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Spine implants most often used in spine surgeries and available in many different sizes to fit various applications. Our tissue grafts and spine implants are clincally proven in more applications than any other allograft spine implant provider. As a result, we are the world's most trusted provider of transplant solutions, from new innovations in tissue grafts and spine implants, to regenerative medicine and cellular therapies. Nearly 5 million tissue grafts have been distributed with no disease transmission since the introduction of Allowash XG®. Click the below links to browse our wide portfolio of spine implants and tissue grafts for void/defects.
Spine
- Pre-sized for convenience
- Allows physician to supplement with additional graft material
- Allows for structural support
- Allows physician to select appropriate graft for clinical procedure
- Provides an osteoconductive matrix for incorporation
- Anterior Cervical Fusion
- Trauma
Fibular Segment, VertiGraft® Fibula/Radius/Ulna Wedge
| Frozen | Description | Size |
|---|---|---|
| FFIBW8 | Fibula/Radius/Ulna Wedge | H = 18 mm |
| Freeze-Dried | Description | Size |
|---|---|---|
| FIBW6 | Fibula/Radius/Ulna Wedge | H = 16 mm |
| FIBW8 | Fibula/Radius/Ulna Wedge | H = 18 mm |
| FIBW4 | Fibula/Radius/Ulna Wedge | H = 14 mm |
| FIBW2 | Fibula/Radius/Ulna Wedge | H = 12 mm |
| FIBW0.8 | Fibula/Radius/Ulna Wedge | H = 8 mm |
| FIBW1 | Fibula/Radius/Ulna Wedge | H = 10 mm |
| FIBW0.6 | Fibula/Radius/Ulna Wedge | H = 6 mm |
Solid one piece cortical spacer designed to provide biomechanical strength for spinal fusion inter-body and discectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Spinal fusion inter-body and discectomy procedures
| Freeze-Dried | Description | Size |
|---|---|---|
| VFIBW5 | Fibular Spacer Lordotic | Anterior Height = 8 mm |
| VFIBCS114 | Fibular Spacer Parallel | Anterior Height = 14 mm |
| VFIBW7 | Fibular Spacer Lordotic | Anterior Height = 10 mm |
| VFIBW9 | Fibular Spacer Lordotic | Anterior Height = 12 mm |
| VFIBW11 | Fibular Spacer Lordotic | Anterior Height = 11 mm |
| VFIBCS112 | Fibular Spacer Parallel | Anterior Height = 12 mm |
| VFIBCS110 | Fibular Spacer Parallel | Anterior Height = 10 mm |
| VFIBCS16 | Fibular Spacer Parallel | Anterior Height = 6 mm |
| VFIBCS17 | Fibular Spacer Parallel | Anterior Height = 7 mm |
| VFIBCS18 | Fibular Spacer Parallel | Anterior Height = 8 mm |
| VFIBCS19 | Fibular Spacer Parallel | Anterior Height = 9 mm |
| VFIBCS15 | Fibular Spacer Parallel | Anterior Height = 5 mm |
Solid, one piece cortical implant designed to provide biomechanical strength for ACDF procedures
- Solid, one piece cortical construction designed to provide biomechanical strength
- Central void allows for physician preferred osteoinductive filler
- Chamfered posterior surface and bulleted nose for ease of insertion
- Stability: Textured surface designed to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Fully Hydrated, Ambient Storage Available: This implant features Preservon, a proprietary, glycerol-based preservation technology that allows allograft bio-implants to be stored in a fully hydrated state at ambient temperature. Preservon® eliminates lengthy rehydrating times, and does not require freezer storage2
- Uniform dimensions
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data on file at LifeNet Health, Virginia Beach, VA.
- Anterior Cervical Discectomy and Fusion
- VG2 Cervical
- VertiGraft Fibular Spacer
| Preservon | Description | Size |
|---|---|---|
| VG1 CPAR7P | VG1 Cervical - Parallel | Anterior Height = 7mm |
| VG1 CPAR8P | VG1 Cervical - Parallel | Anterior Height = 8 mm |
| VG1 CPAR9P | VG1 Cervical - Parallel | Anterior Height = 9 mm |
| VG1 CPAR10P | VG1 Cervical - Parallel | Anterior Height = 10 mm |
| VG1 CPAR6P | VG1 Cervical - Parallel | Anterior Height = 6 mm |
| VG1C-T810P | VG1® Cervical - 7° Lordosis | Anterior Height = 10 mm |
| VG1C-T57P | VG1® Cervical - 7° Lordosis | Anterior Height = 7 mm |
| VG1C-T68P | VG1® Cervical - 7° Lordosis | Anterior Height = 8 mm |
| VG1C-T79P | VG1® Cervical - 7° Lordosis | Anterior Height = 9 mm |
| VG1C-T46P | VG1® Cervical - 7° Lordosis | Anterior Height = 6 mm |
Bio-implant designed with two cortical endplates supporting a cancellous center for ACDF procedures
- Proven Clinical Performance: A prospective study found 100% fusion rates after 12 months in 74 ACDF patients1
- Osteoconductive: Large cancellous matrix facilitates early bone growth
- Stability: Textured surface designed to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties2
- Ambient Storage Available: This implant features Preservon®; a proprietary, glycerol-based preservation technology that allows allograft bio-implants to be stored in a fully-hydrated state at ambient temperature. Preservon eliminates lengthy thawing and rehydrating times, and does not require freezer storage, or compromise biomechanical strength3
- Uniform dimensions
- Abla, Adnan, et al. (2005) Allograft Composite Cortical and Cancellous Bone Graft for Anterior Cervical Fusion. Contemporary Neurosurgery. 27(8).
