The contact angle is one of the important parameters for studying the surface energy and wettability of solid materials, and it is widely used in many fields of modern industry, such as pharmaceuticals, semiconductors, material protection, life sciences, etc.
The domestic contact angle meter Alpha, developed by Betop Science, is specifically designed for industrial customers. It features a simple and elegant appearance, easy operation, and precise and repeatable data, making it an ideal choice for industrial customers!
The contact angle meter Alpha allows for manual sampling and one-click measurement through the independently developed patented software, with measurement results accurate to two decimal places.
The independently developed software system is designed with humanization, directly controlling the industrial high-resolution camera via USB to obtain clear and continuous droplet contours, effectively extracting the droplet boundaries.
Product Features
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Convenient software and hardware operation for quick proficiency
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High-speed, high-resolution industrial camera
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Manual or software-controlled precision electric injection unit
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Multiple calculation and fitting methods, with automatic baseline recognition
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Intelligent image recognition, anti-interference
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Automatic video recording and playback function for accurate data point selection
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Data export in multiple formats, one-click export of experimental reports
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A variety of measurement functions and optional modules
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Perfectly matches production line quality control and laboratory research and development
Functions and Applications
Applications:
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Evaluating the effectiveness of surface treatment
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Studying adhesion and stability during bonding and coating processes
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Wettability testing of materials such as plastics, glass, ceramics, and paper
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Quality control of semiconductor chips
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Surface cleanliness testing
Functions:
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Static and dynamic contact angle measurement
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Calculation of solid surface free energy and its components
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Measurement of liquid surface/interface tension using the pendant drop method
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Calculation and analysis of adhesion work
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Studying adhesion and stability during bonding and coating processes