SymPhysis Medical is developing the rel **eaze** ™ Drainage System, a user-friendly device designed for independent management of malignant pleural effusions through a novel port access and one-touch activation. This technology reduces the invasiveness of traditional drainage methods, enhancing patient comfort and autonomy in home care settings.
Funding
$11M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Malignant pleural effusions, the buildup of fluid in the chest, require drainage, often managed with invasive procedures that can limit patient comfort and independence, especially in home care settings. Traditional drainage methods can be cumbersome, requiring frequent visits to healthcare facilities or reliance on caregivers.
Solution
SymPhysis Medical is developing the rel**eaze**™ Drainage System, a user-friendly system designed to empower patients to independently manage malignant pleural effusions. The system features a novel port access and one-touch activation, streamlining the drainage process and reducing the invasiveness associated with traditional methods. By simplifying the procedure, the rel**eaze**™ system aims to enhance patient comfort and autonomy, enabling effective management of their condition in the comfort of their own homes. The intuitive design prioritizes ease of use, putting control back in the hands of patients and reducing their reliance on healthcare providers or caregivers.
Target Audience
The primary target audience includes patients with malignant pleural effusions requiring drainage, as well as healthcare providers seeking less invasive and more patient-centric drainage solutions.
Features
- Novel port access designed to minimize invasiveness during drainage.
- One-touch activation for simplified and independent operation.
- User-centered design developed with input from both patients and clinicians.
- Intended to reduce reliance on healthcare professionals for routine drainage procedures.