Welcome to (TE)2 Biomedical

We are team of biomedical engineers who dedicate to improving cardiovascular diseases.

Our Product

Insterstitial Fluid Pressure Sensor

Our device continuously measures changes in the interstitial fluid pressure for early detection of heart failure through a minimally invasive procedure involving a portable needle-based application.

  • Minimally invasive
  • Real-time tracking
  • Portable

Better monitoring your cardiovascular health.

01

Minimally invasive

No surgery needed! Our insertion system is easy to install and less cumbersome. Device application and removal can be done at home.

02

Real-time tracking

The sensor continuously collects data and visualizes in real-time manner to your smartphone.

03

Portable

We designed it for your convenience! Our device strongly adheres to your skin, even when you are running, exercising or playing sports.

Insterstitial Fluid Pressure Sensor

A way to address a continuous and minimally invasive measuring interstitial fluid pressure in cardiovascular diseases patients that help monitor heart health and heart failure.

market

market

Customers who should consider this product should be ages 20 and older in the U.S. who exhibit symptoms of heart failure. Individuals who experience symptoms of heart failure could be caused by stress and/or have an unhealthy diet. About 18.2 million adults, ages 20 and older suffer from Coronary Heart Disease which leads to heart failure. The Interstitial Fluid Pressure Sensor will allow patients and their physician to monitor the persisting symptoms and take actions to reduce worsening symptoms. Our product will be the first product to be a minimally invasive, continuous, and portable heart failure diagnostic tool. The device will be offered at hospitals and pharmacies. In order for an individual to obtain this device, they must seek a prescription from their physician.

Competitor

Competitor

There are currently no devices on the market which measure interstitial fluid pressure (IFP) directly as an indicator for heart failure. Clinically, to diagnose IFP, the reliable devices all involve invasive techniques. For example, the leading device by Abbott, CardioMEMS, is able to determine heart failure worsening reliably through the pulmonary artery, however, the device requires implantation. The current market for cardiovascular diseases is around $54.08 billion where heart failure is a major part. The market share of even a small portion will be highly impactful.

We have partnerships with

NXT Biomedical
UCI Samueli School of Engineering
UCI UROP
Gallery

Gallery

Our product images

  • All
  • App
  • Card
  • Web

Set up

Experiment set up

Poster presentation

Fall design presentation

Testing

Testing

Device

Final Device

Prototype

Prototype

First Generation Prototype

Team

Team

Meet our team

Ethan Hoang

Product Manager

"A product manager not only requires knowledge of product but knowledge of people."

Tam Vo

Quality Engineer

"Ensure the highest quality and safety level of each product."

Tyler Hanwinyoo

Manufacturing Engineer

"There's always a more optimal production process."

Emily Quach

Product Engineer

"The best way to predict the future is to create it."

Contact

Contact

te2biomedical@gmail.com

Our Address

28700 Arroyo Dr, Irvine, CA 92617

Call Us

+1 (000) 000 0000

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