumb Sensor stops the logging, and the CheckMe O2 then counts down to confirm that you wish to stop logging. Alternatively, just power down and then remove the Thumb Sensor.I then fire up the ViHealth App on my Samsung S10 Mobile. I then power up the CheckMe O2 and it then immediately communicates with the ViHealth App (via Bluetooth so long as the Display is illuminated), and that night's Logs are then transferred to the App within just a few seconds.I can then examine how I did via the App, and can zoom in on any parts of the Logs to see a detailed picture of what my %SpO2 level was doing, and how that was affecting my heart, i.e. I can see if a dip into lower %SpO2 triggers a rise in pulse.I am now absolutely sure I have OBSTRUCTIVE Sleep Apnoea, because my wife and I, using the CheckMe O2, have worked out that the drops in %SpO2 are directly linked to sleeping position, and the relative position of my airway so, much worse when sleeping on my back for example. Part of my problem involves serious lower limb damage, so I toss and turn all night because of limb pain, which means I tend to move in and out of good sleeping positions for my airway.ERROR 4:My own unit developed a fault, when it would shut down at the outset, flagging up an ERROR 4 Fault Code. I would fit the Thumb Sensor, as usual, power up the CheckMe O2, the Thumb Sensor would buzz once, as usual, then the Red Light flashed only once NOT as usual, and the CheckMe O2 would then display the ERROR 4. This looked like a faulty Thumb Sensor, which was confirmed by the UK Supplier. I was quickly sent a replacement Thumb Sensor, and the CheckMe O2 was back up and running within a week or so.Mobile Requirements (Android Based):Initially, I had some issues finding a young enough Mobile to work with the ViHealth App, mainly because my wife and I had managed with two comparatively ancient Smart Phones for some years, so my trusty old Samsung Galaxy SIII could not even download the ViHealth App from the App Store, presumably because it was detected that my Mobile only had Android v4.3, which simply won't run the ViHealth App so I wasn't even allowed to download it.My wife's Samsung J3 with Android v5.1.1 could download the ViHealth App, but then could NOT complete the synch with the CheckMe O2. We now think that was because her Mobile only had Bluetooth 4.0.So, I ended up having to upgrade my Samsung to an S10, which has Android 9 and Bluetooth 5, and that had absolutely no problem both Downloading the ViHealth App, and also communicating with the CheckMe O2 via Bluetooth.My new Samsung S10 linked straight away, after which I could configure the CheckMe O2 to buzz at the desired %SpO2 (initially 92%, now 88%) and at the desired level of buzz. I set mine to the MAXIMUM buzz, because I can sleep like a log, even when apparently suffocating during an Apnoea!Therefore, in terms of Android Smart Phones, just make sure you have at least Android 5 and Bluetooth 5, and you should be fine.The first time you link to the ViHealth App this asks for the last 4 digits of the unit's Serial, which you will either find on a small label on the box it came in or, if you remove the rubber strap, the Serial is repeated on the back of the CheckMe O2 itself. Failing that, a Bluetooth Search from a Mobile should detect a Device that reports as "O2 XXXX" where the "XXXX" are the digits you need. This is only requested once so, after doing this once, the link up is thereafter seamless.I do not have an Apple Phone, so cannot comment on that as an alternative.Sleep Apnoea:This is potentially a very serious issue, not least because of the impact that poor sleep can have upon your system. If really bad, then other complications range from frequent urination, to limited Deep Sleep, to cardiac arrhythmia that can then lead to Atrial Flutter, possible blood clots, Stroke and even sudden night time death.Sleep Apnoea is directly linked to cardiac issues because of the strain a lack of oxygen has upon your ticker.Also, for those interested in weight loss, you will NOT lose weight very easily whilst you have un-diagnosed Sleep Apnoea. This is because your body and heart are effectively under stress the whole night, every night, which causes the Stress Hormone Cortisol to be released, because your body thinks it is in a Fight or Flight situation, so it actively conserves resources!Sleep Apnoea keeps you fat! It's not just the beers and pies!Because of the Cardiac links, Sleep Apnoea also causes the body to release fluid at night, causing a repeated need to urinate.So, another symptom of Sleep Apnoea is regular trips to the toilet! This can often be confused with Prostate issues in men but, if that comes up clear, then you may be wise to suspect Sleep Apnoea instead.At the moment, I can see that because of Sleep Apnoea, I am not getting quality sleep, because even small drops seem to agitate the heart so, for me, Deep Sleep is elusive. I now also have a