Tadpole Flexi Egg Probe - Duo Stimulator

The ElectraStim Tadpole Flexi Egg Probe is a precision-engineered dual-pole electrode designed to interface seamlessly with any standard ElectraStim neuro-muscular stimulation unit (available separately). Purpose-built for comprehensive pelvic floor conditioning and targeted electrotherapy, this versatile sensor delivers rhythmic micro-contractions that support muscle tone, sensory awareness, and deep muscular relaxation.

Key Clinical & Wellness Benefits

• Targeted Pelvic Muscle Conditioning: The automated contraction cycles systematically activate and tone the pubococcygeus (PC) musculature, providing effortless supplemental support to traditional Kegel therapy.
• Integrated Dual-Pole Circuitry: Featuring dual marine-grade aluminum conductive surfaces separated by a high-grade acrylic insulator, the probe delivers concentrated bipolar stimulation without requiring an external reference electrode.
• Ergonomic Versatility: The tapered, egg-shaped contour combined with a 5.5-inch flexible silicone retention and retrieval tail ensures comfortable placement, anatomical stability, and safe handling during use.
• Multi-Zone Applicability: Designed for versatile internal application, supporting customized electro-stimulation protocols tailored to individual wellness routines.

Technical Specifications

• Egg Length: 2.0 inches (approx. 5.1 cm)
• Egg Circumference: 3.75 inches (approx. 9.5 cm)
• Retrieval Tail Length: 5.5 inches (approx. 14 cm)
• Electrode Material: Marine-grade conductive aluminum with an acrylic insulating core
• Tail Material: Body-safe, non-porous medical-grade silicone
• Compatibility: Standard 2mm pin connection (compatible with all ElectraStim multi-channel stimulators)

Usage & Maintenance

Apply a liberal amount of water-based conductive gel across the conductive aluminum plates prior to insertion to ensure optimal conductivity and comfort. Secure the silicone tail during placement. Following use, gently cleanse with mild antibacterial soap and warm water, avoiding prolonged submersion of connector pins.