High Precision Surface Profilometer

Roughness Profilometer integrated machine

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 efficiently.



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.

Equipment name: Profile measuring meter
Technical performance of the equipment:
Dimensions: including horizontal distance, vertical distance, linear distance, radius, and diameter
Angle: including horizontal angle, vertical angle, Angle
Position tolerance: including parallelism, verticality
Shape tolerance: including straightness, convexity, arc contour degree
Auxiliary generation: including auxiliary points, auxiliary lines, auxiliary circle

Surface roughness is the most commonly used parameter in mechanical processing to describe the micromorphology of the surface. It reflects the micro geometric shape error of the surface of mechanical parts. With the development of the mechanical processing industry, surface roughness measurement technology has also made significant progress, especially in the late 1970s. With the gradual popularization of microelectronic computer applications and the development of modern optical technology and laser application technology, roughness measurement technology has been applied in mechanical processing. The position in precision machining industries such as optical processing and electronic processing is becoming increasingly important.