BIOPRINTED SKIN MODELS

ABOUT 3DBSkin™

RECONSTRUCTED HUMAN SKIN MODEL

A full-thickness skin model created using our proprietary 3D bioprinting technology. 3DBSkin™ models are ideal for studies involving interactions between the epidermis and dermis. 3DBSkin™ is differentiated and stratified in a similar way to a native human skin, which includes the generation of the stratum corneum.

Alternative BIOPRINTED SKIN MODEL: 3DBSkin™

3DBSkin™ is highly differentiated, where all four epidermal layers can be clearly seen, As required by OECD Test Guideline 439.

We have developed alternative bioprinted skin models to replace test animals,, providing the need for safety and efficacy assessment tests for topical products such as cosmetics and drugs.

Inspired by the structures of nature, our goal is to enable the reconstruction of biomimetic tissues and organs that act as native tissues.

The 3DBSkin™ model is inserted in 12 mm diameter culture plates. **Skin sizes can be customized

PROPRIETARY BIOPRINTING TECHNOLOGY

Alternative human skin models designed and developed with our proprietary 3D bioprinting technology.

Market segment:

Cosmetic and pharmaceutical industries, research institutes, public and private universities.

UsE:

For research only

APPLICATIONS:

  • Basic research in skin physiology and biochemistry
  • Dermatological clinical research
  • Proof of claim of cosmetic ingredients
  • Drug delivery / drug screening studies
  • Skin penetration studies (barrier property)
  • Mode of action for pharmaceuticals and assets
  • Wound healing studies
  • Toxicological evaluation of chemicals
  • Analysis of environmental effects on skin physiology, e.g. UV and IR irradiation

3DBSKIN™ MODEL IS A UNIQUE SOLUTION TO BUILD YOUR OWN HUMAN SKIN EQUIVALENT IN YOUR LAB.

ON DEMAND

CUSTOMIZED

With the ability to control cell types (donor ethnicity, genetically modified cells, cancer, etc.) and tissue sizes, tailor-made skin tissue assays that exactly meet your research and budget needs.

REPEATABILITY

Create quality fabric samples with reproducibility of advanced technology.