Lattice Medical develops 3D printed bioabsorbable implants for breast reconstruction and soft tissue regeneration, utilizing advanced biomaterials and tissue engineering techniques. Their products, MATTISSE and RODIN, address the need for effective and safe solutions in reconstructive surgery, enhancing patient recovery and outcomes.
Funding
$5.2M 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.
MIFounders
Product
Problem
Current breast reconstruction and soft tissue regeneration techniques often lack effective, safe, and natural-feeling solutions, leading to suboptimal aesthetic outcomes and potential complications for patients. Existing options may not fully integrate with the body's tissues or provide long-term regenerative benefits.
Solution
Lattice Medical develops 3D-printed, bioabsorbable implants designed to regenerate soft tissues, offering a more natural and integrated approach to reconstructive surgery. Their MATTISSE implant serves as a resorbable mammary prosthesis, while RODIN is a matrix engineered to regenerate the hypodermis. Both devices leverage advanced biomaterials and tissue engineering principles to promote tissue integration and regeneration, aiming to improve patient outcomes and quality of life. The implants are designed to be gradually absorbed by the body as new tissue grows, leaving behind a natural, regenerated structure.
Target Audience
The primary target audience includes reconstructive surgeons, plastic surgeons, and hospitals specializing in breast reconstruction and soft tissue regeneration procedures.
Features
- 3D-printed implants with a porous structure to facilitate cell infiltration and tissue regeneration
- Bioabsorbable materials that degrade over time, replaced by the patient's own tissue
- MATTISSE: A resorbable breast prosthesis designed to provide structural support and promote natural tissue regeneration after mastectomy
- RODIN: A hypodermis regeneration matrix intended to restore soft tissue volume and improve skin elasticity
- Customizable implant designs to match individual patient anatomy and aesthetic goals
- Pre-clinical and clinical studies demonstrating safety and efficacy in tissue regeneration