20 innovative nanotech startups you should keep an eye on (2025)

Top nanotech startups

Complete list of nanotech startups that are worth knowing:

Graphmatech

Founded in 2017, Graphmatech is a Swedish startup focused on developing new high-tech materials based on graphene. Graphene is a very thin and strong carbon material that has many potential uses.
Graphmatech aims to improve industrial processes and products with graphene.

For example, they make a graphene additive for lubricants and oils that reduces friction much more than other solutions. This can improve performance and efficiency in vehicles and machinery. Other applications include graphene coatings for implants or corrosion protection in infrastructure. Graphmatech also works on energy storage solutions using graphene.

OCSiAl Group

Founded in 2009 OCSiAl produces graphene nanotubes, an emerging nanomaterial touting impressive lightweight durability, thermal and electrical properties through a proprietary mass production process overcoming previous prohibitory small-scale manufacturing economic viability obstacles that slowed real-world nano commercialization applications in the past.

Since launching, OCSiAl has confirmed hundreds of customer product integrations quantifying real composite material performance increases through nano scale graphene inclusion supplies advantageously priced support customer production optimization modeling tuned to specific use parameters critically.

NAWA Technologies

Founded in 2013 NAWA Technologies constitutes an agile French hybrid ultracapacitor and battery innovator focused upon sustainable energy storage solutions maximizing power performance, cyclability and integration efficiencies through their proprietary nanoporous carbon electrode manufacturing refinement optimized for coupling with various cathode chemistries.

Their ultra-fast carbon manufacturing method unlocks wide-sweeping electric mobility and renewable energy storage commercialization opportunities plus national defense and aerospace applications demanding high-power density, rapid charges and extreme operating temperatures once unattainable through limitations innate to conventional lithium-ion dependencies.

Agnikul

Founded in 2017, Agnikul aims to expand access and lower the cost of space missions. Their modular rockets use 3D printed engines and custom materials. This allows rapid manufacturing with fewer parts.

Agnikul’s launches will carry tiny satellites from 100kg down to even 1kg. Their tech fills a niche for the growing small satellite niche that lacks dedicated, low-cost launch options.

Onconano Medicine

Founded in 2019, OncoNano is pioneering a new targeting approach in medicine. Since many diseases like cancer change body tissue pH levels, OncoNano developed microscopic particles that react to these pH differences.

Their chemistries circulate harmlessly until activated by unique disease site pH ranges. Once triggered, the particles dispense therapeutic payloads only at intended locations. Essentially, OncoNano invented a novel drug delivery method using the body’s own pH biomarkers. This enables ultra-specific medical therapies while reducing systemic exposure.

Moleaer

Founded in 2016, Moleaer aims to leverage the power of nanobubbles – bubbles smaller than visible light wavelengths with unique physics. When dispersed into liquids, nanobubbles can boost chemical reactions, remove contaminants, increase dissolved oxygen, and permeate small spaces.

Moleaer’s systems inject trillions of nanobubbles to enhance outcomes in agriculture, water treatment, aquaculture, and mining. For example, nanobubble-infused irrigation water helps plants absorb more nutrients.

ARIZ

Founded in 2021, ARIZ focuses on small interfering ribonucleic acids – tiny RNA molecules naturally regulating gene expression. By engineering siRNA to shut off malfunctioning genes in cancer cells, ARIZ can halt runaway growth.

Their technologies encapsulate the RNA drugs in proprietary nanoparticles. These function as delivery vehicles to tumor sites for controlled release only in cancerous tissues. ARIZ aims to perfect a novel class of precision anti-cancer compounds. Their siRNA therapies discriminate between healthy cells and disease at the genetic level.

Nanostics

Founded in 2018, Nanostics aims to unlock EV analytics for new biomarker discoveries. Their microfluidic system can rapidly isolate EVs from miniscule blood samples. Proprietary AI then characterizes millions of EVs on a molecular level.

This enables ultra-sensitive interrogation of health signals within EVs. It could enable earlier disease detection or better treatment selections. By revealing deeper EV insights, Nanostics drives the next frontier in precision diagnostics. Nanostics leverages lab-on-a-chip tech to mine nano-level data from blood.

Poly-Dtech

Founded in 2015, Poly-Dtech advances pathology using luminous nanoparticle tags. Their Bright-Dtech markers link to molecules like antibodies to flag biological targets. The tags glow thousands of times brighter than traditional dyes when stimulated.

This enables extremely clear and precise visualization of cell structures and proteins under microscopes. Doctors can pinpoint cancer tumors or rare cells at lower dosages versus old stains. The photostable tags also avoid issues with traditional dyes fading quickly.

RS Research

Founded in 2008, RS Research engineers targeted therapeutic nanoparticles. Their creations detect diseased cells and deliver customized drug payloads. Key innovations combine advances in polymers, drug delivery, and manufacturing.

For example, RS Research created patented nanoparticles that change shape to penetrate tumors. Other designs slowly release combinations of chemo and immune-activating drugs. They also develop ways to manufacture personalized nano-medicines affordably.