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data on file at LifeNet Health, Virginia Beach, VA
- Anterior Cervical Discectomy and Fusion
- VG1 Cervical
- VertiGraft Fibular Spacer
| Preservon | Description | Size |
|---|---|---|
| VG2C-DT10P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 10 mm |
| VG2C-DT11P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 11 mm |
| VG2C-DT9P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 9 mm |
| VG2C-DT8P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 8 mm |
| VG2C-DT7P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 7 mm |
| VG2C-DR6P | VG2 Cervical Large Parallel | Anterior Height = 6 mm |
| VG2C-DR7P | VG2 Cervical Large Parallel | Anterior Height = 7 mm |
| VG2C-DR11P | VG2 Cervical Large Parallel | Anterior Height = 11 mm |
| VG2C-DR10P | VG2 Cervical Large Parallel | Anterior Height = 10 mm |
| VG2C-DR9P | VG2 Cervical Large Parallel | Anterior Height = 9 mm |
| VG2C-DR8P | VG2 Cervical Large Parallel | Anterior Height = 8mm |
| VG2C-DT6P | VG2 Cervical Large - 7° Lordosis | Anterior Height = 6 mm |
| VG2 CPAR11P | VG2® Cervical - Parallel | Anterior Height = 11 mm |
| VG2C-T810P | VG2® Cervical 7° Lordosis | Anterior Height = 10 mm |
| VG2C-T79P | VG2® Cervical 7° Lordosis | Anterior Height = 9 mm |
| VG2C-T68P | VG2® Cervical 7° Lordosis | Anterior Height = 8 mm |
| VG2C-T57P | VG2® Cervical 7° Lordosis | Anterior Height = 7 mm |
| VG2C-T911P | VG2® Cervical 7° Lordosis | Anterior Height = 11mm |
| VG2 CPAR6P | VG2® Cervical - Parallel | Anterior Height = 6 mm |
| VG2 CPAR10P | VG2® Cervical - Parallel | Anterior Height = 10 mm |
| VG2 CPAR9P | VG2® Cervical - Parallel | Anterior Height = 9 mm |
| VG2 CPAR8P | VG2® Cervical - Parallel | Anterior Height = 8 mm |
| VG2 CPAR7P | VG2® Cervical - Parallel | Anterior Height = 7 mm |
| VG2C-T46P | VG2® Cervical 7° Lordosis | Anterior Height = 6 mm |
| Frozen | Description | Size |
|---|---|---|
| VG2 CPAR7 | VG2® Cervical Parallel | Anterior Height = 7 mm |
| VG2 CPAR6 | VG2® Cervical Parallel | Anterior Height = 6 mm |
| VG2C-T911 | VG2® Cervical 7° Lordosis | Anterior Height = 11 mm |
| VG2 CPAR8 | VG2® Cervical Parallel | Anterior Height = 8 mm |
| VG2 CPAR9 | VG2® Cervical Parallel | Anterior Height = 9 mm |
| VG2 CPAR11 | VG2® Cervical Parallel | Anterior Height = 11 mm |
| VG2 CPAR10 | VG2® Cervical Parallel | Anterior Height = 10 mm |
| VG2C-T810 | VG2® Cervical 7° Lordosis | Anterior Height = 10 mm |
| VG2C-T79 | VG2® Cervical 7° Lordosis | Anterior Height = 9 mm |
| VG2 NCPAR9 | VG2® Cervical - Parallel Narrow | Anterior Height = 9 mm |
| VG2 NCPAR8 | VG2® Cervical - Parallel Narrow | Anterior Height = 8 mm |
| VG2 NCPAR7 | VG2® Cervical - Parallel Narrow | Anterior Height = 7 mm |
| VG2 NCPAR10 | VG2® Cervical - Parallel Narrow | Anterior Height = 10 mm |
| VG2C-T46 | VG2® Cervical 7° Lordosis | Anterior Height = 6 mm |
| VG2C-T68 | VG2® Cervical 7° Lordosis | Anterior Height = 8 mm |
| VG2C-T57 | VG2® Cervical 7° Lordosis | Anterior Height = 7 mm |
| VG2 NCPAR6 | VG2® Cervical - Parallel Narrow | Anterior Height = 6 mm |
- Allows for structural support
- Allows for impactor to be screwed into graft
- Allows physician to select appropriate graft for clinical procedure
- Provides an osteoconductive matrix for incorporation
- Pre-sized for convenience
- Anterior Cervical and Lumbar Fusion
| Freeze-Dried | Description | Size |
|---|---|---|
| CL18 | Cloward Dowel | D = 18 mm |
| MR11 | Cloward Dowel | D = 11 mm (no set pin hole) |
| CL16 | Cloward Dowel | D = 16 mm |
| CL 14 | Cloward Dowel | D = 14 mm |
| CL12 | Cloward Dowel | D = 12 mm |
| M17HS | Cloward Dowel | D = 13 mm |
| CL10 | Cloward Dowel | D = 10 mm |
| Preservon | Description | Size |
|---|---|---|
| PCL16 | Cloward Dowel | D = 16 mm |
| PCL18 | Cloward Dowel | D = 18 mm |
| PCL14 | Cloward Dowel | D = 14 mm |
| PCL13 | Cloward Dowell | D = 13 mm |
| PCL10 | Cloward Dowel | D = 10 mm |
| PCL11 | Cloward Dowel | D = 11 mm (no set pin hole) |
| PCL12 | Cloward Dowel | D = 12 mm |
Designed to provide immediate structural support for Anterior Cervical Discectomy and Fusion (ADCF) procedures
- Convenience: Pre-sized implants to fit a variety of applications and minimize prep time in the operating room
- Osteoconductive: Natural osteoconductive scaffold allows for cellular attachment and vascular in-growth
- 100% Human Bone: Will remodel alongside patient’s own tissue during healing process
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6, without compromising the implant’s inherent osteoconductive properties1
- Pre-Hydrated, Ambient Storage Available: This implant features Preservon®, a proprietary, glycerol-based preservation technology that allows allograft bio-implants to be stored in a fully hydrated state at ambient temperature. Preservon® eliminates lengthy rehydrating times, and does not require freezer storage2
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers.
- Rodway I, and Gander J. Comparison of Fusion Rates between Glycerol-Preserved and Frozen Composite Allografts in Cervical Fusion. International Scholarly Research Notices. 2014; 2014:960142.
