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Home > News > Technical Information > Technical parameters of Sindin precision contact angle measuring instrument

Technical parameters of Sindin precision contact angle measuring instrument

2022-04-01

We know that contact angle measuring instruments are widely used in various industries, such as semiconductors, wafers, mobile phone manufacturing, glass manufacturing, ink printing, material research, chemical engineering, electronic circuits, textile fibers, biomedical and other fields. Contact angle measurement has become a It is an important instrument for evaluating surface properties and plays an important role in various scientific research!

The following is Sindin Precision Automatic Contact Angle Measuring Instrument SDC-500

全自動接觸角測量儀

Fully automatic multi-function measurement, highly intelligent, one-button automatic batch measurement and inspection; multi-point programming control system, which can be used directly with the assembly line, to solve a large number of tasks such as multi-point analysis and full inspection for you, improve production efficiency and save money .


接觸角測量儀參數(shù)

Equipment overall parameters

接觸角測量儀參數(shù)

Sample platform system


Acquisition System

接觸角測量儀參數(shù)

Injection system

接觸角測量儀參數(shù)

Light source system

接觸角測量儀參數(shù)

Analysis software function:

Static contact angle analysis, dynamic contact angle analysis, surface interfacial tension analysis, surface free energy analysis, automatic data report generation, adhesion analysis, online contact angle analysis, spread size analysis;


Contact angle fitting method:

Three-point method, five-point method, circle method, ellipse/oblique ellipse method, uneven surface fitting method, L-Y fitting method, differential circle fitting method, differential ellipse fitting method.


In summary, it can be seen that the Sindin precision contact angle measuring instrument has a comprehensive, complete and accurate fitting method on the market, which is suitable for the measurement and analysis of the contact angle of any material surface.

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