Empowering Industries Enriching Growth

Unleashing the Potential of Nanomaterials

Welcome to Dravya Shakti Mechanochem


The upcoming world is going to be governed by new materials and applications derived from nanotechnology. Nanoscale materials offer multiple potential advancements across various fields such as electronics, medicine, environment, food, pigment, textiles, aerospace, and robots. These materials are capable of creating faster and smarter electronic devices, improving drug delivery systems, developing efficient energy sources, and enhancing pollution control filters.

Dravya Shakti focuses on helping researchers, research institutes and industries to harness the true potential of materials science for their purposes through its indigenously developed Dual-Drive Planetary Ball Mill – ECOTYPE and through collaboration.




Enter the realm of innovation with the exclusive commercial  Dual-Drive Planetary Ball MillDravya Shakti Ecotype Alpha, a cutting-edge grinding machine engineered for precision in processing metal alloys, ceramics, and composite materials, producing ultrafine nano-scale materials. These nanomaterials serve various industries, including Automotive, Pharmaceuticals, Biomaterials, Agriculture, Pesticides, Cosmetics, Pigments, Paints, Polymers and more.

The DDPBM Dravya Shakti Ecotype Alpha accelerates drug discovery by markedly reducing synthesis times.

Successfully running at various prestigious institutes for research on material sciences.


The machine utilises the principles of DEM to model the interactions and behaviour of discrete particles during mechanochemical reactions. This simulation could aid in understanding the underlying physics and optimising reaction conditions. It could be a simulator also to the various scenarios of material mixing.

Ecotype Alpha has the capability to apply mechanical forces in multiple directions (e.g., compression, shear, and torsion) to mimic real-world scenarios and study complex reactions.

Users can program the transmission ratio according to the specific materials being processed. The transmission ratio is variable to infinite possibilities with clockwise and anti-clockwise directions: 1:-2, 1:-2.5, 1:-3 or any can be achieved within the above jar or sunwheel speed range.

To ensure accurate and reproducible experiments, the machine features high-precision motion control systems that allow researchers to precisely set and adjust mechanical parameters.

The machine could have automated sample handling systems, allowing researchers to load samples and initiate experiments with ease. We shall understand your requirements and design the SPM for your purpose

Low CapEx, Less Time, High Value, High-Quality Novel Material


Biomaterial Nano Powder (nano-crystalline hydroxy-apatite) supplied by the company was very high quality and yet priced 20% lower than the market”

Unlocking Economic Growth

Bridging Academia and Industry Advancements

The pursuit of nanotechnology in academia fuels scientific advancements that contribute to humanity’s understanding of the fundamental building blocks of matter, pushing the boundaries of what is scientifically possible.

Our machines have been instrumental in publishing six patents & various papers in international journals, related to material science. This background gives us the confidence that we can help you with your objectives in the least possible timeframe.

Innovating Through Nano Integration

Embark on an industry renaissance powered by Nano Wonders. See how nano integration propels innovation across sectors, from manufacturing to healthcare. It’s not just about evolution; it’s about revolutionising the industrial landscape.

Bridge the Nano Gap with KPO

As the world rapidly embraces the revolutionary potential of nanomaterials, businesses across diverse industries are seeking innovative solutions to translate cutting-edge research into successful real-world applications. However, translating nanotechnology from lab to market presents unique challenges that require specialized expertise and efficient management.

We are a leading Knowledge Process Outsourcing (KPO) provider specializing in nanomaterials project implementation. Our team of seasoned scientists, engineers, and project management professionals brings exceptional depth and breadth of experience across a multitude of industrial sectors.

We can reduce your capital expenditures or provide capital expenditure benefits. Various government schemes are available for establishing research and development (R&D) and R&D-based production structures on a case-by-case basis.

Research Collaborations


C3PC Research Foundation

The C3PC Research Foundation is a non-profit organization committed to fighting childhood cancer. Their mission is multifaceted, encompassing:

  • Advancing and accelerating children’s cancer research: They believe that research holds the key to unlocking cures for all types of cancer, but pediatric cancers warrant specific and intensified focus.
  • Providing support to families: They understand the immense challenges faced by families caring for children with cancer, and aim to offer resources and assistance to alleviate their burden.
  • Raising awareness: They strive to educate the public about childhood cancer, its symptoms, and the importance of early detection.
  • Envisioning a world free of childhood cancer: They dream of a future where every child can experience a joyful childhood, even if diagnosed with cancer.

The field of cancer and nanoparticle science holds immense potential for improving diagnosis, treatment, and prevention of this disease. While challenges remain, ongoing research and development promise exciting advancements in the years to come, C3PC Research Foundation and Dravya Shakti products offering hope for a future where cancer is no longer a death sentence.

Nano-Scale Silica Powder: Transforming Industries for a Better Future


Imagine a material so versatile, it strengthens buildings, delivers life-saving drugs, and even enhances the beauty of everyday products. Nano-scale Silica powder, composed of incredibly small silicon dioxide (SiO2) particles, is no longer a futuristic dream but a tangible reality with far-reaching benefits for both industry and humanity.

Healthcare Innovations:

  • Targeted drug delivery: Silica nanoparticles act as microscopic carriers, delivering medication directly to diseased cells with minimal side effects. This revolutionary approach holds immense potential for treating cancer, Alzheimer’s, and other diseases with greater precision and effectiveness.
  • Advanced diagnostics: Nano-enabled biosensors detect diseases at their earliest stages, allowing for early intervention and improved patient outcomes. This advancement can save lives and significantly reduce healthcare costs.

Strength and Sustainability in Construction:

  • Lighter, stronger concrete: By incorporating silica nanopowder, builders can create concrete that’s 20% lighter yet boasts superior strength and durability. This translates to reduced construction costs, minimized environmental impact, and earthquake-resistant structures that safeguard lives.
  • Improved insulation: Nano-modified concrete walls offer enhanced thermal insulation, leading to cooler summers and warmer winters. This translates to energy savings, reduced reliance on heating and cooling systems, and ultimately, a smaller carbon footprint.

Industry Benefits – A Ripple Effect:

  • Reduced costs and waste: Improved materials and processes translate to lower production costs and minimized waste generation, making businesses more efficient and environmentally responsible.
  • Enhanced product performance: Nano-enabled products offer superior properties, leading to increased customer satisfaction and brand loyalty.
  • New market opportunities: Continuous innovation in nanotechnology opens doors to previously unexplored markets, driving economic growth and job creation.

Human Benefits – A Sustainable Future:

  • Improved health and well-being: Advances in nanomedicine hold the promise of healthier lives and improved access to treatment for millions worldwide.
  • Sustainable infrastructure: Stronger, lighter buildings made with nano-modified concrete contribute to a more sustainable future with reduced environmental impact.
  • Enhanced quality of life: From brighter screens to more effective cosmetics, nanotechnology touches everyday life, improving comfort, convenience, and well-being.

Silica nanopowder is just one example of the transformative power of nanotechnology. By harnessing the potential of these tiny particles, we can build a stronger, healthier, and more sustainable future for all.

Are you ready to join the nanorevolution? Contact us today to discuss how silica nanopowder can benefit your industry and contribute to a better tomorrow.