Product specification Double air-pulse stimulator and vibrator SATISFYER Pro To Go 1 — silicone, compact, red
Description
The SATISFYER Pro To Go 1 is a compact double air pulse stimulator and vibrator designed for targeted clitoral stimulation. Made from soft, medical-grade silicone, the ergonomic, travel-friendly shape combines air-pulse waves with vibrations and offers multiple intensity settings for personalized use.
Advantages
The device combines two independently controllable motors, 11 air-pulse intensities and 12 vibration programs for flexible stimulation. Its body-safe silicone surface is smooth and hygienic, and the Pro To Go 1 is rechargeable and fully waterproof (IPX7), making it easy to clean and suitable for use in water. A whisper mode and included magnetic USB charging cable add practical convenience, while a 15-year warranty ensures long-term reliability.
Suitable for
- Targeted clitoral stimulation
- Solo play and partner use
- Travel and on-the-go pleasure due to compact design
- Wet environments such as bath or shower (waterproof IPX7)
Key specifications
- Type: Double air pulse stimulator & vibrator
- Material: Medical-grade silicone
- Motors: 2 separately controllable motors
- Air-pulse intensities: 11
- Vibration programs: 12
- Waterproof rating: IPX7
- Power: Rechargeable Li‑ion battery; magnetic USB charging cable included
- Warranty: 15 years
How to use
Charge the device fully using the supplied magnetic USB cable before first use. Apply a small amount of water-based lubricant to the contact area if desired. Turn on the device and select air-pulse intensity and vibration program independently to find a preferred combination. After use, switch off the device, rinse under running water or clean with a suitable toy cleaner and leave to dry before storing.
Usage recommendations
Use only water-based lubricants to protect the silicone surface. Store the Pro To Go 1 in a dry place away from direct sunlight and extreme temperatures. Do not use silicone-based lubricants or sharp cleaners that may damage the material.