Nemo Nanomaterials

Founded in 2020, Nemo Nanomaterials aims to commercialize nanomaterial solutions for large-scale manufacturing. At the nano-scale, carbon particles take on useful properties. Nemo’s additives provide reinforcement, conductivity, or lubrication when incorporated.

Key applications include composites, 3D printing, coatings, concrete, batteries, and more. By optimizing how nanocarbons disperse into systems, Nemo unlocks customizable performance upgrades.

Gisens Biotech

Founded in 2021, Gisens Biotech enables accurate diagnostics anywhere. Nano-Lab performs molecular analyses of bodily fluids that normally require expensive machines. Its nano-engineered chip scans samples for pathogens, diseases, fertility signals, and more.

Using a fingerprick of blood, saliva, or urine, people can self-test privately at home and get results instantly on their phone. Nano-Lab protects privacy while providing vital self-knowledge. The battery-powered device requires no peripherals or training to operate.

INEM Technologies

Founded in 2019, INEM focuses on expanding battery capacity and resilience. Their core product HELT Cell adds nanoparticles and specialty chemistry to enable charging in polar chills.

Key innovations include a nano-engineered silicon anode, customized electrolyte, and adapted cathode. Together these advancements overcome previous barriers that drained or disabled batteries in cold weather. INEM charges ahead with cold-resistant nanotech batteries. Their libation configuration endures what makes typical batteries fail below freezing.

Nulixir

Founded in 2020, Nulixir aims to solve solubility and absorption issues holding back food and beverage formulation. Many healthy supplements taste bad or pass straight through the body when simply added to products. Nulixir’s custom nanovesicles envelop functional ingredients for better dispersion and uptake. They also mask any unpleasant flavors in transit. Once ingested, the shells dissolve to unleash ingredients right where needed.

Nulixir’s nano-vehicles upgrade functional performance for foods and drinks. Ingredients get safely shielded for optimized taste, stability, and efficacy. Unlocking better delivery methods for supplements and nutraceuticals could transform public health domains.

Dou Ys’ Chem

Founded in 2016, Dou Ys’ Chem pursues next-gen skincare powered by the wonders of nano. They expertly process plant fiber into infinitesimal cellulose strands and customize them for advanced topicals.

In CelluloSys, ion-infused CNFs interlock to seal in nourishing moisture. The lightweight cream smooths over skin to rapidly restore youthful suppleness and radiance. Rich in bioactive minerals from the sea, CelluloSys delivers intense hydration and daily protection.

Mat3ra

Founded in 2022, Mat3ra offers materials simulation to replace time-consuming real-world trial and error. Researchers simply input target parameters for desired properties into Mat3ra’s cloud-based platform. Powerful AI models predict optimal material formulations to synthesize.

Key benefits are faster R&D, improved performance, and sustainable by design materials. By shrinking development timelines 10X, Mat3ra enables rapid innovation. The platform also reduces waste from failed efforts.

Kura Technologies

Founded in 2021, Kura Technologies aims to perfect AR wearables balancing portability with performance. Rather than bulky goggles limiting mobility, Kura’s frames embed waveguides to focus images directly into users’ eyes.

Advanced optics and tiny laser projectors placed at the temples deliver stunning visual overlays across broad sightlines. Using proprietary optimizations, Kura Technologies shrinks components for remarkably compact ergonomic designs without sacrificing vivid realism. Their breakthrough optics and nano-lasers bring stabilized, ultra-high-def AR to a subtle eyeglass form.

PlanOpSim

Founded in 2021, PlanOpSim provides modeling capabilities unlocking a new generation of optics. Designers can visualize and test concepts like nano-structured lenses or surface relief patterns computationally before costly fabrication.

Key features analyze diffraction efficiency, image quality, component stacking and manufacturing tolerances. By accelerating design, PlanOpSim drives rapid advancement. What once required months or years of painstaking trial and error now gets streamlined digitally in days.

Nplex Biosciences

Founded in 2020, Nplex utilizes a novel combination of microfluidics, machine learning and chemistry. Their automated workflow surfaces patterns linking proteins to human traits and diseases across enormous data sets.

Key innovations also remove previous limitations around assay costs and time needed to run analyses. Nplex can screen 4,000 protein datapoints per sample in just hours for mere pennies. Their massive but accessible scale unlocks revolutionary understanding of human health.

Soane Technologies

Founded in 2022, Soane Technologies pioneers green chemistry solutions to transform materials supply chains. Their plant-based compounds mimic plastic performance but decompose quickly and safely when disposed.

Soane Technologies’ modernization produces bioplastics stronger yet more biofilm-friendly than traditional polymers. Soane also optimizes natural additives like lignin from waste plants or chitin from discarded shrimp shells. The result is next-gen packaging, textiles and more produced ecologically from farm and ocean waste.

Conclusion

The realm of possibility enabled by nano technological advancements continues to expand at a staggering rate. Nano tech startups aim to drive innovation and bring new nanotechnologies to market across sectors where the special properties of these materials open new possibilities.