Focus on knee procedures
Following the strong foundation established during our first TAB session focused on shoulder procedures, MZF4 Medical held its 2nd Technical Advisory Board (TAB) of 2026, once again under the guidance of Dr. Wagner Castropil, orthopedic surgeon specialized in sports medicine and one of Brazil’s leading references in shoulder and knee surgery.
This session was fully dedicated to knee procedures, further strengthening the direct connection between surgical reality and biomedical engineering.
The discussions and practical analyses focused on three major pillars of knee surgery:
• ACL reconstruction
• Meniscal repair
• Peripheral ligament repair
Throughout the session, our multidisciplinary core team (R&D, Innovation, Engineering, Sales and Operations) explored the biomechanical, material and procedural challenges behind modern knee repair systems.
Special attention was given to:
• Graft fixation behavior
• Suture performance under cyclic loading
• Meniscal repair architectures
• Implant-tissue interaction
• Surgical reproducibility and simplification
• Stability versus invasiveness balance
One important takeaway reinforced during the session:
Successful repair depends not only on implant strength, but on the intelligent integration between surgical techniques, biomaterials and biomechanical behavior.
At MZF4 Medical, we continue advancing our strategy of clinically connected engineering, transforming surgical insights into next-generation implantable textile solutions.
Our Technical Advisory Board initiative is becoming a critical platform for:
• Faster development cycles
• Higher customization capability
• Real-world procedural understanding
• Continuous innovation validation
• Direct interaction with the surgical field
As the program evolves, the next phases will increasingly integrate cadaver lab testing and validation environments, accelerating the transition from engineering concept to practical surgical application.
Backed by ISO 13485:2016 and ISO 56002, innovation at MZF4 Medical remains structured, systematic and deeply connected to clinical reality.
We move forward:
closer to biomechanics,
closer to the operating room,
closer to the future of sports medicine.
