Silent Vibrating Alarm Clock with LED Digital Dispaly Bed Shaker Alarm Clock 2 Vibrating Modes Students Wake Up Clock 10 Min Snooze for Heavy Sleepers Adults Teens/Hearing Impaired
Feature:
1. Designed for Heavy Sleepers and the Hearing Impaired: Our silent vibrating alarm clock comes equipped with a vibration alarm and bed shaker, making it the perfect wake-up solution for heavy sleepers and those with hearing challenges, ensuring everyone can start their day on time.
2. LED Digital Display with Dual Vibration Modes: Featuring an LED digital display in a 24-hour format and a snooze function that allows for an extra 10 minutes of sleep, the portable clock offers two vibration settings to cater to different wake-up preferences, providing a personalized wake-up experience.
3. Dual Alarms for Better Time Management: Set up two separate alarms with both buzzing and strong vibrations using our travel alarm clocks. This feature allows you to create a more effective schedule, ensuring you wake up on time for your most important tasks.
4. Ideal for Mornings Made Easy: Specifically designed for those who struggle to get out of bed in the morning, especially heavy sleepers and individuals with hearing impairments, the bed shaker alarm clock makes mornings more manageable, helping everyone wake up refreshed and ready to tackle the day.
5. Versatile and Portable for Everywhere Use: Whether you`re using it in your dormitory or taking it with you on travels, our students wake up clock ensures you never oversleep again. Its compact and portable design makes it an essential item for anyone needing a reliable wake-up call, no matter where you are.
Specification:
Origin: Mainland China
Material: plastic
Is Smart Device: no
Battery capacity: 1200mah
Shell material: ABS
Product size: about 105.00x93.00x33.70mm
Product size: 4.13x3.66x1.33inch
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.