- Anterior Cervical Discectomy and Fusion (ACDF)
| Freeze-Dried | Description | Size |
|---|---|---|
| TCWP11 | Tricortical Cancellous Wedge | H = 11 mm |
| TCWP12 | Tricortical Cancellous Wedge | H = 12 mm |
| TCWP5 | Tricortical Cancellous Wedge | H = 5 mm |
| TCWP10 | Tricortical Cancellous Wedge | H = 10 mm |
| TCWP9 | Tricortical Cancellous Wedge | H = 9 mm |
| TCWP7 | Tricortical Cancellous Wedge | H = 7 mm |
| TCWP8 | Tricortical Cancellous Wedge | H = 8 mm |
| TCWP6 | Tricortical Cancellous Wedge | H = 6 mm |
| Preservon | Description | Size |
|---|---|---|
| PTCWP10 | Tricortical Cancellous Wedge | H = 10 mm |
| PTCWP11 | Tricortical Cancellous Wedge | H = 11 mm |
| PTCWP12 | Tricortical Cancellous Wedge | H = 12 mm |
| PTCWP9 | Tricortical Cancellous Wedge | H = 9 mm |
| PTCWP8 | Tricortical Cancellous Wedge | H = 8 mm |
| PTCWP6 | Tricortical Cancellous Wedge | H = 6 mm |
| PTCWP7 | Tricortical Cancellous Wedge | H = 7 mm |
| PTCWP5 | Tricortical Cancellous Wedge | H = 5 mm |
MatriGRAFT® Unicortical Cancellous Spacer is a precision cut cancellous block with a single cortical face recovered from femoral condyles, femoral heads, distal tibia, and the talus
- Allows for sturctural support with single cortical face
- Allows physician to select appropriate graft for clinical procedure
- Provides and osteoconductive matrix for incorporation
- Pre-sized for convenience
- Anterior Cervical Fusion
Tricortical Cancellous Wedge-Parallel, Iliac Crest Wedge
Measurements
L = 11 mm and W = 14 mm
| Freeze-Dried | Description | Size |
|---|---|---|
| CCSPR9 | Unicortical Cancellous Spacer | H = 9 mm |
| CCSPR10 | Unicortical Cancellous Spacer | H = 10 mm |
| CCSPR8 | Unicortical Cancellous Spacer | H = 8 mm |
| CCSPR7 | Unicortical Cancellous Spacer | H = 7 mm |
| CCSPR6 | Unicortical Cancellous Spacer | H = 6 mm |
| CCSPR5 | Unicortical Cancellous Spacer | H = 5 mm |
Solid, one piece cortical implant, designed to provide biomechanical strength for laminoplasty procedures
Solid, one piece cortical construction designed to provide biomechanical strength
Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
Fully hydrated, Ambient Storage Available: This implant features Preservon®, a proprietary, glycerol-based preservation technology that allows allograft bio-implants to be stored in a fully hydrated state at ambient temperature. Preservon eliminates lengthy rehydrating times, and does not require freezer storage2
Uniform dimensions
Size specific allografts for selection of exact size implant for each procedure
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data on file at LifeNet Health, Virginia Beach, VA.
- Posterior Cervical Laminoplasty
| Preservon | Description | Size |
|---|---|---|
| VG1 LAM12 | Laminoplasty Spacer | L = 12 mm |
| VG1 LAM10 | Laminoplasty Spacer | L = 10 mm |
| VG1 LAM8 | Laminoplasty Spacer | L = 8 mm |
| VG1 LAM6 | Laminoplasty Spacer | L = 6 mm |
| VG1 LAM4 | Laminoplasty Spacer | L = 4 mm |
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Structural: Tricortical plate provides immediate structural support
- 100% Human Bone: Can remodel with the patient’s own tissue during the healing process
- Pre-Hydrated: Allograft bio-implants featuring Preservon® are stored in a fully-hydrated state at ambient temperatures. Preservon eliminates thawing and re-hydration time and does not require freezer storage or compromise the graft’s inherent osteoconductive properties1
- Sterile: Sterilized using patented and proprietary Allowash XG® technology which provides a sterility assurance level (SAL) of 10-6, without compromising the graft’s inherent osteoconductive properties2
- Convenient: Implant is pre-sized to fit a variety of applications and minimize prep time in the operating room
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data of file at LifeNet Health.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG.” 2007 Bio-Implants Brief
- High Tibial Osteotomies
- Pelvic Osteotomies
- Foot & Ankle Osteotomies
- Fracture Management
- Glenoid Reconstruction
- Anterior Cervical Discectomy and Fusion
- Corpectomy
| Preservon | Description | Size |
|---|---|---|
| PICW5 | Iliac Crest Wedge | H = 15 mm |
| PICW8 | Iliac Crest Wedge | H = 18 mm |
| PICWS | Iliac Crest Wedge | H = 20 mm |
| PICW2.5 | Iliac Crest Wedge | H = 25 mm |
| PICW2 | Iliac Crest Wedge | H = 12 mm |
| PICW1 | Iliac Crest Wedge | H = 10 mm |
| PICW0.7 | Iliac Crest Wedge | H = 7 mm |
| PICW0.8 | Iliac Crest Wedge | H = 8 mm |
| PICW0.9 | Iliac Crest Wedge | H = 9 mm |
| PICW0.6 | Iliac Crest Wedge | H = 6 mm |
| Freeze-Dried | Description | Size |
|---|---|---|
| ICW8 | Iliac Crest Wedge | H = 18 mm |
| ICWS | Iliac Crest Wedge | H = 20 mm |
| ICW2.5 | Iliac Crest Wedge | H = 25 mm |
| ICW2 | Iliac Crest Wedge | H = 12 mm |
| ICW1 | Iliac Crest Wedge | H = 10 mm |
| ICW0.7 | Iliac Crest Wedge | H = 7 mm |
| ICW0.8 | Iliac Crest Wedge | H = 8 mm |
| ICW0.9 | Iliac Crest Wedge | H = 9 mm |
| ICW0.6 | Iliac Crest Wedge | H = 6 mm |
A natural mix of cortical and cancellous bone chips designed to encourage bi-phasic remodeling
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Bi-Phasic: Natural mix of cortical and cancellous bone facilitates bi-phasic remodeling
- Pre-hydrated: Allograft bio-implants featuring Preservon® are stored in a fully-hydrated state at ambient temperatures. Preservon eliminates thawing and re-hydration time, does not require freezer storage, and does not compromise the graft’s inherent osteoconductive properties1
- Sterile: Sterilized using proprietary and patented Allowash XG® technology which provides a sterility assurance level of 10-6, without compromising the graft’s inherent osteoconductive properties2
