Portable Digital Surface Roughness Tester, 0.005-16μm

The professional roughness tester has a 128 x 64 OLED dot matrix display and a digital/graphical display, the roughness meter measures from 0.005-16μm. A portable surface roughness meter can be connected to a computer and printer with various optional accessories such as sensors, measuring stages, micro printers and extension bars.

Specification

Features

• Portable surface roughness tester with DSP chip for control and data processing, high speed and low power consumption.
• The roughness tester has a 128 x 64 OLED dot matrix display with digital/graphical display.
• Intuitive and informative display with all parameters and graphics.
• The portable surface roughness meter is compatible with ISO, DIN, ANSI and JIS national standards.
• The roughness tester shows the remaining quantity with an icon that prompts the user to recharge and can be used for more than 20 hours of continuous operation.
  Real time clock setting and display for easy data recording and storage.
• The surface roughness meter has automatic sleep, automatic power off and power saving functions.
• The surface roughness machine can be connected to a computer and printer with different optional accessories such as sensors, measuring platforms, micro printers and extension bars.

Dimension (Unit: mm)

Details

Applications

Surface roughness testers are commonly used in a variety of industries to measure the roughness of surfaces. ATO portable surface roughness tester has applications in the manufacturing, automotive, aerospace and medical industries, among others.

Tips: What are Ra and Rz in surface roughness?

Ra and Rz are two commonly used parameters to measure surface roughness:

• Ra (arithmetical mean deviation of the surface) is the arithmetic average of the deviations from the mean line of the surface profile within the evaluation length. Ra provides an indication of the average surface roughness and is commonly used to evaluate the quality of surfaces produced by machining processes. Ra is measured in micrometers (µm) or microinches (µin).
• Rz (mean roughness depth) is the average of the five highest peaks and the five lowest valleys in the evaluation length. Rz provides an indication of the maximum height and depth of surface irregularities and is used to evaluate surfaces that may have deep grooves or high peaks. Rz is measured in micrometers (µm) or microinches (µin).

Both Ra and Rz are important parameters for evaluating the quality of a surface finish, and the selection of the appropriate parameter depends on the application and the type of surface being evaluated.