Regenerative Medical

Osteoarticular Area

Regenerative Medicine

Orthobiology is an innovative field of regenerative medicine that enables a new therapeutic approach aimed at biological tissue regeneration rather than tissue replacement.

The goal is to develop new therapies to promote bone and soft tissue repair of the musculoskeletal system by stimulating the body’s natural resources to regenerate damage caused by trauma or disease, thus providing alternative solutions to traditional treatments.

Lipoevolution is a technology able to enhance the regenerative properties of adipose tissue. Its semipermeable membrane separates lipoaspirated adipose tissue from pro-inflammatory waste elements, e.g., blood and oil. The dialysis of the tissue minimizes the stress and trauma to cell, preserving the extracellular matrix architecture. The final product is a microfragmented, purified, and injectable adipose tissue.

Closed-loop system and sterile field procedure, minimizing the risk of contamination
Minimal manipulation of cells and tissues
Simple, rapid and reproducible procedure, versatile in different therapeutic fields.

TIREG PLUS is a system designed to optimize the preparation of autologous Platelet-Rich Plasma (PRP). Equipped with test tubes containing separator gels of different molecular weights, it allows for the production of both leucocyte-rich and leucocyte-poor PRP, tailored to clinical needs. The process ensures high platelet purity and consistent yield, making it ideal for regenerative medicine applications. The final product is a highly concentrated PRP, ready for safe and precise local application.

Innovative Separator Gels: Test tubes with molecular weight-specific gels to produce leucocyte-rich or leucocyte-poor PRP.
Optimal Platelet Concentration: Increases platelet levels by 5-6 times compared to baseline.
Versatile Applications: Ideal for various therapeutic needs in regenerative medicine.

Quick Marrow is an advanced technology for the collection and concentration of autologous bone marrow. Using a guided drill and sterile protection, it enables precise aspiration from the tibia, with an alternative for the iliac crest. The process minimizes trauma to cells and tissues, preserving cell viability and ensuring optimal yield, making it ideal for orthopedic and regenerative applications.

Advanced Aspiration Technology: Guided drill with sterile protection for safe and controlled tibia collection.
High Cell Yield: Centrifugation system that increases cell concentration up to 7.4 times.
Minimal Tissue Impact: Atraumatic procedure that preserves cell and tissue viability.