- Versatile: Available in grind sizes of 1-4 mm or 1-8 mm in multiple volumes to meet surgical needs
- Absorbent: Absorbs and retains bioactive fluids like blood, platelet rich plasma (PRP), and bone marrow aspirate (BMA)
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data of file at LifeNet Health.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Any surgical application that requires bone void filler
- ReadiGraft Cancellous Chips
- MatriGraft Femoral Head (Grinder)
| Freeze-Dried | Description | Size |
|---|---|---|
| CC10 | Cortical/Cancellous, 1 - 8 mm | 10 cc |
| CC1/4 | Cortical/Cancellous, 1 - 8 mm | 20 cc |
| CC30 | Cortical/Cancellous, 1 - 8 mm | 30 cc |
| CC1/2 | Cortical/Cancellous, 1 - 8 mm | 40 cc |
| CC60 | Cortical/Cancellous, 1 - 8 mm | 60 cc |
| CC90 | Cortical/Cancellous, 1 - 8 mm | 90 cc |
| Preservon | Description | Size |
|---|---|---|
| PCC15 14 | Cortical/Cancellous, 1 - 4 mm | 15 cc |
| PCC30 14 | Cortical/Cancellous, 1 - 4 mm | 30 cc |
| PCC60 14 | Cortical/Cancellous, 1 - 4 mm | 60 cc |
| PCC90 14 | Cortical/Cancellous, 1 -4 mm | 90 cc |
| PCC10 | Cortical/Cancellous, 1 - 8 mm | 10 cc |
| PCC15 | Cortical/Cancellous, 1 - 8 mm | 15 cc |
| PCC1/4 | Cortical/Cancellous, 1 - 8 mm | 20 cc |
| PCC30 | Cortical/Cancellous, 1 - 8 mm | 30 cc |
| PCC1/2 | Cortical/Cancellous, 1 - 8 mm | 40 cc |
| PCC60 | Cortical/Cancellous, 1 - 8 mm | 60 cc |
| PCC90 | Cortical/Cancellous, 1 - 8 mm | 90 cc |
- Allows surgeons to customize hydration options to fit patients’ needs by using bone marrow aspirate (BMA), Platelet Rich Plasma (PRP), Whole Blood, or Saline
- When combined with bone marrow aspirate, the I/C Graft Chamber provides the three necessary mechanisms for bone formation (Osteoconductivity, Osteoinductive Potential and Osteogenicity)
- Comprised of 100% natural bone matrix which is remodeled naturally during the bone healing process
- Contains no fillers or carriers commonly used in bone putties and gels
-
The natural porous structure of cancellous chips provides an optimal scaffold for cellular attachment and vascular in-growth
- Utilized as a bone void filler or graft extender during spinal fusion surgeries to promote the likelihood of fusion
- Used to fill the cavities in and around interbody spacers or serve as scaffold across lateral gutters bridging the transverse processes
| Freeze-Dried | Description | Size |
|---|---|---|
| GDS005T | DBM Particulate | 5 cc |
| GDS005T | DBM Particulate | 5 cc |
| GDS010T | DBM Particulate | 10 cc |
| GDS010T | DBM Particulate | 10 cc |
| GDS015T | DBM Particulate | 15 cc |
| GDS015T | DBM Particulate | 15 cc |
Demineralized bone chips and particulates designed to promote bone healing in patients with a high risk of non-union
- Osteoinductive Potential: Demineralized using proprietary PAD® technology that targets optimal residual calcium levels of 1-4% without compromising the grafts inherent osteoconductive properties or osteoinductive potential1-4
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Sterile: Sterilized using proprietary and patented Allowash XG® technology which provides a sterility assurance level of 10-6, without compromising the graft’s inherent osteoconductive properties5
- Versatile: Available in multiple sizes and volumes to meet surgical needs
- Absorbent: Absorbs and retains bioactive fluids like blood, platelet rich plasma (PRP), and bone marrow aspirate (BMA)
- Zhang M, Powers R, Wolfinbarger L. (1997). Effect(s) of demineralization process on the osteoinductivity of demineralized bone matrix. J Periodontol, 68:1085-1092.
- Turonis JW, McPherson JC 3rd, Cuening MF. (2006). The affects of residual calcium in decalcified freeze-dried bone allograft in a critical-sized defect in the Rattus norvegicus calvarium. J Oral Implantol. 32(2), 55-62.
- Herold RW, Pashley DH, Cuening MF. (2002). Effects of varying degrees of allograft decalcification on the cultured porcine osteoclast cells. J Periodontol, 72(2), 213-219.
- Mott DA, Mailhot J, Cuenin MF, Sharawy M, Borke J. (2002). Enhancement of osteoblast proliferation in vitro by selective enrichment of demineralized freeze-dried bone allograft with specific growth factors. J Oral Implantiol, 28(2), 57-66.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Any surgical application that requires bone void filler
| Freeze-Dried | Description | Size |
|---|---|---|
| DCAN40 | Demineralized Cancellous Chips 1 - 4 mm | 40 cc |
Demineralized bone chips and particulates designed to promote bone healing in patients with a high risk of non-union
- Osteoinductive Potential: Demineralized using proprietary PAD® technology that targets optimal residual calcium levels of 1-4% without compromising the grafts inherent osteoconductive properties or osteoinductive potential1-4
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Sterile: Sterilized using proprietary and patented Allowash XG® technology which provides a sterility assurance level of 10-6, without compromising the graft’s inherent osteoconductive properties5
- Versatile: Available in multiple sizes and volumes to meet surgical needs
- Absorbent: Absorbs and retains bioactive fluids like blood, platelet rich plasma (PRP), and bone marrow aspirate (BMA)
- Zhang M, Powers R, Wolfinbarger L. (1997). Effect(s) of demineralization process on the osteoinductivity of demineralized bone matrix. J Periodontol, 68:1085-1092.
- Turonis JW, McPherson JC 3rd, Cuening MF. (2006). The affects of residual calcium in decalcified freeze-dried bone allograft in a critical-sized defect in the Rattus norvegicus calvarium. J Oral Implantol. 32(2), 55-62.
- Herold RW, Pashley DH, Cuening MF. (2002). Effects of varying degrees of allograft decalcification on the cultured porcine osteoclast cells. J Periodontol, 72(2), 213-219.