SAMSUNG Galaxy Watch Active 2, that measures my actual sleep, and that breaks my sleep down into Awake, REM Sleep, Light Sleep and Deep Sleep.Deep Sleep is almost zero most nights, so not good.My own logs show a very clear link between Apnoea events, and elevation of my heart rate: the worse the Apnoea, the greater the effect this has upon my heart.I can now see why I had an issue late in 2019 when, at that time I did not have the benefit of a CheckMe O2 to warn me, so I must have strayed deep, deep, deep into depleted Oxygen, and so put my body into such stress that I managed to trigger Atrial Flutter! I was asleep at that time, so had no control over this whatsoever.When I woke up feeling strange, and took my Blood Pressure and Pulse to try and see what was cooking, I noted my pulse was stuck at around 150 bpm, and did not want to come down. After 6 hours of watching that, my wife eventually persuaded me to wander off to Hospital. I was then rushed straight through to RESUS, when it took the A&E Resus Team a further four hours to bring my pulse down from 150 bpm to normal via IV Fluids, IV Magnesium and a Beta Blocker.All caused by Sleep Apnoea!My Experience Seeking Sleep Apnoea Help via the NHS:After an Atrial Flutter episode that we later realised was cause by Sleep Apnoea, and because we then suspected an issue, we decided that I may as well start checking this out, straight away, and not wait for my Doctor's Surgery to get their act together.Thanks to the CheckMe O2 investment, I was able to see all along that I did have a problem, so we were alive to the dangers whilst also working through the NHS procedure.I have no complaints about the NHS, because I am aware of the practical issues the NHS faces trying to process many referrals.Initially, the way this works in the United Kingom via the NHS, is you must first book a visit to see your Doctor/General Practitioner (GP). After this initial consultation with your Doctor, he/she should refer you for Sleep Tests at your choice of Hospital within range that has a Sleep Clinic.The first stage once referred, is that you will be sent a letter from the Sleep Clinic, asking you to come in to be issued with a very similar device to the CheckMe O2, in my case it was a Konica Minolta Pulsox-300i (which for reference seems to cost around £500, but it is built like a tank).Once issued, you wander off home for an overnight DIY Test, using the NHS device above. For that test I also wore my CheckMe O2, but on my other wrist, when I also switched off the Buzzer Alarm so that it did not influence the results by waking me up and lowering the number of Apnoeas.I had this first NHS DIY test towards the end of 2019 but, unfortunately, it was a bad night on lower limb pain, and I was up/down so often that my average Sleep Apnoea readings were too infrequent to measure what usually happens, which was very frustrating when my own CheckMe O2 had already built up a log of almost 2 Months of tests that showed I do suffer from pretty severe Sleep Apnoea. I can generate up to 140 %SpO2 drops greater than 4%, with a very high average per hour. I gather that the NHS employs the following scale to assess the level of Sleep Apnoea severity:Normal = 0-5 Apnoea events per hour.Mild = 5-14 Apnoea events per hour.Moderate = 14-29 Apnoea events per hour.Severe = 30+ Apnoea events per hour!On the night, when I did get to sleep, I qualified, but I was awake so often, that my overall average for the night was low, which is sadly what the NHS Consultant must have concentrated upon, and did not read my accompanying explanatory notes, so it was decided that I was absolutely fine, and did not have Sleep Apnoea!After that, getting anyone to listen was then hard work so, be warned that the initial Sleep Test, at least via the NHS, is a single night at home and, if it's a good night, you will be deemed not to have Sleep Apnoea!Since then, and armed with my now 3+ Months of Data from the CheckMe O2, I managed to persuade the NHS Sleep Apnoea Clinic to re-test me. The second test was a more extensive test, and included a Chest Strap, a Finger Tip Probe and a Nasal Device to more fully check what goes on.Oddly, although it was a bad session and, arguably life-threatening, because we called off the test after 1.5 hours when my wife (who was observing me for safety), said I was really struggling, my own CheckMe O2 unit logged 74 Drops in that time, with an average per hour of 48.5. That puts me well over the 30+ needed to be diagnosed as having Severe Sleep Apnoea. All being well, I should next be called in to discuss the issue of a Continuous Positive Airway Pressure (CPAP) Unit.I am now awaiting the letter to call me in to discuss the above results.
1.0 out of 5 stars Section not working
1 part of the recording sleep isn't working which monitors sleep stages ie. Deep sleep, light sleep etc. I've only had device less than a year. Can you replace the recording part ??
