AkiMed™
Pioneering Soft Tissue Repair

Bioresorbable Biocompatible Biomaterials

Soft tissue engineering faces challenges in the integration and customization of implants, limiting effectiveness and suitability to specific patient needs

Challenges in Soft Tissue Repair

Our First Indication

AkiMed™ - Breast Implant

Every hour,
345 women
are diagnosed with breast cancer, making it the most common cancer globally

By 2030, annual diagnoses are expected to reach 3 million

70% of women undergone lumpectomy surgery

(partial breast removal)

However, the majority choose not to pursue breast reconstruction due to the complexity of available procedures, long waiting times, and outcomes that often feel unnatural

At Akira Science, we are addressing these challenges with AkiMed™, a first-of-its-kind, bioresorbable breast implant designed to support natural tissue regeneration

Our solution offers a more accessible, natural-feeling option for reconstruction, empowering women to recover their well-being

Reduces Surgical Time
0 %
Saving up to
$ 0
Increase in productivity
0 %

Akira Science not only improves clinical outcomes but also offers more personalized and effective solutions for each patient revolutionizing the way soft tissue engineering is approached in modern medicine.

Akira Science Research

Our research is dedicated to developing synthetic biomaterials for 3D-printed bioresorbable implants, designed to enhance cell-material interactions and improve patient outcomes

Expertise in designing advanced synthetic, degradable polymers

Our innovative products and services revolutionize soft tissue engineering.

Tailored 3D printing protocols to meet your specific product requirements

Our innovative products and services revolutionize soft tissue engineering.

Adjustable physical and chemical properties for optimized biocompatibility and performance

Our innovative products and services revolutionize soft tissue engineering.

Transforming Soft Tissue Engineering Solutions

Discover our innovative 3D-printed scaffolds and customized designs for soft tissue engineering.
;