Construction & Real Estate > CCTV Products >  DRI sleeper alarm system

DRI sleeper alarm system

bedwetting alarm
Brand Name:
Model Number:
bedwetting alarm
DRI sleeper alarm system
Detailed Description

1, wireless bedwetting alarm system
2, DRI sleeper
3, Treatment for bedwetting

wireless bedwetting alarm system


The wireless bedwetting alarm system (DRI sleeper) is an enuresis alarm, to aid the bedwetting problem. Only few drops of urine, the bedwetting system will alarm, to wake your child up.


It is to train the child’s brain to learn little by little to react more quickly until it is actually waking before urination begins. It may take a week, or a month or even two to solve the bedwetting problem, but as Professor Hjalmas of Sweden, a leading expert says "it is the only method proven to have cured the problem."


The wireless bedwetting alarm system, in one set, it includes following:

One receiver

One sender

Two sensor underclothes

One manual

We promise to supply you with high quality wireless bedwetting alarm system!We have sufficient experience and high responsibility,welcome to send us your sample and we can provide with you what you want.Our toner cartridges are high quality with low price. We promise to supply our customers best service.We are sincerely looking for your cooperation!

Company information:
ALARMVIP HIGH TECH LTD is an exporter of Hong Kong CCTV Camera products.    We have exported products to many other countries, such as North America South America Eastern Europe Southeast Asia Africa Oceania Mid East Eastern Asia Western Europe. Our main business goal is to provide top quality products for our customers    More further information that feel free to contact us followed!All detail for concern the company are illustred in our website!
Hot Searches: Desktop Tcp ,Garden Hole ,Stainless Steel Garden Hand Fork ,Digging Forks ,Spading Fork Long Handle
Send Inquiry to this Supplier
Ms. Denis Wang
Buji, Shenzhen City, China

Copyright © 2010 Wholesale lots. All rights reserved. Contact

Processed in 0.12069 second(s)