Laser Direct Synthesis and Printing (LDSP)
LDSP is laser assisted additive technology for direct synthesis and printing nanocomposites, including complex hybrid nanocomposites with micron and submicron dimensions.
Laser Adaptive Ablation Deposition (LAAD)
LAAD is Laser based technology for direct synthesis and large area deposition of inorganic nanostructures embedded in complex organic matrix including proteins. (own know-how)
The innovative concept of NTP is realized by new paradigm- control and management of the deposited and 2D- and 3D-printed complex organic objects by means of inorganic nanostructures or deposition and printing of preprogrammed Biohybrid nanocomposites (or directed and managed original architecture and function of complex organic materials and living tissue by means of “non living” inorganic nanostructures embedded in organic matrix).. The technological platform can be adjusted for use in most important biomedical industries and markets as:
Smart drugs delivery systems for medical devices - implant
Predictive in vitro models for test safety and effectiveness of new drugs formulation
Regeneration and Engineering of complex 3D organic objects and living tissues
Our breakthrough technologies are based on the most advanced interdisciplinary knowledge and focus to innovative customers. We offer not only individual product solutions, from development a concept for coatings, development of a prototype, license of specific technology, but also adaptation of our services to specific and different business models.
How nanotechnologies can change our life – Interview with Valeriy Serbezov on Bloomberg TV “The Next Big Thing” conference by Bloomberg TV
The CEO of NTP , Dr. Valery Serbezov in “The Day Says” broadcast from the prestigious Bulgarian private news media – TV EUROPE – “Is there enough space at the bottom” or Nanotechnology in action Facebook page of “The day says”
Participation of Nanotehplasma Ltd. on one of the world’s largest integrated nanotechnology exibition – “Technology innovation for tomorrow” Nanotech 2016, Tokyo, completed successfully. The company was in the mission of EU- Japan Centre for Industrial Cooperation along with another 19 excellent European high-tech companies. They were held B2B meetings with leading Japanese companies such as[…]
Check the recently published article in the prestigious CAPITAL media. (in Bulgarian) Companies | Young Bulgarian company creates … – Capital
EU-JAPAN CENTRE FOR INDUSTRIAL COOPERATION EUROPEAN OFFICE Nanotechplasma Ltd. , Bulgaria is approved and received a grant, as an innovative high-tech start-ups company to be Participant in the Nanotech mission 2016 and to participate in Nano Tech 2016 International Nanotechnology Exhibition & Conference, January 2016, Tokyo, Japan.
The 3D Printing Association ‘s mission is to support and represent the interests of all organisations working within the 3D printing industry worldwide. View certificate
POSTER: V.Serbezov, G.Vassilev, V.Georgiev, Sv.Serbezov, “Biohybrid printing”, 12th international Conference on Nanoscience & Nanotechnologies (NN15), 7-10 July, Thessaloniki, Greece
V. Serbezov, S. Sotirov ,K. Benkhouja, A. Zawadzka, B. Sahraoui, “Investigation of superfast deposition of metal oxide and Diamond-Like Carbon thin films by nanosecond Ytterbium (Yb+) fiber laser” ,Optical Materials , 36, 53–59, (2014).