REPATCH®-D

Regenerative Barrier Membrane Dental

WHAT IS REPATCH®-D?

RePatch®-D is a synthetic, semi-permeable and adaptable regenerative barrier membrane synthesized from bioresorbable polymer. The membrane is designed to promote tissue regeneration in periodontal and implant sites.

Moreover, membrane has 3D nano-fibrous matrix structure designed to reduce epithelial down growth to maintain space, providing a favourable environment for neovascularization and bone derived cells to repopulate and repair the defect.

KEY FEATURES OF REPATCH®-D

RePatch®-D combines bioabsorbable technology with a 3D nano-fibrous matrix for superior guided tissue regeneration.

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Synthetic bioabsorbable material (L-lactide-co-PEG)

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Maintains barrier function for approximately 4–6 months

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Thin yet excellent tensile strength with superior flexibility

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Excellent tissue conformability

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Easy trimming and handling during surgery

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Excellent biocompatibility and safety

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(Gamma Sterile)

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Suitable for both onlay and suture procedures

SEM IMAGES OF REPATCH®-D

Clinical Indications

Ridge Augmentation

Effective barrier membrane for guided bone regeneration procedures.

Delayed Extraction Sites

Reliable barrier protection for delayed implant placement sites.

Immediate Extraction Sites

Secure membrane for immediate post-extraction socket management.

Bone Defect Filling

Maintains space for bone regeneration in osseous defect sites.

Alveolar Ridge Reconstruction

Supports bone volume restoration for implant site preparation.

Intra Bony Defects

Promotes regeneration in vertical and horizontal intra-bony defects.

PRODUCT RANGE

REPATCH®-D CATALOGUE

Catalogue No.Size
RPD 11.5 × 2.0 cm
RPD 22.0 × 2.0 cm
RPD 32.0 × 2.5 cm
RPD 42.0 × 3.0 cm
RPD 53.0 × 3.0 cm
RPD 63.0 × 4.0 cm
ParameterSpecification
ProductRegenerative Barrier Membrane Dental
MaterialSynthetic bioabsorbable polymer (L-lactide-co-PEG)
Structure3D nano-fibrous matrix for guided tissue regeneration
Thickness0.1 – 0.5 mm
Barrier DurationApproximately 4–6 months
ConformabilityExcellent tissue conformability and flexibility
SterilityGamma Sterile