Roughness Profile Measuring Instrument

Roughness Profilometer is an instrument used to measure the surface roughness of objects. It evaluates the roughness of an object by measuring the height difference on its surface. This instrument typically uses lasers or mechanical probes to measure surface height and uses computer software for analysis and processing.

The main features of the roughness Profilometer include:
1. High-precision measurement: The roughness profilometer can achieve high-precision measurement, usually with an accuracy of 0.1 micrometers.
2. Multifunctionality: This instrument can measure various surfaces, including flat, curved, convex, and concave surfaces.
3. Efficiency: The roughness profilometer can quickly measure the roughness of an object's surface, usually taking only a few seconds to complete a measurement.
4. Easy to operate: This instrument usually has a simple and easy-to-use interface and operating methods, allowing users to measure and analyze quickly.
5. Data processing: Roughness profilers usually have data processing and analysis functions, which can generate charts and reports, making it convenient for users to analyze and process data.

Roughness profiles are widely used in manufacturing, scientific research institutions, quality inspection departments, and other fields, helping users evaluate the quality and accuracy of object surfaces and optimize manufacturing and processing processes.

system interface：

The software system interface is shown in the figure. The system interface mainly includes: menu, toolbar, status bar, graphic display area (contour and roughness view), annotation information area (contour annotation and roughness parameter list), system parameter display area, and device control area.

1) Menu/toolbar: See the corresponding content in the menu and toolbar section.
2) Status bar: displays information such as the current operation prompt and the coordinates of the cursor in the graphic display area.
3) System parameter display area: used to display and set system parameters such as equipment parameters, measurement parameters, and display parameters.

reports：

After the measurement, labeling, and parameter evaluation of the parts are completed, the inspection results can be printed out. The user enters the printing information of the inspection report (part name, part number, inspector, company name, etc.) through the print information setting dialog box, and selects format output options (contour/roughness graph, contour annotation information list, roughness evaluation parameter list). The preview result of the print is the print result, and the contour chart is shown in the figure.

At this point, by selecting the printing function, you can obtain the desired results - a beautiful inspection report!