As a proof of its constant interest in everything that is innovative in textile and clothing area, from the state of the art technologies to the multi-disciplinary approach, DAVO obtained in 2010 the certification from the National Authority for Scientific Research and dedicated an important part of its resources to this particular domain.
Because Romania became a member state of the European Union, our company was given the opportunity to participate, along with prestigious universities and research institutes, in collaborative projects funded by the European Commission.
LIDWINE (2005-2009)
Multifunctionalized medical textile for wound (e.g. Decubitus) prevention and improved wound healing
Integrated Project (IP) funded by the EC under the 6th Framework Programme for Research and Technological Development (FP6)
Bedsores can occur due to an insufficient flow of blood and cell stress as the result of permanent pressure on the flesh. These sores tend to be large and painful and in many cases they become infected. In the United States alone a million people suffer from decubitus. In Europe, a conservative estimation is 15 Billion Euros due solely to hospitalisation caused by decubitus.
But there is hope! The European research project Lidwine - the patron saint of the chronically ill- concentrates on the following scientific and technological objectives:
- Nanotechnologies
- Nano-biotechnologies
- Moisture Management and Controlled Drug Release Textiles
- Textiles for Blood Circulation Stimulation and Skin Friction Reduction
- Validation of the Developed Functional Textiles
SONO (2009-2013)
A pilot line of antibacterial and antifungal medical textiles based on a sonochemical process
www.fp7-sono.eu - Founded by the European Commission within the NMP FP7 Theme
Scientific and technological objectives:
- Design and characterization of the pilot line and products
- Develop modelling for sonochemical reactors
- Develop metrology, on-line monitoring, safety and control system for the pilot line-SW and HW; pilot line components manufacturing and assembly
- Optimization of the pilot processes (antibacterial activity) and production of the antibacterial textiles
- Product characterization and end-user validation. The main objective here will be to get the highest values for reproducibility, accuracy and precision
- Study the economical environmental and toxicological impact of the process developed
- Design, modelling and evaluation of a scale up (X5) industrial production line
Media exposure:
InFact (2013-2017)
Functional materials for fast diagnosis of wound infection
in-fact.eu - Funded with SME-targeted Ce Project
The Need: Infection is a global problem of traumatic, post-surgical or chronic wounds.
10% of surgical wounds exhibit bacterial infection within 30 days. Heavy bacterial colonization is the main reason for non-healing of chronic wounds such as decubitus, ulcus cruris and diabetic foot ulcers. The severity and cost of wound infections increase dramatically the longer they remain untreated and reach >5 billion € per year in Europe. The resulting pain, impairment and social isolation lead to reduced quality of life and, in the worst case, hospitalization, and eventually sepsis and death.
InFact rationale: Consortium partners have patented the know-how to convert wound dressings into a diagnostic tool capable to inform both patient and therapist about the wound status, thus allowing a proactive diagnostic step. The proposed functional materials allow a real time in situ infection diagnostic reaction and, thus, a timely treatment intervention. A next-generation Protective, Predictive and Proactive (triple-P) material for in situ diagnosis of wound infection to be integrated in conventional dressings will be prototyped andadvanced to commercialization by InFact.
ITProTech (2013-2015)
It production technology for custom garments
itprotech.eu - Finantat prin programul CROSSTEXNET
The project IT PRODUCTION TECHNOLOGY FOR CUSTOM GARMENT aims at carrying out certain complex, interdisciplinary researches with the purpose of elaborating an IT production technology for custom garment which will establish a new paradigm for real-time clothing fitting and visualization.
The main objective of the proposal is to create two new and interlinked technologies of high added value:
- database with garment models and patterns in classical style or according to fashion trends;
- advanced customized clothing production technology platform, enabling the production and distribution of custom-made garments.
Objectives
- Elaborate the technical specification of the IT production technology platform for design and fitting the custom garments
- Design, develop and upgrade the database with garments models and pattern according to the classic style and the fashion trends;
- Design and develop the IT production technology platform for design and fitting the garments providing users with information and tools;
- Development of new technical solutions to manufacture personalised garments enabling a fast reaction to the new trends.
FARMEC (2014-2015)
Invest in people!
proiectfarmec.ro - Cofunded from the Europeean Social Fund with POSDRU
The overall objective is to ensure and promote equal treatment and access to the labor market for women in three development regions of Romania (Bucharest-Ilfov South-Muntenia and Oltenia southwest) through positive actions, qualifications for jobs in demand with the effect on the growth of employment opportunities and career development of women through specific training programs in order to develop skills, acquire business skills and develop their business, for a total of 750 women over a period of 18 months.
Pregateste-te astazi pentru cariera de maine! (2014-2015)
Formare si specializare pentru femeile din regiunea Sud–Muntenia
detalii proiect - Cofunfed from the Europeean Social Fund with POSDRU
PlasmaTex (2015-2018)
Novel type of antibacterial coatings on textile materials and plastics with controllable release of
antibacterial agent.
Funded with M-era.net Research programme.
In the PlasmaTex project a new class of antibacterial coatings for medical textiles and plastics will be developed. The proposed approach is to use a layered coating with a layer containing Ag nanoparticles and an additional barrier layer for controlled release of the antibacterial agent.
The coatings are deposited by atmospheric pressure plasma, a versatile technique that allows producing uniform high quality coatings on almost any material. The research issues that will be addressed in the project include the detailed physical chemistry of the plasma-assisted deposition process and the release mechanism of the antibacterial agent through the barrier layer. Advanced plasma, surface and microbiological diagnostics will be deployed to establish a relationship between process parameters and coating performance. The gained knowledge will be applied to define a scalable coating methodology that yields nanocomposite coatings with superior antibacterial efficiencies.