At BOC Sciences, we know that our customers are as heterogeneous as the applications of nanomaterials themselves. Whether you're involved in medicine, electronics, energy, or environmental research, our bespoke nanoparticle synthesis solutions are specifically engineered to produce the exact material solutions you require. We have scientists and engineers who have experience customizing nanoparticles to individual needs, from size and shape to surface properties and composition. We provide full customization so that your nanomaterials will work perfectly for you.
Composition
We have the ability to create any nanoparticle with any bespoke composition such as metals, metal oxides, semiconductors, polymers, composite materials, etc. Whether you need to change a known material or make a whole new nanomaterial, we can help. We know how to design a material and how to maximize the synthesis to your specifications.
Size and Scale
Here at BOC Sciences, we offer total size freedom for our nanoparticles. Our team can make nanoparticles that can be precisely controlled down to nanometers and even micrometers, depending on your application requirements. We can make sure that whether it's metal nanoparticles, polymers, or any other nanomaterials, the size is just right for your experiment or product. We even provide scalable manufacturing so that we can provide your customized nanoparticles in bulk for industrial applications, at the same time without sacrificing quality.
Shape
The shape of nanoparticles has a huge impact on how they behave in a variety of applications. Because our researchers are so skilled at controlling the nucleation and growth of nanoparticles, we can make nanoparticles in almost any shape - spheres, cubes, rods, plates, double cones, etc. So we'll tailor the right shape to your needs, whether it's for better drug delivery, sensor functionality, or anything else.
Surface Chemistry and Functionalization
Nanoparticles have a critical surface that dictates the performance of their applications: from delivery of drugs to imaging and even catalysis. You can customize the surface chemistry, you can alter the surface charge, the spacing of the ligands or functional groups. Hydrophobic, anionic, cationic, neutral surface modification is what we can do for you. Also, we're experts in saturating nanoparticles with biomolecules, polymers or other inorganic components to further extend their functionality for various applications from diagnostics to therapeutics.
Optical Properties
The optical nature of nanoparticles can also be customized by BOC Sciences for use in imaging, sensors, and diagnostics. We can tinker with nanoparticle shape and structure to fine-tune their absorbance, scattering and fluorescence at the visible and infrared end of the spectrum. We can even use fluorophores or reporter molecules to make light emission or Raman signal.
Concentration and Stability
Our team can get you nanoparticles in the concentration and stability you want for your application. Whether you require high optical density for optics or a lower concentration for easier incorporation into composites or solutions, we have techniques to process and stabilize nanoparticles at low and high concentrations. We can also secure stability over the long term (essential for research as well as products).
Custom Formulations for Specific Applications
In addition to nanomaterials, BOC Sciences provides customized custom formulations that are applicable to any use case. We can develop a material for you whether you need it for drug delivery, bioimaging, environmental cleaning or power generation. Our clients collaborate closely with us to get a sense of what their project is up against and give them the right nanoparticle solution.
Our custom nanoparticle synthesis service begins with a deep consultation to understand your specific requirements. Our team will work closely with you to develop a detailed plan that aligns with your goals. Whether you need a modification of an existing nanoparticle product or a completely new formulation, our team has the knowledge and experience to provide a solution. Once the synthesis is complete, we ensure that the nanoparticles meet your specifications and undergo rigorous testing to guarantee their performance.
Our custom nanoparticles are used across a wide range of industries and applications, including:
Medical Devices and Drug Delivery: Tailored nanoparticles for targeted drug delivery systems, biocompatible coatings, and medical device applications.
Diagnostics and Imaging: Nanoparticles for use in imaging, biosensors, and diagnostic devices, optimized for enhanced signal detection and targeting.
Energy Storage: Custom nanoparticles for improved performance in batteries, capacitors, and fuel cells.
Environmental Applications: Nanoparticles designed for water purification, air filtration, and environmental remediation.
Electronics and Sensors: Nanoparticles with specific electrical properties for use in sensors, flexible electronics, and photonic devices.
BOC Sciences can provide you a wide variety of custom nanoparticle services using innovative technologies and years of experience in nanoparticle design. We want you to get the best performance for your particular requirements, be it research, product development or industrial scaling. From small-scale R&D work to large-scale manufacturing, we make sure our solutions are reliable, economical, and of the highest standards.
If you are looking for custom nanoparticles with precise properties tailored to your needs, BOC Sciences is the partner you can trust. We offer a comprehensive range of services, from small-scale R&D to large-scale manufacturing, with the ability to customize every aspect of nanoparticle design and synthesis. Whether you're in research, product development, or scaling up for industrial production, our team is ready to collaborate with you to achieve the best solution for your application.
Contact BOC Sciences today to discuss your project and get started on the custom nanoparticle synthesis that will help take your research and applications to the next level.
Nanoparticles are synthesized using a variety of methods depending on the desired properties and applications. Chemical methods include sol-gel processes, precipitation, and chemical vapor deposition, providing precise control over composition and size. Physical methods like laser ablation and mechanical milling are used for specific shapes and sizes. Biological methods, utilizing microorganisms or plant extracts, are eco-friendly alternatives. Each method offers unique advantages for tailored nanoparticle solutions.
Nanoparticle synthesis involves four critical stages. The first stage is preparation, where suitable precursors and synthesis conditions are selected. In the nucleation stage, initial nanoparticle seeds form, setting the foundation for size and shape. During growth, controlled reactions increase particle size and refine morphology. Finally, the stabilization stage ensures surface modifications and functionalization, optimizing the nanoparticles for their intended applications and ensuring long-term stability.
Top-down synthesis involves breaking down bulk materials into nanoscale particles using mechanical milling, lithography, or etching techniques. This method is suitable for producing specific shapes and sizes but may have limitations in uniformity. Bottom-up synthesis builds nanoparticles atom by atom or molecule by molecule through chemical reactions, such as self-assembly or chemical vapor deposition. This approach offers precise control over composition, size, and surface properties, making it ideal for advanced applications.
Nanoparticle synthesis enables applications across diverse industries. In medicine, nanoparticles improve drug delivery and diagnostic imaging. In electronics, they enhance sensor performance and device miniaturization. Energy applications include better batteries, fuel cells, and solar panels. Environmental uses involve water purification and pollution remediation. With their customizable properties, nanoparticles also advance fields like agriculture, catalysis, and cosmetics, showcasing their versatility in modern technology.
BOC Sciences provides comprehensive customization services, including control over nanoparticle size, shape, surface chemistry, optical properties, and formulations. We cater to research, clinical, and industrial-scale needs.
BOC Sciences offers scalable manufacturing, from small-scale R&D to large-scale production, ensuring consistent quality through ISO 13485:2016 and cGM P compliance for reliable and safe nanoparticle solutions.
