The Kegel8 Glide is a gold Internal probe with an ergonomic shape offering you the best treatment with optimal comfort. Hypoallergenic, it features gold for maximum conductivity of the impulses and is nickel-free. Inserting the Kegel8 Glide is easy and with reinforced wires there’s a pull tab for comfortable removal. With 2 gold-plated electrodes to stimulate the back part of the pelvic floor, where most pelvic floor muscles are located, you’ll get noticeable results faster. At just 20g the probe is lightweight too, reducing the chance of it falling out. The ergonomic scoop design ensures it is suitable for those with prolapse it will slide under the prolapse and not be pushed out with normal use. The wider design targets impulses deep into the pelvic floor muscle bed right where you need it.
This probe is BPA free, a chemical found in common plastics, which may mimic the body's natural hormones and affect puberty and menopause. If you are avoiding chemical hormone disrupters this is the probe for you, it is a registered medical device. produced at a medical manufacturing facility in Italy. Comfortable, fast, and effective e-stim is delivered with no irritation – quickly and effectively, ensuring you get the best results from your Kegel8 exercise programme. Essential for those with nickel intolerance.
Can be used with
The Kegel8 Ultra 20 v2, Kegel8 Tight & Tone, NMES Pelvic Toners which use symmetrical waveform, and for professional clinical use, including Biofeedback.
Length
6 cm
Insertable Length
6 cm
Diameter
3.4 cm wide, 1.5 cm high
Certification
CE
Warranty
6 Months
Cleaning & Care Instructions
Clean using Kegel8 Cleaning Spray and pat or air dry. Can be cleaned with warm soapy water (do not sterilise). Chemicals will erode gold plating and invalidate warranty.
No. of Electrodes
2
User Manual
To view packaging and instructions for use, please click here (11207)
Clinical References
[1] https://www.nhs.uk/news/pregnancy-and-child/questions-raised-over-bpa-plastic/#what-is-bpa
[2] https://www.food.gov.uk/safety-hygiene/bpa-in-plastic
[3] https://www.ncbi.nlm.nih.gov/pubmed/25813067
[4] https://www.niehs.nih.gov/health/topics/agents/sya-bpa/index.cfm