- Mott DA, Mailhot J, Cuenin MF, Sharawy M, Borke J. (2002). Enhancement of osteoblast proliferation in vitro by selective enrichment of demineralized freeze-dried bone allograft with specific growth factors. J Oral Implantiol, 28(2), 57-66.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Any surgical application that requires bone void filler
| Freeze-Dried | Description | Size |
|---|---|---|
| DGC40 | Demineralized Cortical Chips 125 - 1000 microns | 40 cc |
| DGC20 | Demineralized Cortical Chips 125 - 1000 microns | 20 cc |
ReadiGRAFT® Fascia Lata is a fibrous covering of muscle recovered from the lateral aspect of the thigh
- Allows physician to use for various clinical application
- Dural replacement
- Blepharoplasty (Drooped Eyelid Repair)
- Reconstruction of rotator cuff, ACL, and PCL
For Duraplasty: Pericardium
Achilles Tendon, Patellar Ligament, Tibial Tendons, Semitendinosus, Gracilis
| Freeze-Dried | Description | Size |
|---|---|---|
| FL Strip | Strip | 3 x 150 mm (2/pkg) |
| FL S | Small | 30 x 60 mm |
| FL M | Medium | 30 x 150 mm |
| FL L | Large | 80 x 200 mm |
ReadiGRAFT® Pericardium is a sac-like membrane surrounding the heart
- Allows physician to use for various clinical applications
- Dural replacement/repair
- Sceral substitute
Fascia Lata
| Freeze-Dried | Description | Size |
|---|---|---|
| PERI 1.5 | Pericardium | 15 x 15 mm |
| PERI S | Small | 20 x 40 mm |
| PERI M | Medium | 40 x 40 mm |
| PERI L | Large | 60 x 60 mm |
Optium® DBM Putty is designed to set the standard for safety, quality and performance in DBM technology
- Demineralized using LifeNet Health's patented and proprietary PAD® process which exposes natural growth factors trapped within cortical bone
- Everly lot of final product is tested for osteoinductive potential
- Fibers provide a natural architecture with increased surface area to encourage cellular attachment
- LifeNet Health's patented Allowash XG® technology provides a sterility assurance level of 10-6
- Optium's carrier, glycerol, gives it an extensive, published clinical history and proven safe and effective in bone void filling applications
- Ready to use
- Available in different volumes
- Joint Reconstruction and Revision
- Trauma
- Spine
I/C Graft Chamber® and Optium® DBM Gel
| Freeze-Dried | Description | Size |
|---|---|---|
| TPUT01 | Putty (DBM Fibers & Glycerol) | 1 cc |
| TPUT02 | Putty (DBM Fibers & Glycerol) | 2.5 cc |
| TPUT05 | Putty (DBM Fibers & Glycerol) | 5 cc |
| TPUT10 | Putty (DBM Fibers & Glycerol) | 10 cc |
Optium® DBM Gel is designed to set the standard for safety, quality, and performance in DBM technology
- Demineralized using LifeNet Health's patented and proprietary PAD® process which exposes natural growth factors trapped within cortical bone
- Every lot of final product is tested for osteoinductive potential
- Fibers provide a natural architecture with increased surface area to encourage cellular attachment
- LifeNet Health's patented Allowash XG® technology provides a sterility assurance level of 10-6
- Optium's carrier, glycerol, gives it an extensive, published clinical history and proven safe and effective in bone void filling applications
- Ready to use
- Available in different volumes
- Joint Reconstruction and Revision
- Trauma
- Spine
| Freeze-Dried | Description | Size |
|---|---|---|
| TGEL01 | Gel (Particulate DBM & Glycerol) | 1 cc |
| TGEL05 | Gel (Particulate DBM & Glycerol) | 5 cc |
| TGEL10 | Gel (Particulte DBM & Glycerol) | 10 cc |
Demineralized bone chips and particulates designed to promote bone healing in patients with a high risk of non-union
- Osteoinductive Potential: Demineralized using proprietary PAD® technology that targets optimal residual calcium levels of 1-4% without compromising the grafts inherent osteoconductive properties or osteoinductive potential1-4
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Sterile: Sterilized using proprietary and patented Allowash XG® technology which provides a sterility assurance level of 10-6, without compromising the graft’s inherent osteoconductive properties5
- Versatile: Available in multiple sizes and volumes to meet surgical needs
- Absorbent: Absorbs and retains bioactive fluids like blood, platelet rich plasma (PRP), and bone marrow aspirate (BMA)
- Zhang M, Powers R, Wolfinbarger L. (1997). Effect(s) of demineralization process on the osteoinductivity of demineralized bone matrix. J Periodontol, 68:1085-1092.
- Turonis JW, McPherson JC 3rd, Cuening MF. (2006). The affects of residual calcium in decalcified freeze-dried bone allograft in a critical-sized defect in the Rattus norvegicus calvarium. J Oral Implantol. 32(2), 55-62.
- Herold RW, Pashley DH, Cuening MF. (2002). Effects of varying degrees of allograft decalcification on the cultured porcine osteoclast cells. J Periodontol, 72(2), 213-219.
- Mott DA, Mailhot J, Cuenin MF, Sharawy M, Borke J. (2002). Enhancement of osteoblast proliferation in vitro by selective enrichment of demineralized freeze-dried bone allograft with specific growth factors. J Oral Implantiol, 28(2), 57-66.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Any surgical application that requires bone void filler
| Freeze-Dried | Description | Size |
|---|---|---|
| DCC1/4 | Demineralized Cortical/Cancellous | 20 cc |
ReadiGraft BLX Fibers are a proprietary mix of demineralized cortical fibers and mineralized cancellous
chips specifically engineered to maintain the osteoinductive potential and osteoconductive properties
of the graft while providing surgeons with the operative flexibility to customize hydrating options to fit
patient’s needs.
- International use only, not available in all markets
- Osteoconductive: The natural osteoconductive porous architecture of cancellous bone and the increased surface area of demineralized cortical fibers provides a scaffold for cellular attachment and proliferation
- Osteoinductive Potential: The cortical fibers are demineralized using LifeNet Health’s patented and proprietary PAD® technology. This technology carefully exposes natural growth factors trapped within cortical bone while maintaining its inherent osteoinductive potential.
