When off-the-shelf products aren’t enough, our scientific experts provide a focused, cost-effective pathway to evaluate nanomaterial feasibility. We deliver clear insights into technical viability, reproducibility, and scalability so you can move forward with confidence.
Nanomaterials Customized for Your Application
Work with our experts to create a custom nanoparticle solution for your complex challenges.
Material Composition
Size & Shape
Optical Properties
Surface Chemistry & Conjugation
Scale
ISO/cGMP Compliance
Accelerate Progress with Flexible Development Packages
With three development paths available, you can align your project scope with your budget, timeline, and technical goals:
NanoFab Mini - Ideal for rapid prototyping of existing catalog nanoparticles, including surface modifications, conjugation, and minor design adjustments.
NanoFab QuickStart - Best suited for feasibility studies and particle design optimization to refine performance and functionality.
NanoFab Pro - Designed to assess scalability and manufacturing readiness for transitioning nanoparticles to larger-scale production.
Each project package comes with access to world-class nanoparticle experts who collaborate with your team to define target specifications, explore variations on catalog of custom particle designs, and assess technical feasibility. At the conclusion of your project, you’ll receive a written project report and a summary meeting with recommendations to guide next steps.
From early feasibility through more advanced optimization and scalability evaluation, this tiered approach aligns the scope of work with both your technical objectives and budget, accelerating progress toward your next milestone.
Which route is right for you?
 NanoFab Packages |
 NanoFab Mini |
Best Value NanoFab QuickStart |
 NanoFab Pro |
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| Best Fit | Variations on catalog product |  |
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| Novel or complex nanoparticle design |  |
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| Scope | Explore feasibility | |
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| Optimize particle design | |
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| Assess scalability | |
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| Completion within one month* | |
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| Pricing | Starting at | $6,000 | $15,000 | $40,000 |
| *Timelines may vary based on process and resource requirements | ||||
Enabling Your Success - Case Studies
Rapid Custom Nanoparticle Reproduction
Facing a tight timeline, a leading global energy company needed a specialized nanoparticle that wasn’t commercially available. By leveraging our prior experience with this material, we rapidly reproduced and delivered high-quality nanoparticles, enabling the team to maintain momentum and avoid delays in their research.
Solar Nanomaterial Feasibility Study
An engineering firm developing advanced solar technologies struggled to source a highly specialized nanomaterial critical to their design. By identifying and reproducing the material from literature, we enabled immediate testing and established a clear path toward scale-up and commercialization.
Drug Delivery Material Optimization
A therapeutics company developing a drug delivery platform faced inconsistent nanomaterial quality from existing suppliers. Through a focused feasibility project, we developed a more reliable, tailored material that enabled rapid performance assessment and created a scalable path toward future regulated manufacturing.
Critical Component Supply Continuity
A medical device manufacturer needed a reliable alternative source for a critical nanomaterial component. By partnering closely to define specifications and produce test batches for comparability assessment, we enabled supply continuity and confidence in material performance.
Advanced Optical Material Prototyping
A company developing advanced VR materials required nanomaterials with precise optical properties and rapid scale-up feasibility assessment, without committing to a long-term engagement. Through a rapid prototyping program, we delivered multiple candidates and demonstrated early scalability, enabling low-risk feasibility testing and paving the way for a larger development partnership.
FAQ: Custom Nanoparticles & Feasibility Packages
What types of nanomaterials can you work with?
nanoComposix specializes in the custom development of metal, metal oxide, silica, and polymeric nanoparticles. We routinely design and fabricate materials tailored to specific performance, surface chemistry, and application requirements.
Do you work with polymeric nanoparticles?
Yes. We have extensive experience with polymeric nanoparticle platforms, including PLGA, PMMA, and other polymer-based systems, across a range of biomedical, cosmetic, and materials science applications.
I am working with a specialized material and don’t see it on your website. Can you help me?
Yes. We often help customers with extremely specialized nanomaterials requests. Contact our team to discuss your project’s needs today!
Do I need to provide an existing protocol?
No. If you already have a literature-based or customer-owned protocol, we can support technology transfer and optimization. If no protocol exists, our team will evaluate feasibility, conduct targeted literature reviews, and propose a technically sound development pathway.
Can you perform surface conjugation or functionalization?
Yes. We frequently conduct conjugation sweeps, evaluating multiple surface chemistries and reaction conditions. The most promising conjugates are delivered for downstream testing, helping you quickly identify optimal candidates. We can also scale the most optimal conjugate for bulk supply needs.
Can you load an active pharmaceutical ingredient (API)?
Yes. We regularly support API-loading projects, particularly in nanomedicine and cosmetic formulations. Share details about your API, target application, and performance requirements, and we can scope feasibility and development options.
What particle sizes can you produce?
We stock a broad range of nanoparticle sizes and can fabricate additional sizes on demand.
- Metal nanoparticles: precise nanometer-level control up to ~200 nm
- Polymer, metal oxide, and core/shell particles: sizes up to 50 µm, depending on composition and design
What nanoparticle shapes are available?
Our scientists specialize in controlled nucleation and growth, enabling the production of a wide variety of anisotropic nanoparticle shapes, including nanocubes, nanoplates, bipyramids, and other custom morphologies.
What optical properties can be tuned?
We can tailor absorbance and scattering across the visible and infrared spectrum by adjusting nanoparticle composition and morphology. We also support fluorophore incorporation for targeted emission wavelengths and Raman reporter attachment for strong, application-specific signals.
I have very specific custom nanoparticle development needs for my application and am not sure which material to start with.
Our nanoparticle experts can help you determine which nanomaterials are best suited for your application. Learn more about how nanoparticles enable breakthroughs in Nanomedicine, Diagnostics, Optical Engineering, and Cosmetics/Aesthetics.