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Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BEB, ZimVie - External Ø3.75
In Commercial Distribution
- 05744003810055 ()
80610174
- Dental implant abutment analog, intraoral-scanning, single-use
Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BEP, ZimVie - External Ø3.25
In Commercial Distribution
- 05744003810048 ()
80610173
- Dental implant abutment analog, intraoral-scanning, single-use
Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BCG, ZimVie - Certain Ø6.0
In Commercial Distribution
- 05744003810031 ()
80610169
- Dental implant abutment analog, intraoral-scanning, single-use
Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BCY, ZimVie - Certain Ø5.0
In Commercial Distribution
- 05744003810024 ()
80610168
- Dental implant abutment analog, intraoral-scanning, single-use
Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BCB, ZimVie - Certain Ø4.1
In Commercial Distribution
- 05744003810017 ()
80610167
- Dental implant abutment analog, intraoral-scanning, single-use
Dandy Scan body, by CoreMedTech, for dental Intraoral scanning. This product is made of Titanium for durability with a light-dispersing surface to maximize scanning efficacy.
Coremedtech ApS
BCP, ZimVie - Certain Ø3.4
In Commercial Distribution
- 05744003810000 ()
80610166
- Dental implant abutment analog, intraoral-scanning, single-use
GalaFORM 3D scaffold is a bioresorbable surgical mesh manufactured from poly-4-hydroxybutyrate (P4HB). P4HB is produced from a naturally occurring monomer and is processed into monofilament fibers and knitted into a surgical scaffold. The scaffold has a 3D curvature supported with a P4HB rim designed to promote better conformance with a patient's anatomy in locations in which a flat design does not easily conform. P4HB bioresorbs through a process of hydrolysis and hydrolytic enzymatic digestion. It has been developed to optimize resorption rate and prolong strength retention in order to provide support throughout the expected period of healing. Although the scaffold loses strength with time, its porous construction was designed to allow native tissue ingrowth and gradual transfer of load from the scaffold to the tissue.
Pre-clinical implantation studies indicate that GalaFORM 3D scaffold retains approximately 70% of its strength at 12 weeks. Bioresorption of the scaffold material will be essentially complete within 18-24 months.
Tepha, Inc.
100043-14
Not in Commercial Distribution
- 00855920006355 ()
- Outer Diameter: 7.6 Centimeter
FR3D14
- Extra-gynaecological surgical mesh, synthetic polymer, bioabsorbable
GalaFORM 3D scaffold is a bioresorbable surgical mesh manufactured from poly-4-hydroxybutyrate (P4HB). P4HB is produced from a naturally occurring monomer and is processed into monofilament fibers and knitted into a surgical scaffold. The scaffold has a 3D curvature supported with a P4HB rim designed to promote better conformance with a patient's anatomy in locations in which a flat design does not easily conform. P4HB bioresorbs through a process of hydrolysis and hydrolytic enzymatic digestion. It has been developed to optimize resorption rate and prolong strength retention in order to provide support throughout the expected period of healing. Although the scaffold loses strength with time, its porous construction was designed to allow native tissue ingrowth and gradual transfer of load from the scaffold to the tissue.
Pre-clinical implantation studies indicate that GalaFORM 3D scaffold retains approximately 70% of its strength at 12 weeks. Bioresorption of the scaffold material will be essentially complete within 18-24 months.
Tepha, Inc.
100043-11
Not in Commercial Distribution
- 00855920006324 ()
- Length: 10.2 Centimeter
- Height: 2.5 Centimeter
FR3D11
- Extra-gynaecological surgical mesh, synthetic polymer, bioabsorbable
GalaFORM 3D scaffold is a bioresorbable surgical mesh manufactured from poly-4-hydroxybutyrate (P4HB). P4HB is produced from a naturally occurring monomer and is processed into monofilament fibers and knitted into a surgical scaffold. The scaffold has a 3D curvature supported with a P4HB rim designed to promote better conformance with a patient's anatomy in locations in which a flat design does not easily conform. P4HB bioresorbs through a process of hydrolysis and hydrolytic enzymatic digestion. It has been developed to optimize resorption rate and prolong strength retention in order to provide support throughout the expected period of healing. Although the scaffold loses strength with time, its porous construction was designed to allow native tissue ingrowth and gradual transfer of load from the scaffold to the tissue.
Pre-clinical implantation studies indicate that GalaFORM 3D scaffold retains approximately 70% of its strength at 12 weeks. Bioresorption of the scaffold material will be essentially complete within 18-24 months.
Tepha, Inc.
100043-09
Not in Commercial Distribution
- 00855920006300 ()
- Length: 7.6 Centimeter
- Height: 2.5 Centimeter
FR3D09
- Extra-gynaecological surgical mesh, synthetic polymer, bioabsorbable
GalaFORM 3D scaffold is a bioresorbable surgical mesh manufactured from poly-4-hydroxybutyrate (P4HB). P4HB is produced from a naturally occurring monomer and is processed into monofilament fibers and knitted into a surgical scaffold. The scaffold has a 3D curvature supported with a P4HB rim designed to promote better conformance with a patient's anatomy in locations in which a flat design does not easily conform. P4HB bioresorbs through a process of hydrolysis and hydrolytic enzymatic digestion. It has been developed to optimize resorption rate and prolong strength retention in order to provide support throughout the expected period of healing. Although the scaffold loses strength with time, its porous construction was designed to allow native tissue ingrowth and gradual transfer of load from the scaffold to the tissue.
Pre-clinical implantation studies indicate that GalaFORM 3D scaffold retains approximately 70% of its strength at 12 weeks. Bioresorption of the scaffold material will be essentially complete within 18-24 months.
Tepha, Inc.
100043-06
Not in Commercial Distribution
- 00855920006270 ()
- Length: 21 Centimeter
- Height: 7.5 Centimeter
FR3D06
- Extra-gynaecological surgical mesh, synthetic polymer, bioabsorbable