Your glucose numbers, anytime, anywhere. No finger pricks. No scanning. Accurate glucose numbers in real-time on your smartphone, smartwatch or Dexcom receiver.
What is Dexcom G7?
Through a sensor inserted just underneath the skin, Dexcom G7 CGM system automatically sends real-time glucose readings to a compatible smartphone, smart watch or receiver every 5 minutes throughout 24 hours, showing where glucose levels are and where they are trending.
Features of Dexcom G7
- Zero Fingersticks, No Scanning
- More Comfortable Wear - Sensor 60% smaller comparing with Dexcom G6
- All-in-one Sensor - Transmitter-free. More convenient.
- Shorter Warm-up Time - Complete sensor warmup and start monitoring within 30 minutes
- More Flexible with Sensor Grace Period - Extra 12-hour grace period for a more seamless transition between sensors
- Enhanced Alerts - Refined suite of alert settings and sounds for more discretion and flexibility
- Real-time Data Sharing - Option to share real-time data with up to 10 followers
- Urgent Low Soon Alert - Provide a 20-minute advance warning ahead of low glucose
- High & Low Alerts - Able to customize your alerts so you always know when you are heading high or low
- Dexcom CLARITY® - Keep track of your glucose level, save, print or email your data reports
How Dexcom G7 works?
Auto-Applicator
- Simple auto-applicator to insert the sensor just beneath the skin by pushing a button.
Sensor
- Wear locations: abdomen, back of arm, upper buttocks (ages 2-6 years).
- Monitors interstitial glucose levels for 10 days.
- Sending data wirelessly to a compatible smartphone or receiver.
Display Device
- View real-time glucose data and trends either on a compatible smartphone or an optional receiver.
Where to buy?
There are different packages for Dexcom G7. For details, please:
- Visit MyCelkiShop
- Visit our experience centres
- Enquire by WhatsApp to 9503 2056
Reference
-
Beck, et al. JAMA, 317(4), 371-378.
-
Welsh, JB at al. Diabetes Technol Ther. 2019;21(3).
-
Polonsky WH, et al. Diabetes Technol Ther. 2021;23(3): 195-202