- No Carrier: Contains no fillers or carriers commonly used in bone putties and gels
- Customizable Hydration: Allows surgeons to customize hydration options to fit patient’s needs by the following hydration options:
− Platelet Rich Plasma (PRP)
− Bone Marrow Aspirate (BMA)
− Whole Blood
− Saline
− Antibiotic Solution
- Biocompatible: ReadiGraft BLX DBM Fibers are comprised of 100% natural bone matrix which is remodeled naturally during the bone healing process
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6, without compromising the implant’s inherent osteoconductivity or osteoinductive potential.
- Any surgical application that requires bone void filler
| Freeze-Dried | Description | Size |
|---|---|---|
| DF-1002 | BLX DBM Fibers | 2 cc |
| DF-1003 | BLX DBM Fibers | 5 cc |
| DF-1004 | BLX DBM Fibers | 15 cc |
| DF-1005 | BLX DBM Fibers | 30 cc |
| DF-1006 | BLX DBM Fibers | 10 cc |
Sterile cancellous chips that provide a natural osteoconductive matrix to encourage bone healing
- Osteoconductive: Natural bone matrix facilitates cell attachment and proliferation, and vascular in-growth
- Pre-hydrated: Allograft bio-implants featuring Preservon® are stored in a fully-hydrated state at ambient temperatures. Preservon eliminates thawing and re-hydration time, does not require freezer storage, and does not compromise the graft’s inherent osteoconductive properties1
- Sterile: Sterilized using proprietary and patented Allowash XG® technology which provides a sterility assurance level of 10-6, without compromising the graft’s inherent osteoconductive properties2
- Versatile: Available in multiple grind sizes and volumes to meet surgical needs
- Absorbent: Absorbs and retains bioactive fluids like blood, platelet rich plasma (PRP), and bone marrow aspirate (BMA)
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data of file at LifeNet Health.
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Any surgical application that requires bone void filler
- ReadiGraft Cancellous Cubes
- ReadiGraft Cortical/Cancellous Chips
- MatriGraft Femoral Head (Grinder)
| Freeze-Dried | Description | Size |
|---|---|---|
| CAN15 14BP | Crushed Cancellous Chips, 1 - 4 mm | 15 cc |
| CAN20 14BP | Crushed Cancellous Chips, 1 - 4 mm | 20 cc |
| CAN30 14BP | Crushed Cancellous Chips, 1 - 4 mm | 30 cc |
| CAN40 14BP | Crushed Cancellous Chips, 1 - 4 mm | 40 cc |
| CAN60 14BP | Crushed Cancellous Chips, 1 - 4 mm | 60 cc |
| CAN80 14BP | Crushed Cancellous Chips, 1 - 4 mm | 80 cc |
| CAN90 14BP | Crushed Cancellous Chips, 1 - 4 mm | 90 cc |
| CAN10 | Crushed Cancellous Chips, 1 - 8 mm | 10 cc |
| CAN15 | Crushed Cancellous Chips, 1 - 8 mm | 15 cc |
| CAN1/4 | Crushed Cancellous Chips, 1 - 8 mm | 20 cc |
| CAN30 | Crushed Cancellous Chips, 1 - 8 mm | 30 cc |
| CAN1/2 | Crushed Cancellous Chips, 1 - 8 mm | 40 cc |
| CAN60 | Crushed Cancellous Chips, 1 - 8 mm | 60 cc |
| CAN1 | Crushed Cancellous Chips, 1 - 8 mm | 80 cc |
| CAN90 | Crushed Cancellous Chips, 1 - 8 mm | 90 cc |
| CAN5 | Crushed Cancellous Chips, 1 - 8 mm | 5 cc |
| CAN60 410BP | Crushed Cancellous Chips, 4 - 10 mm | 60 cc |
| CAN90 410BP | Crushed Cancellous Chips, 4 - 10 mm | 90 cc |
| CAN30 410BP | Crushed Cancellous Chips, 4 - 10 mm | 30 cc |
| CAN15 410BP | Crushed Cancellous Chips, 4 - 10 mm | 15 cc |
| Frozen | Description | Size |
|---|---|---|
| FCAN30 | Crushed Cancellous Chips, 1 - 8 mm | 30 cc |
| FCAN1/2 | Crushed Cancellous Chips, 1 - 8 mm | 40 cc |
| FCAN1 | Crushed Cancellous Chips, 1 - 8 mm | 80 cc |
| FCAN90 | Crushed Cancellous Chips, 1 - 8 mm | 90 cc |
| FCAN1/4 | Crushed Cancellous Chips, 1 - 8 mm | 20 cc |
| FCAN2 | Crushed Cancellous Chips, 1 - 8 mm | 160 cc |
| FCAN15 14 | Crushed Cancellous Chips, 1 - 4 mm | 15 cc |
| FCAN30 14 | Crushed Cancellous Chips, 1 - 4 mm | 30 cc |
| FCAN15 410 | Crushed Cancellous Chips, 4 - 10 mm | 15 cc |
| FCAN60 14 | Crushed Cancellous Chips, 1 - 4 mm | 60 cc |
| FCAN30 410 | Crushed Cancellous Chips, 4 - 10 mm | 30 cc |
| FCAN90 410 | Crushed Cancellous Chips, 4 - 10 mm | 90 cc |
| FCAN60 410 | Crushed Cancellous Chips, 4 - 10 mm | 60 cc |
| FCAN90 14 | Crushed Cancellous Chips, 1 - 4 mm | 90 cc |
| Preservon | Description | Size |
|---|---|---|
| PCAN90 | Crushed Cancelleous Chips, 1 - 8 mm | 90 cc |
| PCAN1/4 | Crushed Cancelleous Chips, 1 - 8 mm | 20 cc |
| PCAN30 | Crushed Cancelleous Chips, 1 - 8 mm | 30 cc |
| PCAN1/2 | Crushed Cancelleous Chips, 1 - 8 mm | 40 cc |
| PCAN15 14 | Crushed Cancellous Chips, 1 - 4 mm | 15 cc |
| PCAN40 14 | Crushed Cancellous Chips, 1 - 4 mm | 40 cc |
| PCAN15 | Crushed Cancelleous Chips, 1 - 8 mm | 15 cc |
| PCAN20 14 | Crushed Cancellous Chips, 1 - 4 mm | 20 cc |
| PCAN30 14 | Crushed Cancellous Chips, 1 - 4 mm | 30 cc |
| PCAN60 14 | Crushed Cancellous Chips, 1 - 4 mm | 60 cc |
| PCAN80 14 | Crushed Cancellous Chips, 1 - 4 mm | 80 cc |
| PCAN90 14 | Crushed Cancellous Chips, 1 - 4 mm | 90 cc |
| PCAN5 | Crushed Cancellous Chips, 1 - 8 mm | 5 cc |
| PCAN10 | Crushed Cancellous Chips, 1 - 8 mm | 10 cc |
| PCAN1 | Crushed Cancellous Chips, 1- 8 mm | 80 cc |
| PCAN15 410 | Crushed Cancellous Chips, 4 - 10 mm | 15 cc |
| PCAN30 410 | Crushed Cancellous Chips, 4 - 10 mm | 30 cc |
| PCAN60 410 | Crushed Cancellous Chips, 4 - 10 mm | 60 cc |
| PCAN90 410 | Crushed Cancellous Chips, 4 - 10 mm | 90 cc |
| PCAN60 | Crushed Cancellous Chips, 1 - 8 mm | 60 cc |
References:
| Room Temperature | Description | Size |
|---|---|---|
