Jan. 15, 2018

BASF and CTIBiotech announce first results of 3D human sebaceous glands technology for skin care applications

  • Experts demonstrated both ex vivo production of physiological sebum in 3D human sebaceous gland model and its regulation by means of active ingredients


Jan. 15, 2018

BASF’s new active ingredients provide an effective response to correct the signs of skin and hair aging

  • Anti-stress ingredient Hyalurosmooth® is a mindful way to cope with the effect of stress by regulating cortisol impact on skin
  • New anti-aging active RNAge™ harnesses BASF’s findings in epigenetics and reshapes facial harmony
  • Anti-aging active DN-Age™ slows down hair graying, counteracts hair loss and protects hair fiber against ageing


Jan. 15, 2018

Cosmetagora 2018: BASF’s “Be authentic” concept addresses nature-oriented lifestyles

  • Mediterranean Influences: glamorous textures and effective sun protection based on BASF’s UV filter solutions
  • Experimental Nomad: all-in-one, compact formulations that are easy to use and fit in a backpack – for beauty on the go
  • Tinosorb® S Lite Aqua enables the creation of light formulations


Nov. 14, 2017
Press Release

SCS Formulate 2017: BASF showcases advanced solutions for the cosmetics industry

  • Biopolymer Rheocare® XGN and natural based micro-emulsion Emulgade® MEC/MB allow for personal care solutions inspired by nature – from oral care to wet wipes
  • BASF’s Beauty Box 2017 offers a selection of formulations to meet current market trends – from facial masks to shower oils
  • Development of active ingredients like Dermagenist™ and Collalift™ opens up new insights into collagens


Oct. 25, 2017
Press Release

BASF and Poietis sign new agreement on 3D bioprinting technology

Ludwigshafen, Germany / Pessac, France – October 25, 2017 – Two years after concluding an agreement on research and development in cosmetics, BASF and Poietis announced today the signature of a framework agreement on further development and services in the field of 3D bioprinting technology. The main goal is to further improve the 3D laser-assisted bioprinted skin models that have been co-developed since 2015 to evaluate cosmetic ingredients for skin care applications.



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