Roughness and Profile Measurement Instrument
Applications of the roughness profilometer:
A contour meter is a high-precision surface geometric measuring instrument specialized for measuring the two-dimensional cross-sectional profile of a workpiece, surface roughness, step height, groove dimensions, arcs, and straightness. Suitable for industries such as machining, automotive, precision hardware, precision tools, cutting tools, molds, and optical components.
Features of the roughness profiler
- SupportsWindows 7, Windows 10, and Windows 11 systems.
- Raw data is automatically saved, making multiple annotations c
- The software supports one-click switching between Chinese and E
- Can measure roughness and corrugation in fine areas, deep holes, and deep g
- The X-axis uses linear guide rails, which are wear-free, offer high precision, and have along service l
- The Z1 axis uses imported digital sensors, offering high accuracy and good l
- Simple probe replacement design, one-time installation, nocalibration required.
- Software annotation isthesame as CAD annotation, with automatic recognition of arcs and lines.
- 9. Supports free rotation of shapes and c
- Supports import and export of DXF format files, with custom CAD format exports.
- Supports continuous annotation, datum annotation, and arbitrary insertion points.
- Features automatic probe contact, automatic lifting, and automatic retraction.
- Can monitor the current positions of the X and Z1 axes.
- No need to switch sensors or probes; Achieves one-time measurement with simultaneous analysis of roughness, corrugation, and profile. With a single measurement, it can analyze the roughness and corrugation of different areas of the workpiece, improving measurement efficiency.
- Unlimited undo and restore operations can be performed; even under non-scaling conditions, normal annotations such as angle, arc, horizontal, vertical, and linear can be performed.
Roughness and Profile Measurement Instrument
| Project | Parameters | ||
| Measurement range | X-axis drive | 100mm | |
| Z1 (Sensor) Roughness and contour sharing | 40mm | ||
| Column height | 500mm | ||
| Indication accuracy | X-axis L=X-axis moving rail distance | ±(0.8+0.01L)μm | |
| Z1-axis H=Z1 axis direction to measure the height | ±(0.8+0.02H)μm | ||
| Residual contour | ≤0.005μm | ||
| Indication error | ≤±(5nm+0.1A) | ||
| Repetitiveness | 1δ≤2nm | ||
| Angle | ≤±1′ | ||
| Arc (R=Standard Arc Value) | ≤±(1.0+R/12)μm | ||
| X-axis drive | Straightness | 0.8μm /100mm | |
| Resolution | 0.05μm | ||
| Z1 sensor contour/roughness sharing | Type | Grating sensor | |
| Resolution | 0.01μm | ||
| Contour/roughness shared measuring needle | 25μm 12° | ||
| Stylus material | Carbide | ||
| Special roughness measuring needle | 2μm 60° | ||
| Stylus material | Diamond | ||
| Evaluation length | λc×3、4、5、6、7 | ||
| Cutoff wavelength | 0.025、0.08、0.25、0.8、2.5、8mm | ||
| Measurement method | Sensor movement | ||
| Motion control | Rail speed | 0.02mm–6mm/s | |
| The speed at which the column moves | 0.1mm–10mm/s | ||
| Measure speed | 0.02mm–5.0mm/s | ||
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