Davitap Engineering develops and commercializes plasma‑based technologies for defense, medical, aerospace, and textile applications. Its product portfolio includes plasma surface activation devices, seed‑enhancement systems, and biomass‑energy solutions that improve material properties, agricultural yields, and energy efficiency. The company generates revenue by selling these specialized equipment and licensing its proprietary plasma processes to industrial and governmental customers.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for enhancing material properties and achieving specific surface functionalities often involve complex, energy-intensive processes or chemical treatments with environmental concerns. This limits the efficiency and sustainability of applications across various industries.
Solution
Davitap Engineering specializes in the research and development of plasma technologies, offering innovative solutions for material science and surface engineering. The company leverages both hot and cold plasma processes to modify material properties, improve adhesion, and introduce new functionalities. By applying controlled plasma discharges, Davitap Engineering enables advancements in sectors such as medical devices, defense systems, and industrial manufacturing, providing environmentally conscious alternatives to conventional treatments. Their approach focuses on original engineering to create solution-oriented products that enhance performance and efficiency.
Target Audience
Davitap Engineering serves research institutions, defense contractors, medical device manufacturers, and industrial companies seeking advanced material processing and surface modification solutions.
Features
- Development and application of both hot and cold plasma processes for material modification.
- Plasma surface activation for enhanced adhesion, coating, and dyeability in textiles and polymers.
- Cold plasma applications for sterilization, wound healing, and selective cancer cell treatment in the medical field.
- Plasma actuators for improved aerodynamic performance, including flow separation control and increased lift-to-drag ratios in aerospace applications.
- Plasma treatments for seed improvement, enhancing productivity and reducing reliance on agricultural chemicals.
- Computational Fluid Dynamics (CFD) analysis using FlowVision-CFD for optimizing plasma process parameters.
- Development of specialized plasma devices such as PlaGas, PlaTre (plasma surface activation), and PlaFar (seed improvement).