VACUUM BELL 12,5 CM
VACUUM BELL 12,5 CM

VACUUM BELL 12,5 CM

Precio habitual
$450.00
Precio habitual
Precio de oferta
$450.00
Precio unitario
por 
Disponibilidad
Agotado
Los gastos de envío se calculan en la pantalla de pagos.

VACUUM BELL 12,5 CM for Pectus Excavatum

The only Vacuum Bell in the world specifically designed for infants and kids with Pectus Excavatum along with 11 and 14 cm models

This the only non-surgical solution available, avoiding unnecessary and dangerous surgery. our biggest pride.

It's a lot easier to correct Pectus Excavatum at this age, at the same time it can worsen very quickly if not treated.

Standard 16 cm Vacuum Bell is too large in any cases and using the right size is crucial for the success of the therapy and to avoid unnecessary complications like nipple irritation and gynecomastia, the color may change according with the production process.

Setting the highest quality standards on the market:

⦿ FDA Certified
⦿ Last generation Medical-grade Silicone, Orthopedic and Hypoallergenic 

🚫NO Toxic material from China

⦿ Lightweight polymer able to adapt perfectly to the chest conformation and extremely comfortable to wear for long periods of time.

🚫 NO pain during the sessions

⦿ Airtight Suction 
⦿ Stronger hand pump 
⦿ Laser Tested 

🚫 NO Pressure loss during sessions

⦿ Pure Copper connector and Unbreakable Transparent base

🚫 NO Plastic elements easy to break

⦿ Exclusive 10 Years of Warranty 
⦿ Free Shipping Worldwide 

If you don't know what's the best model for you, we can help you HERE 

Each unit is Expressly manufactured and disinfected with isopropyl as a preventive measure against COVID-19 to give you full safety

New logistic process in response to the pandemic to guarantee you a fast delivery worldwide using DHL express only 7 days average time 

The effectiveness of the Vacuum Bell Therapy is Scientifically proven:

https://academic.oup.com/ejcts/article/29/4/557/478894 https://www.jpedsurg.org/article/S0022-3468(18)30629-8/pdf http://jovs.amegroups.com/article/view/10442 https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5056932/