Research Instruments
Precision Measurement Tools for Academic, Biomedical, Environmental, and Engineering Research
At Kanomax USA, we support the global research community with a diverse range of cutting-edge scientific instruments engineered for accuracy, repeatability, and ease of integration. From fluid mechanics and thermal analysis to bioaerosol research and multiphase flow studies, our solutions empower researchers with reliable tools to explore complex scientific questions and validate critical experimental data.
Our portfolio includes a selection of elite research instruments trusted by universities, national laboratories, and private R&D centers worldwide.
Explore Kanomax Research Instruments:
P.T. Teknik Thermal Manikin System
Developed by P.T. Teknik, this state-of-the-art thermal manikin system enables researchers to measure and model heat and moisture exchange between the human body and the environment. Widely used in clothing physiology, thermal comfort testing, and occupational health studies, it offers precise control and detailed spatial measurements across segmented body zones.
Smart LDV IV (Laser Doppler Velocimeter)
The Smart LDV IV is a powerful, non-intrusive velocity measurement system for advanced fluid mechanics research. Its compact design and high spatial resolution make it ideal for studying complex flows in wind tunnels, combustion engines, microfluidics, and environmental modeling.
Smart CTA (Constant Temperature Anemometer)
The Smart CTA provides sensitive, high-speed measurements of low-velocity flows and turbulence in laboratory and field settings. With flexible probe options and high data fidelity, it’s widely used in aerodynamics, boundary layer research, and academic experimentation in fluid dynamics.
Bubblemaster (Void Fraction Analyzer)
Our Bubblemaster system measures the time-averaged void fraction in gas-liquid two-phase flows, making it an indispensable tool for multiphase flow analysis in energy, chemical processing, and fluid transport studies. It’s commonly used in pipeline monitoring, nuclear cooling system simulations, and bioreactor analysis.
Fluostar Fluorescent Particles
Designed for flow visualization and quantitative particle image velocimetry (PIV), Fluostar fluorescent particles offer high uniformity and brightness. These tracer particles are essential for validating flow simulations and capturing real-time visual data in laser-based flow experiments.
Handheld Condensation Particle Counter
Compact yet powerful, our handheld CPC enables ultrafine particle detection down to 10 nanometers. Ideal for bioaerosol research, nanoparticle monitoring, and environmental health studies, this instrument combines portability with lab-grade accuracy for field or in-lab use.