富士工業 List of Products and Services

The ultrasonic tabletop viscometer "FCV-100" features a transmitter that weighs approximately 300g, allowing for easy one-handed operation, and a converter that weighs about 1300g. With no mechanical moving parts, maintenance such as cleaning is simple. 【Features】 - Excellent usability, allowing anyone to measure easily and reliably - Compatibility with traditional measurement indicators through the alignment function - Simple design that ensures high cleanability - Inline equipment available for smooth process transitions For more details, please contact us or download the catalog.

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Two of the three components can be measured for concentration in-line and in real-time. Equipped with a three-dimensional calibration curve using a combination of ultrasound and conductivity. Measures two-component concentrations at a lower cost than analytical instruments. ● For more details, please download the catalog or contact us.

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Multi-component concentration meters are also available in explosion-proof specifications. Two of the three components can be measured in-line and in real-time. Used in various factories. ● For more details, please download the catalog or contact us.

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Explosion-proof specifications are provided. A combination of intrinsically safe transmitters and pressure-resistant explosion-proof relays. Cable extension is possible, accommodating various installation conditions. For more details, please download the catalog or contact us.

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This is an ultrasonic concentration meter capable of measuring both organic and inorganic substances. There are cases where measurement targets that could not be measured by other methods can be measured using ultrasound. It has excellent maintainability, reduces running costs, and has a wide range of measurement achievements. ● For more details, please download the catalog or contact us.

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A concept model focused on the stability of measured concentration. It demonstrates effectiveness in scenarios where high-precision and high-stability concentration meters are required, such as in semiconductor manufacturing processes. The speed of sound in the liquid (ultrasonic propagation speed) varies based on the concentration and temperature of the liquid, and this concentration meter measures the speed of sound and temperature in the liquid with high precision. Based on this speed of sound and temperature information, it calculates and outputs the concentration using a calibration curve recorded in the built-in data ROM. For more details, please contact us or refer to the catalog.

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The FUD-1 Model-53 retains the advantages of maintainability and high-precision inline measurement, while featuring a compact cell-type transmitter designed for semiconductor manufacturing processes. It is also a concept model that emphasizes measurement concentration stability. This device not only measures the sound velocity and temperature of single-component concentration but also simultaneously measures other physical quantities (such as conductivity). By calculating the concentrations of two components out of three from the calibration curve recorded in the built-in data ROM, it outputs the results. For more details, please contact us or refer to the catalog.

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The FUD-1 Model-13 retains its advantages such as maintainability and high-precision inline measurement, while featuring a compact cell-type transmitter designed for semiconductor manufacturing processes. The speed of sound in the chemical solution varies depending on the concentration and temperature, and this concentration meter accurately measures the speed of sound and temperature in the chemical solution. Based on this speed of sound and temperature information, it calculates and outputs the concentration using the calibration curve recorded in the built-in data ROM. For more details, please contact us or refer to the catalog.

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This is an explosion-proof viscosity meter that can measure the viscosity of liquids with high precision in-line using ultrasonic vibrations. It features a transmitter with no moving parts and external outputs, making it suitable for in-line measurement. When a vibrating element (viscosity sensor) is placed in the liquid and vibrated, the amplitude of the sensor's vibrations is suppressed and decreases due to the viscous resistance of the liquid, which increases with the viscosity of the liquid. This device increases the input power to overcome this suppressed force using a constant amplitude circuit, and by measuring the input energy at this time, it accurately measures the liquid viscosity. For more details, please contact us or refer to the catalog.

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A viscometer without a drive unit, suitable for inline measurement. Excellent maintainability and reduced running costs. For more details, please contact us or refer to the catalog.

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