Electric Ankle Massager with Vibration Infrared Heat 5 Settings Rechargeable - Gray

Description:

This electric ankle massager features 5 infrared heat settings (40-60 Celsius) and 3 vibration modes. With NTC intelligent temperature control, a 30-minute auto shutoff, and breathable three-layer fabric construction, it fits both left and right ankles for comfortable relaxation.

Features:

• 5 Infrared Heat Settings for Comfort: Offers 5 heat levels from 40 to 60 Celsius. Infrared heat penetrates deeply to provide soothing warmth, suitable for daily use and post-activity relaxation.
• 3 Vibration Modes for Customized Massage: Three adjustable massage intensities: Mode 1 for gentle daily care, Mode 2 for post-activity relaxation, and Mode 3 for deeper massage. Personalized adjustment for all users.
• NTC Smart Temperature Control with 30-Minute Timer: NTC intelligent temperature control technology prevents overheating and burns. Built-in 30-minute auto shutoff prevents overuse for secure, worry-free relaxation.
• Three-Layer Breathable Fabric for Lightweight Warmth: Three-layer construction: anti-slip inner layer for secure fit, infrared heat middle layer, and windproof outer layer for warmth. Lightweight and breathable design without bulkiness.
• Universal Fit for Left or Right Ankle with Strong Velcro: Wearable on both left and right ankles. Strong Velcro closure allows adjustable tightness for a secure, stable fit that stays in place during activity.

Specifications:

• Material: ABS
• Rated Voltage: 3.7V
• Rated Power: 7W
• Input Voltage: 5V
• Input Current: 1A
• Input Power: 5W
• Battery Capacity: 1800 mAh
• Power Supply Method: USB Type-C Charging (Adapter Not Included)
• Unfolded Size (LxW): 37.5 × 9 cm
• Color: Gray, Black

Package Contents:

• 1 x Ankle Massager
• 1 x Type-C Charging Cable
• 1 x User Manual

Please Note:

• If the product is connected to power while running, it will automatically stop working.
• Do not turn on the device while it is charging.
• Due to manual measurement, there might be a slight deviation in the product dimensions.