FlowVIEW Aquarius Starter Kit
Start a New Era of In-situ Liquid or Wet Sample in SEM. The FlowVIEW Aquarius Starter Kit enables direct observation of liquid sample physical and chemical properties — force, light, electronic, and magnetic — using AI-powered liquid inspection technology without dilution or tedious preparation.
Product Overview
The Aquarius Starter Kit analyzes liquid samples and delivers instantaneous data including size and shape distribution, concentration, aggregation and dispersity, composition, and other essential factors. The three-component sample chamber features specially developed preparation tools and resembles an SEM specimen stub when prepared for use. Imaging is performed through a silicon nitride window mounted in the Aquarius caps, with Si and Si3N4 membrane materials compatible with water, oil, solvent, and other liquids.
Main Features & Capabilities
No-Dilution Direct Analysis
AI liquid inspection technology observes physical and chemical properties — force, light, electronic, and magnetic — directly without dilution or tedious sample preparation.
Instant Multi-Parameter Data
Delivers instantaneous results on size and shape distribution, concentration, aggregation, dispersity, composition, and other essential analytical parameters.
Si3N4 Window Membrane
Transparent silicon nitride membrane enables high-quality in-situ SEM imaging of liquid and wet samples, compatible with water, oil, solvent, and other liquid media.
FlowVIEW Lite Software
One-click fully automatic image analysis with an intuitive interface, completing sample analysis in under 1 minute and generating comprehensive statistical reports.
Description & Key Benefits
FlowVIEW Lite analysis
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The actual SEM image of CMP Slurry with Aquarius holder (Left: Ce02; Center: SiO2; Right: Al2O3)
High Z Materials & Large Particles
Standard configuration with 50 nm membrane thickness and 150×150 µm observation window for high Z material and large particle size applications requiring robust imaging.
Magnetic Powder & EDS
Large window variant with 30 nm membrane thickness and 250×250 µm observation window optimized for magnetic powder, EDS analysis, or low concentration sample detection.
Bio-Related & High Magnification
High magnification configuration with 20 nm membrane thickness and 20×20 µm observation window designed for small particle size, low Z material, and biological applications.
