Smart Posture Corrector with Vibration Reminder, USB Rechargeable Trainer for Teens, Orange

Smart Posture Corrector with Vibration Reminder, USB Rechargeable Trainer for Teens, Orange Description

Color: Orange Overview This intelligent strapless posture corrector is designed to be placed on the upper back and provide a realtime gentle vibration reminder when your back curvature exceeds 25 degrees. It helps increase posture awareness and encourages you to sit or stand straighter without restricting movement. Key benefits Realtime gentle vibration alerts when posture exceeds 25 degrees, stopping automatically once posture returns within the set range. Strapless, compact design sits on the upper back for discrete daily use. Smart count records the total number of vibration alerts per day to help you monitor posture habits. USB rechargeable for convenient daily use with standard 5 V power sources. Lightweight and portable for use at work, home, or while traveling. Features and specifications Material: ABS and silica gel Charging method: USB charging Charging voltage: 5 V Rated power: 0.6 W Working current: 0.12 A Size: 124.7 x 119 x 138 mm Weight: 70 g Color: Orange How it works Place the device on your upper back. The builtin sensor monitors your back curvature and triggers a gentle vibration when the angle exceeds 25 degrees. The vibration stops when your posture returns to the acceptable range. The device also records the number of reminders each day so you can track changes in posture awareness over time. Practical use scenarios Office work: Wear during desk work to receive discreet reminders to sit upright and reduce slouching during long work sessions. Study or reading: Use while studying or reading to maintain an attentive seated posture without straps or bulky braces. Travel and commuting: Keep it on during travel to stay aware of posture while sitting for extended periods on trains, planes, or in vehicles. Package contents 1 posture corrector 1 USB cable 1 manual Notes Actual product color may vary slightly due to monitor and lighting differences.