TIME IS OUT OF THE ESSENCE
TIME IS OUT OF THE ESSENCE
AviXéla's engineering and analysis experts collaborate with nationally recognized facilities to deliver high-quality and efficient manufacturing solutions. With over 20 years of experience in industries such as consumer electronics, medical devices, and advanced manufacturing (including metal and special purpose machining, injection molding, sheet metal design, composites, CNC machining, rapid prototyping, and structural design), we provide comprehensive support across the entire product lifecycle.
We assist clients throughout the entire manufacturing journey, from pilot production for nanomaterials, nanodevices, and inline systems to full-scale industrial manufacturing. Our flexible production methods and systems allow for rapid scaling up or down and efficient transitions between production runs, ensuring we meet the unique requirements of each project.
AviXéla team developed a breaking through environmental plasmonic technology. Compare to atmospheric pressure plasma treatment like layer deposition, antibio- or bio-material applications and surface modification, we imply the gas/aerosol-through-plasma and gas/liquid plasma processing for unique nanomaterials synthesis. Nevertheless a large number of atmospheric pressure plasma synthesis methods use the liquid-type precursors, our in-solution plasma, generated by dielectric glow and dark discharge, enables to produce highly concentrated nanomaterials over the large volume in a short time.
AviXéla applies high-performance acoustic technology for sludge disintegration of agglomerated nanosized dispersions, emulsions, and colloids. We develop cross-correlated excitation technique enable to generate the spatially encoded ultrasonic waves with specific frequency. Both programmable and physically aberrating, our method imlies customized time-waveform signal, formed by simultaneous beam from several elements of ultrasonic transducers, receiving distinguishable codes. Our team applies batch and continuous inline direct and indirect procedures for the feasible biomass pretreatment as well as for the particle size reduction.
AviXéla optimizes and implies waveform and function generators, necessary for acquiring of our developed devices that generate specific waveform signal and characteristics for most challenging measurements. We adjust the highest signal fidelity and flexibility for measurable signal generation to alter the amount of voltage it creates using the DC or AC offset setting based on the application. We achieve a greater degree of synchronization and accuracy implying phase-lock capacities (PPLs) and testing the functionality of electronic equipment. PLLs ensure synchronization between different system components that is critical for digital signal processing.
AviXéla implies cutting edge atmospheric pressure plasma technology, derived from the interaction of atmospheric plasma with liquids, including growth media or water. Due to the active species formed in the plasma gas phase leading to the formation of transient ROS active species in the liquid, plasma activated liquids became a promising agents for microbial decontamination, including on food surfaces, and medical applications such as wound healing, root canal treatment for teeth, and cancer therapy. As well as plasma induced ROS exposure leads to beneficial outcomes such as cell apoptosis, tissue regeneration, microbial inactivation, and anti-senescence.
All materials, devices, and inline systems developed by AviXéla are treated with strict confidentiality. We collaborate closely with clients to understand their specific project goals and explore the most suitable materials through rigorous testing and optimization. Our in-house team ensures consistent, high-quality results throughout the entire process, adhering to strict quality control measures and meeting project timelines and budget constraints.
Our team comprises of highly skilled professionals with extensive experience in various industries. We are committed to delivering quality services to our clients and helping them achieve their business goals.
At AVIXELA, our vision is to be the leading nanotechnology firm in the industry. We aim to achieve this by constantly innovating and providing exceptional services that exceed our clients' expectations.
AviXéla leverages a proprietary advanced materials platform to design and optimize custom solutions for our clients. We work with a diverse range of materials, including noble metals, alloys, and compounds, ensuring that clients can rely on our expertise regardless of their internal bionanotechnology knowledge.
We developed a unique plasma-liquid system that offers several advantages over traditional wet chemistry and ultrasonic methods, including reduced environmental impact, simplified continuous and efficient production, and manufacturing versatility of a wide range of nanomaterials, from noble metals and alloys to compounds.
Our team of experts guide clients through the entire nanomaterials development process, from initial design and scale-up to full-scale manufacturing. We offer the advantages of one pot ultra-fast reaction synthesis with minimal waste production as compared to traditional wet chemistry synthesis techniques. As well as, we prioritize cost-effectiveness, quality, and timely delivery, ensuring that lab-scale successes can be seamlessly translated into commercial realities.
Due to the breadth of inorganic nanomaterials, we reconcile the use of alternate technology along with the use of renewable sources by coupling plasma on catalyst and catalyst on plasma in a pilot-scale device, capable to produce nanoparticles from any noble, alloy, and compound metal materials over the different interface substrates and residual solutions. Our manufacturing design ensures that nanomaterials made in the lab today can cost-effectively scale-up for manufacturing and commercialization.
By combining cutting-edge plasma technology with a focus on sustainability and scalability, AviXéla is at the forefront of nanomaterials innovation.
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