ElectraStim - Silicone Noir Flexible Sound 5mm

ElectraStim Silicone Noir Flexible Sound 5mm – Advanced Bi-Polar Urethral Probe
Discover the innovative ElectraStim Silicone Noir Flexible Sound 5mm, a precision-engineered bi-polar urethral probe designed for use with all ElectraStim electro-stimulation systems. Crafted from premium medical-grade conductive silicone, this model seamlessly adapts to the user's unique anatomy, offering flexibility and comfort during use. Its advanced bi-polar design allows the probe to operate independently, eliminating the need for an additional accessory to complete the circuit—an ideal solution for those seeking an efficient, streamlined experience.

Constructed from proprietary, body-safe conductive silicone for optimal durability and hygiene.
Features a 5mm diameter and nearly 15 cm (6 inches) of insertable length, accommodating a wide range of users.
Measurement notches are incorporated at 2.5 cm (1 inch) intervals, enabling precise control and easy monitoring of depth during application.
Super flexible shaft ensures comfort and adaptability for various anatomical shapes.
Bi-polar configuration allows for solo use without the need for a secondary electrode, simplifying setup and operation.
Compatible with all ElectraStim stimulators, offering versatile integration into your existing system.
Can be used independently of electro-stimulation if desired.

Key Features:

Brand: ElectraStim
Model: Silicone Noir Flexible Sound
Diameter: 5 mm
Insertable length: approx. 15 cm (5.9 inches)
Material: Medical-grade conductive silicone
Design: Bi-polar (no secondary accessory required)
Measurement notches: Yes, every 2.5 cm (1 inch)
Color: Noir (Black)
System compatibility: All ElectraStim stimulators
Cleaning: Easy to sanitize with standard toy cleaners or mild soap and water

Advantages:

High flexibility for a personalized anatomical fit
Bi-polar system enables standalone use
Clear measurement notches for safe, precise control
Medical-grade silicone for superior safety and comfort
Seamless compatibility with a wide range of stimulation systems