• Coin d'os spongieux
  • Flacon Poudre d'os
  • Coin d'os spongieux
  • Flacon Poudre d'os

Phoenix®

Our PHOENIX® bone grafts are derived from femoral heads or tibial plates harvested from living donors during hip arthroplasty.

These osteo-conductive grafts are indicated for bone filling and reconstruction in cavitary and segmental defects: arthrodesis, arthroplasty revision, fractures, osteotomies, pseudarthrosis, and tumors.

Collected in France, these osteo-conductive grafts are characterized by their safety. Collection is organized using flexible, high-performance logistics, developed on a national scale in compliance with good tissue and cell practices laid down by the Agence de la biomédecine (formerly the Etablissement français des Greffes) and the French Bioethics Act.

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The benefits

At TBF, we design our grafting products with a constant focus on quality, safety and clinical performance. Every PHOENIX® bone graft is prepared according to rigorous, scientifically validated processes that comply with the most stringent regulatory requirements.

Osteoconductive effect

Its natural bone framework and the interconnected porosities of human cancellous bone allow good colonization of the patient’s bone cells and vessels for assured osteoconduction.

Unique treatment process

The PHOENIX® process is a specific viral inactivation, delipidation, freeze-drying and radiosterilization treatment offering every possible guarantee of safety.

Confirmed clinical efficacy

With over 200,000 grafts implanted since 1992 and numerous published scientific studies, TBF has confirmed its expertise as France’s leading tissue bank.

References

Anatomical forms of cancellous bone
Complete femoral head T18
Femoral head without neck T07
Hemi-femoral head T15
Quarter femoral head T45
Coin d'os spongieux
Cancellous bone wedges
Osteotomy wedge, 6 mm high – 6° W06
Osteotomy wedge, 8 mm high – 8° W08
Osteotomy wedge 10 mm high – 10° W10
Osteotomy wedge 12 mm high – 12° W12
Osteotomy wedge 14 mm high – 10° W14
Flacon Poudre d'os
Cancellous bone powders
Cancellous bone powder in 0.5 cc D905
Cancellous bone powder in 1 cc D910
Cancellous bone powder in 2 cc D920
Cancellous bone powder in 2 cc syringe D920+
Cancellous bone powder in 4 cc D940
Greffon osseux PHOENIX® issu de têtes fémorales pour chirurgie orthopédique
Geometric shapes of cancellous bone
15 x 10 x 1.5 mm slat LC15
6 x 8 x 10 mm block CH6
10 x 20 x 20 mm block T04
22 x 22 x 32-34 mm block (with dome) T16
30 x 10 x 10 mm stick S03
Cancellous bone chips
Small bone chips – 5 to 7 CC BS02
Small bone chips – 15 to 20 CC BS05
Bone chips – 5 to 7 CC B02
Bone chips – 10 to 15 CC B04
Bone chips – 20 to 25 CC B06
Bone chips – 30 to 35 CC B07
Bone chips > 45 CC B08
Greffon osseux PHOENIX® issu de têtes fémorales pour chirurgie orthopédique
Geometric shapes of cancellous bone
Cylinder with slot length 30 mm diameter 10 mm Z10
Cylinder with slot length 30 mm diameter 12 mm Z12
Disc thickness 5 mm diameter 14 mm CP14
3 discs, thickness 5 mm, diameter 14 mm CP314
15 x 10 x 5 mm slat DL15

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A unique production process

The PHOENIX® process is a secure, controlled industrial process exclusive to TBF. This process is a specific treatment for viral inactivation, delipidation, freeze-drying and radiosterilization, offering every possible guarantee of harmlessness. Production is carried out in ISO6 & ISO7 controlled atmosphere zones.

  1. Decortication

    Cutting and removing cartilage and cortical bone from the femoral head to allow good solvent penetration.

  2. Mechanical and chemical treatments

    Mechanical and chemical treatments: A succession of chemical baths and mechanical processes are used to inactivate viruses and prions, in accordance with DGS instructions in force since January 1, 2012. Post-treatment analyses confirm the integrity of the bone tissue, the almost total absence of residual solvents and a lipid content of less than 1%.

  3. Lyophilization

    In order to dehydrate bone tissue in depth in a reproducible way, guaranteeing long-term preservation of bone tissue characteristics at ambient temperature.

  4. Gamma radiosterilization

    This process, with its narrow sterilization range (maximum 32 kGy), preserves the biological and structural quality of the bone, while enabling effective sterilization to ISO11137 standards.

  5. Final packaging and storage

    Shelf life of 5 years at room temperature.
    Throughout the PHOENIX® process, several control steps are carried out to ensure that each PHOENIX® graft meets TBF requirements before being released.

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Reimbursement obtained for our bone graft and DBM blends
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TBF at the SFCR annual congress – June 2025 edition
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