Blase X
Ultrafine Bubble Measurement Unit
Includes Custom Software for Nano Particle Detection and Quantification
Gaia is the Exclusive North American Distributor.
Overview
Purpose-built to support researchers working with Ultrafine bubbles. Combines laser optics and image analysis to detect and count UFB’s.
The Blase X unit is a high-precision nanobubble measurement device designed to identify and quantify ultrafine bubbles at concentrations of up to approximately 1 billion per milliliter. Utilizing advanced detection methods—including light-based sensing, electrical measurement, and particle-tracking technologies—it delivers accurate and reliable data across a wide range of applications.
Core analytical capabilities include Nanoparticle Tracking Analysis (NTA) for determining particle size and concentration, Dynamic Light Scattering (DLS) for assessing size distribution, and zeta potential analysis for evaluating bubble stability. BLASE instruments are calibrated with 60 nm and 100 nm PSL standard particles, and feature a removable measurement cell with manual sample loading, enabling rapid calibration and precise, reproducible measurements.
Engineered for compatibility with ultrafine bubble generators, the Blase X unit supports both low and high concentration outputs, making it an ideal solution for research, industrial processing, and advanced fluid systems.
Blase Key Benefits
Fast portable ultrafine bubble measurement for research and testing
- Wide field of view: 3000µm x 800µm
Supports visual confirmation of ultrafine bubble presence in low-concentration water samples. - Detects ultrafine bubbles at 104 particles per/Ml
Enables stable and repeatable observation using a high-resolution CMOS sensor. - Real-time laser scattering imaging
Displays particle movement live using short-wavelength laser (405nm) and Rayleigh scattering. - Image-based particle count
Estimates particle number based on brightness, contrast and pattern detection.
Blase Key Features
Validate every result with complete visual clarity —
watch your particles as they’re tracked in real time.
Blase provides a direct view into your sample, allowing you to observe each particle as it is detected and monitored on screen. This transparent tracking process delivers immediate confidence in your data by showing exactly what’s present in your sample.
As the saying goes, “seeing is believing.” With the ability to visually confirm tracking, quickly evaluate sample purity and complexity, and verify results through real-time observation, NanoSight Pro offers a level of trust and transparency essential for analyzing complex or high-value samples where accuracy matters most.
Ultrafine Bubble Measurement Method
Comparison of imaging results using 100 nm PSL standard particles — 1.8 × 10⁷ (18 million) p/mL.
By optimizing the shape of the laser beam, large-area observation has been made possible.
As a result, stable observation outcomes can now be obtained.
Particle Size Measurement
Displays Provisional Particle Size During Tracking
The system provides real-time visibility into nanobubble characterization through the display of provisional particle size during tracking, allowing users to monitor size estimations as each particle is being analyzed. This immediate feedback enhances process control and helps ensure accurate measurements throughout the analysis. In addition, results are displayed for each individual measurement area, offering detailed insight into spatial variations within the sample. By breaking down data by specific regions, users can better assess consistency, detect anomalies, and gain a more comprehensive understanding of nanobubble size distribution across the entire sample.