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Membranes

Superior initial stability makes a perfect match for GBR using i-Gen membrane

AnyRidge can be placed in any ridge thanks to its knife thread. AnyRidge Knife thread has perfect stability in Regenerated bone.

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i-Gen Menbrane

Various height of healing abutment and cover screwshould be prepared to allow a one or two phase surgical approach according to the situation.

Lingual Extensionshould be considered for a large defect.

Need to have at least1mmof space above the platform of a fixture: Make this space with a pre-existing abutment, eg, Flat abutment…

2.5mmhorizontal extension needed to make >2mm labial bone after remodeling.

100° blunt anglewith bevel should be made to avoid soft tissue irritation.

0.5~1.0mmshrinkage will occur after removal membrane.

Apical skirtshould be adapted to the bone

Ideal regeneration line

Go beyond the limits of Collagen Membrane

Any location, Any Size & Any Situation for GBR, i-Gen ensures regenerating minimum 2.5mm buccal bone. The regenerating of more than 2.5mm of buccal bone to minimize bone loss after GBR and maximize the life of implant.

Pre-Shaped Design

To avoid the inconvenience of modeling titanium membrane in the clinic, i-Gen has 12 pre-formed sizes in varying shapes.

Superior initial stability makes a perfect match for GBR using i-Gen membrane

AnyRidge can be placed in any ridge thanks to its knife thread. AnyRidge Knife thread has perfect stability in Regenerated bone.

LT6TM Membrane

All the advantages of i-Gen, yet resorbable, So no secondary surgery

  • Creates space equal to non-resorbable membranes
  • No wrinkling of the membrane after hydration and bone graft

Lingual Extensionshould be considered for a large defect
Simple mountingLT6 i-Gen can be stably mounted on i-Gen Screw without using cover screw due to elasticity of material
>2.5mmhorizontal extension needed to make >2mm labial bone after remodeling
>100ºblunt anglewith bevel should be made to avoid soft tissue irritation
Strong elastic modulusKeeps bone from spreading
Apical skirtshould be adapted to the bone
Ideal regeneration line
2mm~4mm3 different cuff heights for i-GEN Screw(LT6) (Compatible with existing i-GEN Screw)
Lasts 6 months or more!Pre-shaped design!Rapid osteogenesis when compared to collagen membranes!
Innovative material & manufacturing techniques
  • Polycaprolactone-based
  • 3D printing manufacturing
  • β phase Tricalcium Phosphate (β -TCP) integrated

PCL (FDA Approved Biodegradable Material)

  • Raw material, medical grade registered with FDA, which has outstanding biocompatibility and biodegradability.
  • Widely used for implantable medical devices, due to safety and stability in the body.
  • Raw material manufactured at GMP facility that follows ISO and ICH Q7* guidelines.
Woodruff and Hutmacher, The return of a forgotten polymer-Polycaprolactone in the 21st century. P rog. Polym. Sci., 2010 * ICH Q7 ; Good Manufacturing Practice Guide for Active Pharmaceutical Ingredients, International regulations for the production and registration of pharmaceuticals

Complex structure of blockage/ flowage made real via 3D printing

  • Assured quality control and quality assurance via uniform production
  • Perfectly connected pore structure,resulting in fluent flow of oxygen and nutrients after bone graft
  • Accelerated bone regeneration
Dong-Woo Cho et al., Effect of pore architecture and stacking direction on mechanical properties of solid freeform fabrication-based scaffold for bone tissue enginering, J. Biomed. Mater. Res. A, 2012
Dong-Woo Cho et al., Stimulation of healing within a rabbit calvaria ldefect by a PCL/PLGA scaffold blended with TCP using solid freeform fabrication technoloyg, J Mater. Med., 2012

Membrane is sustained during bone regeneration

  • Long-lasting for over 6 months
  • Maintains secure position during bone regeneration
  • Full performance of soft tissue blockage & bone formation.
  • Excellent physical characteristics (High strength after hydration/ Stable applications for clinical cases/Constant & even clinical results)

Outstanding bone formation with β -TCP

  • Accelerated bone formation- emission of Ca2+ via decomposition of β -TCP
  • Effective regeneration, while blocking out soft tissue
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