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Cem-Ostetic is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, Cem-Ostetic resorbs and is later replaced by natural bone. Cem-Ostetic is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. Cem-Ostetic is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

CemSyntek is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, CemSyntek resorbs and is later replaced by natural bone. CemSyntek is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. CemSyntek is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

CemSyntek is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, CemSyntek resorbs and is later replaced by natural bone. CemSyntek is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. CemSyntek is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

CemSyntek is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, CemSyntek resorbs and is later replaced by natural bone. CemSyntek is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. CemSyntek is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

CemSyntek is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, CemSyntek resorbs and is later replaced by natural bone. CemSyntek is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. CemSyntek is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

CemSyntek is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, CemSyntek resorbs and is later replaced by natural bone. CemSyntek is a natural choice for sparing patients the trauma of autograft harvesting. It also provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. CemSyntek is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

OsteoBoost Select is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, OsteoBoost Select resorbs and is later replaced by natural bone. It provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. OsteoBoost Select is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

OsteoBoost Select is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, OsteoBoost Select resorbs and is later replaced by natural bone. It provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. OsteoBoost Select is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

i2b™ Rapid Set is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, i2b™ Rapid Set resorbs and is later replaced by natural bone. It provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. i2b™ Rapid Set is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.

i2b™ Rapid Set is a bio-engineered mixture of calcium-based inorganic compounds. After it is implanted, i2b™ Rapid Set resorbs and is later replaced by natural bone. It provides a safe alternative to human or animal cadaver bone that completely eliminates the potential for disease transmission. i2b™ Rapid Set is an osteoconductive putty that is intended to be used to fill voids and gaps that are not intrinsic to the stability of the bone structure. These gaps or voids may be located in the extremities, spine, pelvis, or cranium. The putty may be shaped and pressed into the void by hand or inserted into a syringe and injected into the surgical site. The paste set in situ or ex situ provides a void filler that can augment hardware to support bone fragments during the surgical procedure. The set putty acts as a temporary support medium and is not intended to provide structural support during the healing process. The implant is radio-opaque. It is biocompatible and resorbs in the body as bone in-growth occurs.