BRAVE IS THE WAY FORWARD.
OptoFluidic Force Induction
Eureka! With OF2i® we bravely march into a new era of particle measurement. See nanoparticles like never before, analyze them continuously in real-time and receive representative measurement results.
BRAVE B-Continuous
BRAVE B-Continuous is directly integrated into the manufacturing process as an online PAT sensor. It monitors your production in real-time, faster and more accurately than ever before.
BRAVE B-Curious
BRAVE B-Curious revolutionizes the research of nanoparticles as a laboratory device and delivers insights into particle behavior with more accuracy and completeness than ever before.
BRAVE Analytics develops and delivers lab and PAT solutions for particle characterization for researchers, academics and the biotech and pharmaceutical industries.
Customers come to us:
The new and patented OptoFluidic Force Induction is the result of years of research and development. Our groundbreaking technology for (nano-)particle measurement heralds a new era of nanoparticle characterization. With OF2i® you can:
Particles size, particle size distributions and particle concentrations can be analyzed faster and more accurately than ever before. OF2i® goes beyond the limitations of conventional methods for particle characterization such as DLS or NTA. It also detects ultra-low particle concentrations and measures from low sample volumes (from 20 µL). With OF2i® we also lay the foundations for future Raman analysis modules and a move to real-time release testing in production processes.
Send us your sample(s) – and we’ll do the rest
Find out whether OF2i® measurements are the answer to your particle challenges!
Get in touch, we’ll organize measurements on your sample(s) and send you a detailed measurement report. This is the first (non-binding) step to a feasibility study. Open the door to deeper insights today!
The OF2i® principle will soon be available as a PAT solution for continuous online monitoring of (nano)particles during production. The BRAVE B-Continuous PAT sensor, which launches in 2024, runs 24/7 and lays the foundation for RTRT (Real-Time Release Testing).
BRAVE B-Continuous opens the door to:
BRAVEr & BETTER THAN THE REST.
ACTIVE
Uses induced motion as a revolutionary measurement principle.
FAST & RELIABLE
Measures up to 3000 particles per minute and delivers a live data stream.
ACCURATE
Provides measurement results based on single-particle sensitivity.
REPRESENTATIVE
Delivers statistically valid results and not just average values.
EASY TO INTEGRATE
Integrates into your production process as an online PAT sensor or into your laboratory workflows as a benchtop analyzer.
CONTINUOUS
Delivers measurement data continuously and in real-time over a time you define (lab device) or 24/7 (PAT sensor).
Track particle concentration and particle size over time to better understand sample kinetics such as:
PAT SENSOR FOR REAL-TIME
NANOPARTICLE CHARACTERIZATION
BRAVE B-Continuous
Monitors & analyzes particle size, number-based particle size distribution and particle concentration during production.
Detects ultra-low particle concentrations, aggregates and large-particle tails.
Provides results 24/7.
Ideal for polydisperse systems, nanosuspensions, nanoemulsions and colloidal formulations.
Provides data for predictive maintenance.
LAB DEVICE FOR
NANOPARTICLE CHARACTERIZATION
BRAVE B-Curious
Determines the particle size distributions of polydisperse systems with single-particle sensitivity.
Delivers automated, continuous and time-resolved results.
Detects ultra-low particle concentrations as well as large-particle tails, LPC, anomalies and outliers.
Ideal for polydisperse systems, nanosuspensions, nanoemulsions and colloidal formulations.
You'd like to see nanoparticles like never before?
Learn more about OF2i®. We will answer all your questions.
There are numerous methods for particle characterization and each one has its strengths. In our knowledge base we will take a closer look at each of these methods and explain how they work. We will update the knowledge base regularly with further articles.
Dynamic Light Scattering (DLS)
Learn all about the well-established method for laboratory analysis.
Process Analytical Technologies (PAT)
All about PAT sensors and how they optimize processes.
Vaccines, parenteral nutrition, pain killers, infusions
Skin lotions, sunscreens and more
Virus-like particles, lipids, proteins, extracellular vesicles
Surface coatings, pigments, lacquers
Detection of nanoplastics, waste water analysis
Nanocomposites for dental care
OF2i® integrates directly into the manufacturing process as an online PAT sensor. It continuously delivers measurement data in real-time so you can check, adjust and optimize your production processes.
Our nanoparticle analyzer for the lab BRAVE B-Curious is available to order now. The online PAT sensor BRAVE B-Continuous is currently being optimized and tested together with selected partners and will be available in 2024.
OF2i® has single-particle sensitivity. It can even detect ultra-low particle concentrations, single large particles or outliers, e.g. a few nanoplastic particles in one milliliter of water.
Quickly available measurement data is one of OF2i®’s many strengths. As soon as the measurement starts you can see a live stream of the particles in the H.A.N.S. software and results are ready immediately.
Contact us at sales@braveanalytics.eu. We will answer all your questions, offer a live demo either at your site or online and discuss further steps (including: a feasability study, comparison measurements, measuring campaign).
Yes, the lab device measures over minutes and even hours. As a PAT device BRAVE B-Continuous is made for 24-hour operation.
Absolutely. While established methods typcially deliver average values as results, OF2i® delivers number-based values with single-particle sensitivity. These results are statistically valid and representative of all the present particle populations.
LOOK
CLOSER.
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PARTICLE MEASUREMENT
As a partner in the MOZART project (MOZART for safe & sustainable by-design metallic coatings & engineered surfaces (RIA)), we received funding from the European Commission as part of the EU Horizon 2020 program.