The new TR Scan Compact Z is a miniature height measuring column.
It allows non-contact height measurements on all types of materials such as gold, soft surfaces, transparent surfaces etc.
| TR Scan Compact Z | ||
| Optical sensor | Working distance | 31.8 mm |
| Measuring range | 8 mm | |
| Resolution | 0.1 µm | |
| Numerical aperture | 0,25 | |
| Maximum angle of measurement | 90° +/- 15° | |
| Spot size | 15 µm | |
| MEP | 0.6 µm | |
| X/Y measuring system | Type of system | Incremental |
| Resolution | 1 µm | |
| MEP | ~ 10 µm | |
| Interface connection | 2x USB 2.0 | |
| Vision | Video stream | Live image |
| Field of view | 7 x 5.25 mm | |
| Resolution | 1600 x 1200 | |
| Pixel size | ~4.3 µm | |
| Sensor type | colour CMOS | |
| Other | Interface connection | 2x USB 2.0 |
A chromatic lens L generates the image of a point source of white light W as a continuum of monochromatic images located on the optical axis ("chromatic coding").
A sample is located within the color-coded segment and its surface scatters the incident light beam.
The backscattered light passes through the chromatic lens L in the opposite direction and arrives at a pinhole P that filters out all but one wavelength, λM.
The collected light is analyzed by an S spectrometer.
The position of the sample (M-point) is directly related to the detected wavelength.
Intuitive User Interface
The Trimos Compact Z software is extremely simple. Its philosophy is inspired by the philosophy of the height gages that have made Trimos so successful. It allows quick non-contact height measurements even for inexperienced users.
In addition, a contour module enables 2D analyses to be performed on the measured profile.
Additional software module : Contour Basic & Advance
The contour module enables additional measurements to be made on the extracted profile, such as angles, distances, radius calculation, as well as the comparison of a DXF with the contour.