| BL-1700-25050 | Order Code | length 50 mm, width 25 mm, thickness 4 mm |
| BL-1700-25100 | Order Code | length 100 mm, width 25 mm, thickness 4 mm |
Solid, one piece cortical implant designed to provide biomechanical strength for ALIF procedures
- Solid, one piece cortical construction designed to provide biomechanical strength
- Central void allows for physician preferred osteoinductive filler
- Chamfered posterior surface and bulleted nose for ease of insertion
- Stability: Textured surface designed to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Fully Hydrated, Ambient Storage Available: This implant features Preservon® , a proprietary, glycerol-based preservation technology that allows allograft bio-implants to be stored in a fully hydrated state at ambient temperature. Preservon eliminates lengthy thawing and rehydrating times, and does not require freezer storage2
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- Independent sources include the Virginia Commonwealth University Medical Center and the American Association of Mechanical Engineers. Data on file at LifeNet Health, Virginia Beach, VA
- Anterior Lumbar Interbody Fusion
- VG2 TLIF - for Transforaminal Lumbar Interbody Fusion
- VG2 PLIF - for Posterior Lumbar Interbody Fusion
- VG2 RAMP - for Posterior Lumbar Interbody Fusion
| Frozen | Description | Size |
|---|---|---|
| VG1B-14AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Height = 14.75 mm |
| VG1B-12AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Height = 12.75 mm |
| VG1B-16AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Height = 16.75 mm |
| VG1B-18AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Height = 18.75 mm |
| VG1B-20AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Lateral = 20.75 mm |
| VG1B-10AL | VG1® ALIF Anterior Lateral - 5° Lordosis | Anterior Height = 10.75 mm |
| VG1B-20A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 20.75 mm |
| VG1B-12A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 12.75 mm |
| VG1B-14A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 14.75 mm |
| VG1B-16A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 16.75 mm |
| VG1B-18A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 18.75 mm |
| VG1B-10A | VG1® ALIF Anterior - 5° Lordosis | Anterior Height = 10.75 mm |
| Freeze-Dried | Description | Size |
|---|---|---|
| VG1B-18ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 18.75 |
| VG1B-20ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 20.75 |
| VG1B-16ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 16.75 mm |
| VG1B-14ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 14.75 mm |
| VG1B-12ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 12.75 mm |
| VG1B-10ALBP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 10.75 mm |
| Preservon | Description | Size |
|---|---|---|
| VG1B-10HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 10.75 mm |
| VG1B-20ALP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 20.75 mm |
| VG1B-18ALP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 18.75 mm |
| VG1B-12HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 12.75 mm |
| VG1B-14HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 14.75 mm |
| VG1B-20HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 20.75 mm |
| VG1B-18HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 18.75 mm |
| VG1B-16HAP | VG1® ALIF Anterior - 10° Lordosis | Anterior Height = 16.75 mm |
| VG1B-16ALP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 16.75 mm |
| VG1B-14ALP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 14.75 mm |
| VG1B-16AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 16.75 mm |
| VG1B-14AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 14.75 |
| VG1B-12AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 12.75 mm |
| VG1B-18AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 18.75 mm |
| VG1B-20AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 20.75 |
| VG1B-12ALP | VG1® ALIF- Anterior Lateral - 5° Lordosis | Anterior Height = 12.75 mm |
| VG1B-10ALP | VG1® ALIF-Anterior Lateral - 5° Lordosis | Anterior Height = 10.75 mm |
| VG1B-10AP | VG1® ALIF- Anterior - 5° Lordosis | Anterior Height = 10.75 mm |
Solid one piece cortical spacer designed to provide biomechanical strength for spinal fusion inter-body and discectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
Spinal fusion inter-body and discectomy procedures
| Freeze-Dried | Description | Size |
|---|---|---|
| VHUMW13 | Humeral Spacer Lordotic | Anterior Height = 16 mm |
| VHUMW15 | Humeral Spacer Lordotic | Anterior Height = 18 mm |
| VHUMW17 | Humeral Spacer Lordotic | Anterior Height = 20 mm |
| VHUMW11 | Humeral Spacer Lordotic | Anterior Height = 14 mm |
| VHUMCS16 | Humeral Spacer Parallel | Anterior Height = 16 mm |
| VHUMCS10 | Humeral Spacer Parallel | Anterior Height = 10 mm |
| VHUMCS12 | Humeral Spacer Parallel | Anterior Height = 12 mm |
| VHUMCS14 | Humeral Spacer Parallel | Anterior Height = 14 mm |
| VHUMCS8 | Humeral Spacer Parallel | Anterior Height = 8 mm |
Bio-implant designed with two cortical endplates supporting a cancellous center for PLIF procedures
- Osteoconductive: Large cancellous core facilitates early bone growth
- Stability: Textured surface designed to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Uniform dimensions
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief.
