This startup manufactures surgical instruments designed to enhance the precision and efficiency of surgical procedures. Their platform focuses on improving patient recovery times and addressing the complexities of surgical challenges through tailored tool design.
Funding
$300K 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
Surgeons often face challenges in achieving optimal surgical site exposure and precise anatomical understanding during complex procedures. Traditional methods of tissue retraction can be cumbersome, limiting the surgeon's workspace and potentially increasing patient recovery time. Preoperative imaging provides valuable anatomical information, but translating this data into a real-time surgical context remains a hurdle.
Solution
DessinRx Healthcare develops surgical tools and equipment designed to enhance surgical precision and improve patient outcomes. Their product line includes the M-Arc Retractor, a self-retaining retraction system that provides uniform elevation of skin flaps, increasing operating space and promoting quicker healing. DessinRx also offers an Extended Reality (XR) Surgical Intervention Platform that overlays 3D digital models of CT scans onto the patient in the operating theater. This XR platform allows surgeons to visualize underlying anatomy, such as blood vessels, tissue, bones, and tumors, without making an incision. The platform also facilitates remote collaboration and dynamic access to reference materials.
Target Audience
The primary customers are surgeons, hospitals, teaching institutions, and tertiary care centers focused on improving surgical outcomes and adopting advanced surgical technologies.
Features
- M-Arc Retractor: A self-retaining system for uniform skin flap elevation during mastectomy and other procedures.
- XR Surgical Intervention Platform: Provides augmented reality visualization of preoperative CT scans directly onto the surgical site.
- Real-time 3D anatomical overlay: Enables surgeons to "see through" the patient's skin and appreciate underlying structures.
- Remote collaboration: Connects surgeons with remote experts for real-time consultation and guidance.
- Dynamic reference material access: Allows surgeons to quickly search and find relevant information during the procedure.