2.0 out of 5 stars Not accurate
I was really excited to get this product because for the money I was paying I expected medical grade precision with the O2 sats but unfortunately you may as well just buy the cheap finger pulse oximeter because it will be more precise. This products’ sensor is inside the rubber ring and goes further down your finger causing the reading to be 2-5% less than it actually is! This obviously creates an issue when you are using this product for sleep apnea issues. Simply not worth the money, not worth it at half the price!
3.0 out of 5 stars It's ok
Don't know if it's worth the money. It's accuracy is a bit off, but not by much. Good if you have sleep apnea as it does alert you when your levels drop and most definitely wakes you up. Simple to use.
Muy útil para monitorizar apnea del sueño
LLevo usándolo año y medio casi todas las noches y me da mucha tranquilidad respecto a la apnea del sueño, ya que me despierta si el oxígeno baja, y de un vistazo al gráfico que muestra la app veo cómo ha ido la noche.Además el fabricante responde rápidamente enviando un recambio si hay algún problema.Le doy 5 estrellas porque es muy útil, funciona correctamente y no encontré otro dispositivo equivalente.Ahora bien, advierto de algunos inconvenientes:- la calidad general de materiales no es la mejor, la prueba está en que se estropeó el motorcito de vibración, aunque es hasta cierto punto inevitable al llevarlo todas las noches- el sistema de cierre de la correa no permite un buen ajuste y bien queda un poco suelto o aprieta demasiado- el aro que se pone en el dedo puede apretar demasiado, al principio me resultaba incómodo y eso que mis dedos son delgados- hay que recargarlo cada 2-3 noches, hay otro modelo que la batería dura más, pero ya me pareció demasiado caro
Nog niks ontvangen
Kan niets zeggen op het product, ben nog steeds vanaf zaterdag aan het wachten!
Molto utile e funzionale
Ho preso questo prodotto per monitorare le eventuali apnee notturne che possono essere molto pericolose.All'inizio ero un pò scettico nel dover portare qualcosa sul dito per tutta la notte invece dal primo utilizzo risulta molto comodo e non sembra di indossarlo. Questo grazie al sensore sul dito fatto in morbido silicone che non stringe e anche al cinturino che è anche esso in silicone. I due oggetti sono legati con un cavetto della lunghezza giusta per non interferire con le mani. Il tutto diventa qualcosa che non da nessun fastidio durante la notte. L'unità centrale si può eventualmente staccare dal braccialetto per pulirla e per leggere il seriale che viene chiesto all'inizio dell'instalallazione dell'app. Servono le ultime 4 cifre del seriale. L'app è semplice da usare, si può impostare il livello di allerta di ossigeno nel sangue sotto la quale l'anello vibrerà e si può impostare anche l'intensità della vibrazione. L'anello si può indossare sul pollice ma anche su un dito qualsiasi se sul pollice vi stringe. La ricarica dovrebbe essere sufficiente per 2 sessioni da 10 ore ma io lo ricarico ogni giorno.Si può usare il braccialetto senza anello anche di giorno come contapassi e orologio.Per avere un'idea indossarlo di notte equivale ad indossare un piccolo smartwatch.Le misurazioni di SPO2 e pulsazioni sono in linea con quelle fatte con altri strumenti quindi posso dire che sono attendibili.Molto utile
Très bon investissement, facile a utiliser, fiable
J'avais fait une polysomnographie il y a deux ans, et des éléments nouveaux m'incitaient a faire un contrôle. Je suis moi même médecin , et j'ai pensé qu'en 2019 il devait y avoir une solution plus simple, avant de m'équiper de nouveau de tous ces capteurs !J'ai découvert cet appareil dont la conception m'a paru astucieuse et fiable. Je l'ai commandé et reçu rapidement. Deux enregistrements nocturnes ont donné le même résultat que l'examen du pneumologue, agréable constatation, qui confirmait l'absence d'apnées, et le bien fondé de mon achat.Le port du capteur est confortable, la transmission Bluetooth facile (attention, il faut le configurer dans l'application, et pas dans les réglages, le code est un peu difficile à trouver, derrière le boîtier qu'il faut désolidariser du bracelet, j'ai mis un peu de temps à le comprendre, notice en anglais)L'ensemble à l'air robusteJe recommande, pour s'assurer de l'efficacité d'une prise en charge, pour un dépistage.
Buena calidad
Solo lo he probado en una ocasión y ningún problema. No molesta el manguito del dedo durante la noche. No puedo decir nada de la exactitud de las tomas. De momento perfecto.
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Pulse Oximeter Approved UK, Blood Oxygen Monitor Finger and Wrist with Bluetooth, Wearable Sleep Monitor with Free APP&PC Report
BHD121521
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Product origin: United Kingdom
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