866-546-5111

FILLING BONE VOIDS & DEFECTS

SXDBM™ (demineralized bone matrix) is allograft bone that can be used to fill voids or gaps in a variety of bones, including the extremities, spine and pelvis. SXDBM™ aides in the healing process by filling defects that occurred during surgery or as a result of a traumatic injury.

At the locus of the implant, SXDBM™ bone allografts have the potential to induce vascularization, mineralization, and bone marrow differentiation. After a period of time, the DBM may be resorbed and replaced by growth of new bone. SXDBM™ allograft bone should be used in bone defects that are not essential for stability of the bony structure.

A unique processing technique ensures that 100% of the DBM is derived from human allograft bone tissue. This eliminates the need for extrinsic organic carriers. All DBM materials are retrieved and processed according to the FDA and AATB guidelines, are tested for viruses and terminally sterilized by validated e-beam irradiation.

SXDBM™ is available in three easy-to-use formats:

     FEATURED USES

  • Spinal fusion
  • Cranio-facial surgery
  • Hand and foot surgery
  • Fracture repair
  • Cyst treatment
  • Limb salvage
  • Dental
  • Oncology

SXDBMST-50D                               BM Strip                 50 x 20 7mm SXDBMSP-10D                               BM Cube               10 x 10x10mm SXDBMSP-12D                               BM Cube               12 x 12 x 12mm    SXDBMSP-14D                               BM Cube               14 x 14 x 14mm      SXDBM-01D                                   BM Putty                        1cc                      SXDBM-02D                                   BM Putty                         2.5cc          SXDBM-05D                                   BM Putty                         5cc                        SXDBM-10D                                   BM Putty                         10cc                    APX-FBR-01D                                 BM Fiber                         1cc                      APX-FBR-02D                                 BM Fiber                         2.5cc                    APX-FBR-05D                                 BM Fiber                         5cc                        APX-FBR-10D                                 BM Fiber                         10cc

PRODUCT              DESCRIPTION           SIZE

   CODE

SXDBM
Demineralized Allograft Bone with Osteoinductive Potential

  • 100% Human Allograft Bone
  • 4 Easy to Use Formats
  • Osteoinductive Potential
  • Osteoconductive
  • Fully Resorbable
  • Resists Irrigation



SXDBM™ is an advanced healing technology that is revolutionizing the way doctors approach bone defects. This unique human allograft tissue is derived from human bone which has undergone a specialized demineralization process that maintains the bone’s natural growth factors. When implanted into a bone void or gap, SXDBM™ bone allograft has the potential to induce the full developmental cascade of endochondral bone formation including vascularization, mineralization, and bone marrow differentiation.​

​​Strips & Cubes

Derived from demineralized trabecular bone,
SXDBM™ Strips and Cubes are compressible and elastic bone allografts, with the open, porous structure of cancellous bone. Strips and Cubes can be compressed to 1/3 of their original size, placed into a small area and, when released, will spring back to fill the bone gap or void without losing their original strength or shape.



Putty

Derived from demineralized cortical bone,
SXDBM™ Putty is a flowable bone allograft. I can also be formed into various shapes and sizes and packed into voids or gaps in a variety of bones. When mixed with fresh bone marrow aspirate or autograft from the patient, the allograft bone putty becomes osteogenic.



Fiber

Consists of 100% demineralized cortical bone. When hydrated with any bioactive agent, it becomes a malleable fibrous structure that provides an excellent osteoconductive scaffold and increased osteoinductive potential. Fiber can serve as a superior vehicle for tissue integration when combined with the inherent biochemical properties of the scaffold.