INDUSTRIAL HARMONIZATION
INDUSTRIAL HARMONIZATION
Nanotechnology, often referred to as the science of the small, is a rapidly growing field that involves the manipulation and control of matter at the nanoscale level. This multidisciplinary field has the potential to revolutionize various industries, including electronics, medicine, energy, and manufacturing.Research in the field of nanoscience and development has been prevalent for more than two decades and has became part of everyday life style. Investment in nanotechnology by companies has brought both expected and surprising benefits for industry. Nanomaterials are being used for improvising products and or performance elevation of the product. Moreover, to help companies having an upper hand and differentiate their products from their counterparts.
Nanotechnology, often referred to as the science of the small, is a rapidly growing field that involves the manipulation and control of matter at the nanoscale level. This multidisciplinary field has the potential to revolutionize various industries, including electronics, medicine, energy, and manufacturing.Research in the field of nanoscience and development has been prevalent for more than two decades and has became part of everyday life style. Investment in nanotechnology by companies has brought both expected and surprising benefits for industry. Nanomaterials are being used for improvising products and or performance elevation of the product. Moreover, to help companies having an upper hand and differentiate their products from their counterparts.
Customer Dedicated Approach
The term nanotechnology immediately clues about nanoparticles and their applications! However, there is lot more than that, We @ INNOVEXA provides to insights about various technologies requisites for development at nanometer level to achieve materials with specific physico-chemical properties and the supportive techniques which controls the precise behaviors/performance of the nanomaterials.
With the evolving understanding about the future of nanotechnology and their ever-growing demand, most of the companies are developing their in-house R&D team which is indeed quite expensive and exhibit limitation beyond a certain expertise. We at Innovexa bearing unparalleled expertise join hands and act as stake holders while entering in Co-development ensuring the successful development of the materials with desired physico-chemical properties and scalability till commercialization.
Understanding the technical desires, ethical and economical goals, we utilize the precisely developed methodologies or develop new processes depending upon the need. With our strong technical backbone, we can efficiently develop and scale-up desired nanomaterials utilizing various technologies. We can provide the support from development till commercialization of metal, metal oxide, metal salts, metal alloys, core-shell nanoparticles, Hollow nanoparticles, polymeric particles with various shapes and sizes and with various chemical modifications for various potentials uses. Moreover, chemically modified carbon nanoparticles including SWCNT/MWCNT, fullerenes and graphite are also under the scope.
We understand that Intellectual Property (IP) plays an important role in how companies distinguish themselves in the marketplace and create that competitive advantage. When you work with INNOVEXA, we employ a very straightforward approach to ensure your ownership of any new ‘composition of matter / MOC’ created from the work we do to support you is yours to claim and file patents against.
Innovation, Integration & Implementation
Nanomaterials have specific properties that make them different from bulk materials, including a large surface area and surface to volume ratio, the ability to tailor their functionalities to various applications, and high surface energy. Companies often try utilizing “off the shelf” nanomaterials to integrate into their product development — unsuccessfully. That doesn’t mean that nanomaterial won’t work in your application — these types of nanomaterials rarely provide the desired performance or integrate into products without some customization to fit your specific application. A small change in nanomaterial size, composition, functionalization, or surface chemistry can be the difference between obtaining the desired performance attributes and a successful nanomaterial integration or not. That is where INNOVEXA comes in to role– our approach allows us to quickly provide you with optimized candidate materials based on your specified product application to enable you to establish proof of concept and more rapidly enable a path towards commercialization. Our team acts as an extension of your development team, following your lead to ensure fit and scalability for commercialization.
Our novel approach to nanomaterial design and scale-up allows our customers to easily access the expertise to apply the inherent advantages that nanomaterials add to their products. Our scientists and engineers have decades of experience working with an expansive list of nanomaterials, allowing our customers to rely on us no matter how much nanomaterial expertise they have coming into our partnership.
The different types of nanoparticles that have been discovered and explored have been a significant driver behind the expansion of nanotechnologies, establishing life-saving innovations in drug delivery, as well as improving the efficiency of a myriad of processes. As the field of nanotechnology advances, the construction and synthesis of functional nanoparticles for applications across the pharmaceutical, energy generation, electrical, computing, and chemical engineering sectors will continue. In the future, we will likely see more applications of different types of nanoparticles emerge, with a key focus on medical applications.
Scaling Up & Process Optimization
Ensuring that the nanomaterials we develop are designed to scale from grams in the lab to metric tons in our manufacturing facility is of the utmost priority. Our manufacturing team has decades of experience ensuring the scalability of materials, working directly with our internal research and development teams. Our manufacturing processes are repeatable, built around lean principles and are highly flexible when it comes to ensuring you meet your commercialization timelines and budget