Product Details

Eget nam congue neque nunc vel viverra lorem massa urna. Magna proin pellentesque cras amet et. Sit in mattis quam nec tellus.

(1 Customer Review)

Godgel Derm Sub-Skin

buy Godgel Derm Sub-Skin, Godgel Derm Sub-Skin online sale ,prices
buy Godgel Derm Sub-Skin, Godgel Derm Sub-Skin online sale ,prices

buy Godgel Derm Sub-Skin, Godgel Derm Sub-Skin online sale ,prices
buy Godgel Derm Sub-Skin, Godgel Derm Sub-Skin online sale ,prices

SKU

Categories

Description

DESCRIPTION

Godgel Derm Sub-Skin Utilising S&L technology, Godgel uses a type of intramolecular and intermolecular biphasic synchronous cross-linking technology which produces cross-linked sodium hyaluronate hybrid suspended gel characterised by more thorough cross-linking reaction, lower BDDE residue and a long-lasting renovated effect.

Use Godgel Derm Sub-Skin for breast enlargements and buttock enhancements.

Hyaluronic Acid Content: 20mg/ml

Particle size: 0.50-2.00mm

Needle size: 27G/30G

Needle: 2 piece

Molecular weight: < 1,200,000 Daltons

Swelling Rate: 150%-300%

Duration: 6 months

Bacterial Endotoxin: <0.5Eu/mg

Godgel Derm Sub-Skin Utilising S&L technology, Godgel uses a type of intramolecular and intermolecular biphasic synchronous cross-linking technology which produces cross-linked sodium hyaluronate hybrid suspended gel characterised by more thorough cross-linking reaction, lower BDDE residue and a long-lasting renovated effect.

Use Godgel Derm Sub-Skin for breast enlargements and buttock enhancements.

Hyaluronic Acid Content: 20mg/ml

Particle size: 0.50-2.00mm

Needle size: 27G/30G

Needle: 2 piece

Molecular weight: < 1,200,000 Daltons

Swelling Rate: 150%-300%

Duration: 6 months

Bacterial Endotoxin: <0.5Eu/mg

Godgel Derm Sub-Skin Utilising S&L technology, Godgel uses a type of intramolecular and intermolecular biphasic synchronous cross-linking technology which produces cross-linked sodium hyaluronate hybrid suspended gel characterised by more thorough cross-linking reaction, lower BDDE residue and a long-lasting renovated effect.

Use Godgel Derm Sub-Skin for breast enlargements and buttock enhancements.

Hyaluronic Acid Content: 20mg/ml

Particle size: 0.50-2.00mm

Needle size: 27G/30G

Needle: 2 piece

Molecular weight: < 1,200,000 Daltons

Swelling Rate: 150%-300%

Duration: 6 months

Bacterial Endotoxin: <0.5Eu/mg

Godgel Derm Sub-Skin Utilising S&L technology, Godgel uses a type of intramolecular and intermolecular biphasic synchronous cross-linking technology which produces cross-linked sodium hyaluronate hybrid suspended gel characterised by more thorough cross-linking reaction, lower BDDE residue and a long-lasting renovated effect.

Use Godgel Derm Sub-Skin for breast enlargements and buttock enhancements.

Hyaluronic Acid Content: 20mg/ml

Particle size: 0.50-2.00mm

Needle size: 27G/30G

Needle: 2 piece

Molecular weight: < 1,200,000 Daltons

Swelling Rate: 150%-300%

Duration: 6 months

Bacterial Endotoxin: <0.5Eu/mg

Utilising S&L technology, Godgel uses a type of intramolecular and intermolecular biphasic synchronous cross-linking technology which produces cross-linked sodium hyaluronate hybrid suspended gel characterised by more thorough cross-linking reaction, lower BDDE residue and a long-lasting renovated effect.

Use Godgel Derm Sub-Skin for breast enlargements and buttock enhancements.

Hyaluronic Acid Content: 20mg/ml

Particle size: 0.50-2.00mm

Needle size: 27G/30G

Needle: 2 piece

Molecular weight: < 1,200,000 Daltons

Swelling Rate: 150%-300%

Duration: 6 months

Bacterial Endotoxin: <0.5Eu/mg

How It Works: Online Purchase Guide

1

Browse Products

Sociis varius nisl eu ipsum faucibus. Ac semper nisl turpis diam libero id ante nullam. Tellus.

2

Select Your Favorites

Sociis varius nisl eu ipsum faucibus. Ac semper nisl turpis diam libero id ante nullam. Tellus.

3

Review Your Cart

Sociis varius nisl eu ipsum faucibus. Ac semper nisl turpis diam libero id ante nullam. Tellus.

4

Checkout Securely

Sociis varius nisl eu ipsum faucibus. Ac semper nisl turpis diam libero id ante nullam. Tellus.