- • Posterior Lumbar Interbody Fusion
- VG2 TLIF - for Transforaminal Lumbar Interbody Fusion
- VG1 ALIF - for Anterior Lumbar Body Fusion
- VG2 RAMP - for Posterior Lumbar Interbody Fusion
| Frozen | Description | Size |
|---|---|---|
| VG2P-T911N | VG2® PLIF Lordotic | Anterior Height = 11 mm |
| VG2P-T911W | VG2® PLIF Lordotic | Anterior Height = 11 mm |
| VG2P-T1113N | VG2® PLIF Lordotic | Anterior Height = 13 mm |
| VG2P-T1113W | VG2® PLIF Lordotic | Anterior Height = 13 mm |
| VG2P-T79 | VG2® PLIF Lordotic | Anterior Height = 9 mm |
| VG2P-T57 | VG2® PLIF Lordotic | Anterior Height = 7 mm |
| VG2P-P11 | VG2® PLIF Parallel | Anterior Height = 11 mm |
| VG2P-P11N | VG2® PLIF Parallel | Anterior Height = 11 mm |
| VG2P-P13 | VG2® PLIF Parallel | Anterior Height = 13 mm |
| VG2P-P13N | VG2® PLIF Parallel | Anterior Height = 13 mm |
| VG2P-P9 | VG2® PLIF Parallel | Anterior Height = 9 mm |
All cortical bio-implant designed to restore disc height and sagittal alignment as an alternative allograft for PLIF procedures
- Size- specific allografts for selection of exact size implant for each procedure
- Stability: Textured surface designed to reduce migration
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Uniform dimensions
- Eisenlohr LM. “Allograft Tissue Sterilization UsingAllowash XG®.” 2007 Bio-Implants Brief.
• Posterior Lumbar Interbody Fusion
- VG2 TLIF - for Transforaminal Lumbar Interbody Fusion
- VG2 PLIF - for Posterior Lumbar Interbody Fusion
- VG1 ALIF - for Anterior Lumbar Body Fusion
| Frozen | Description | Size |
|---|---|---|
| VG2 RAMP1113 | VG2® Trapezoid Ramp | Anterior Height = 13 mm |
| VG2 RAMP913 | VG2® Trapezoid Ramp | Anterior Height = 13 mm |
| VG2 RAMP911 | VG2® Trapezoid Ramp | Anterior Height = 11 mm |
Bio-implant designed with two cortical endplates supporting a cancellous center for TLIF procedures
- Osteoconductive: Large cancellous core facilitates early bone growth
- Stability: Textured surface designed to reduce migration
- Variety: Multiple footprints in both parallel and lordotic configurations to better match patient anatomy
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Uniform dimensions
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Transforaminal Lumbar Interbody Fusion
- VG2 PLIF - for Posterior Lumbar Interbody Fusion
- VG1 RAMP - for Posterior Lumbar Interbody Fusion
- VG1 ALIF - for Anterior Lumbar Body Fusion
| Frozen | Description | Size |
|---|---|---|
| VG2TLIF-L11 | VG2® TLIF Lordotic | Anterior Height = 11 mm |
| VG2TLIF-L13 | VG2® TLIF Lordotic | Anterior Height = 13 mm |
| VG2TLIF-L9 | VG2® TLIF Lordotic | Anterior Height = 9 mm |
| VG2TLIF-P13 | VG2® TLIF Parallel | Anterior Height = 13 mm |
| VG2TLIF-P11 | VG2® TLIF Parallel | Anterior Height = 11 mm |
| VG2TLIF-P9 | VG2® TLIF Parallel | Anterior Height = 9 mm |
VertiGRAFT® Fibular Shaft Segments are processed from the fibula, radius or ulna
- Cortical bone provides biomechanical strength
- Provided in a variety of sizes to accommodate surgeon's needs and preferences
- Textured engineering designed for increased surface area and reduced migration
- Corpectomy
| Freeze-Dried | Description | Size |
|---|---|---|
| VFIBS60 | Fibular Textured Shaft | Anterior Height = 60 mm |
| VFIBS50 | Fibular Textured Shaft | Anterior Height = 50 mm |
| VFIBS40 | Fibular Textured Shaft | Anterior Height = 40 mm |
| VFIBS30 | Fibular Textured Shaft | Anterior Height = 30 mm |
| VFIBS20 | Fibular Textured Shaft | Anterior Height = 20 mm |
All Cortical Fibular, Femoral, and Humeral shafts designed to provide biomechanical strength for corpectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Corpectomy Procedures
| Freeze-Dried | Description | Size |
|---|---|---|
| VHUMS60 | Humeral Shaft | Anterior Height = 60 mm |
| VHUMS50 | Humeral Shaft | Anterior Height = 50 mm |
| VHUMS40 | Humeral Shaft | Anterior Height = 40 mm |
| VHUMS30 | Humeral Shaft | Anterior Height = 30 mm |
| VHUMS20 | Humeral Shaft | Anterior Height = 20 mm |
All Cortical Fibular, Femoral, and Humeral shafts designed to provide biomechanical strength for corpectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Corpectomy Procedures
| Freeze-Dried | Description | Size |
|---|---|---|
| TIB 6.0 | Tibial Segment | L = 60 mm |
| TIB | Tibial Segment | L = 100 mm |
| Frozen | Description | Size |
|---|---|---|
| FTS | Tibial Segment | L ≥ 200 mm |
| FTSS | Tibial Segment | L = 100mm |
All Cortical Fibular, Femoral, and Humeral shafts designed to provide biomechanical strength for corpectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Corpectomy Procedures
| Freeze-Dried | Description | Size |
|---|---|---|
| FEM 6.0 | Femoral Shaft | L = 60 mm |
| FEM | Femoral Shaft | L = 100 mm |
| Frozen | Description | Size |
|---|---|---|
| FFSS | Femoral Shaft | L = 100 mm |
| FFS | Femoral Shaft | L ≥ 200 mm |
| Preservon | Description | Size |
|---|---|---|
| PFEM | Femoral Shaft | L = 100 mm |
| PFEM 6.0 | Femoral Shaft | L = 60 mm |
All Cortical Fibular, Femoral, and Humeral shafts designed to provide biomechanical strength for corpectomy procedures
- Strength: Cortical Construction
- Stability: Textured surface area to reduce migration
- Sterile: Sterilized using proprietary and patented Allowash XG® technology. This technology provides a sterility assurance level of 10-6 , without compromising the implant’s inherent osteoconductive properties1
- Convenience: Freeze-dried for room temperature storage
- Eisenlohr LM. “Allograft Tissue Sterilization Using Allowash XG®.” 2007 Bio-Implants Brief
- Corpectomy Procedures
| Frozen | Description | Size |
|---|---|---|
| FHSS | Humeral shaft | L ≥ 200 mm |