Neck Physical Therapy Massager 15 Gears 6 Modes Cervical Therapy Massage Stimulator USB Charging

Cervical Spine Massager 15 Gears 6 Modes Cervical Therapy Massage Stimulator 8-Head USB Charging Vibration Pulse for Home Office
Feature:
1. Humanized Design: The electric neck massager adapts to the human body’s neck curve and has a 42°C constant temperature heating function for better massage effect.
2. 8 Heads and 6 Massage Modes: The smart cervical spine massager has 8 massage heads that provide comfortable massages. It covers muscles around the neck and all painful areas of the body tightly.
3. Practical and Convenient: The shoulder neck physical therapy massager immediately releases neck tension in front of a computer or smartphone, providing effective massage for countless hours. Helps to relieve headaches, chronic fatigue and neck muscle relaxation.
4. USB Charging: The neck massage instrument uses stretchable strong arm technology with good resilience and strong toughness. It is easy to charge and has a long battery life.
5. Widely Applicable: The cervical therapy massage stimulator offers relaxing massages anytime and anywhere, with wireless hanging neck design, light weight, and convenient carrying. Suitable for home, office, business travel, and other occasions.

Specification:
Cervical Spine Massager: Neck Massage Instrument
Electric Neck Massager: Shoulder Physical Therapy Massager
Item Type: Massage & Relaxation
Model Number: Neck Massage Instrument
Application: NECK
Product Name: Smart Cervical Spine Massager
Material: ABS
Color: White
Battery type: Lithium battery 500mAh
Massage temperature: 38-42°
Massage gear: 15 gears
Massage mode: 6 kinds
Massage time: 15 minutes
Rated power: 2.5W
Net weight: 102g
Gross weight: 150g
Product size: About 145x130x50mm/5.51×5.11×1.96in
Package size: About 133x150x54mm/5.23×5.9×2.12in

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.