Print optimisation and fluid qualification tool: visualise, measure and analyse drops in flight.
Dropwatcher
The Dropwatcher is a tool for visualising drops ejected during printing.
It works by capturing images of drops in flight using high-powered optics. These images are then analysed to measure :
- The distance between the drops in the vertical and horizontal directions
- The straightness of the jets
- Drop volume
- Ejection repeatability
By adjusting ejection parameters such as temperature, waveform or frequency, the researcher will be able to optimise the ejection according to his or her expectations.
Dropwatcher is a unique tool because it allows ejection to be viewed from several angles thanks to two devices:
- A bracket on which the camera is fixed: measurement of the angles of contact of the drop with the substrate, goniometer function.
- A lever arm to which the head is attached: the nozzle plate can be viewed from horizontal (0°) to vertical (90°).
| Type of fluid |
All types of fluids |
| Number of printheads | 1 printhead |
| Number of cameras | 2 cameras: one standard, one optional |
| Camera data | 1288 x 960 pixels, max. 42 fps, pixel size 3.75 x 3.75μm, Gigabit Ethernet, focus assist tool |
| 1 - 6 microns per pixel | |
| System for viewing angles from 0 to 90°. Able to display all angles: horizontal, vertical and intermediate. | |
| Droplet analysis | Several drops can be analysed simultaneously, providing continuous, detailed monitoring of each drop. |
| Light source | Strobe LED, variable intensity |
| Data collection | Collection of data in CSV format for export to Excel. |
| Study chamber | Polycarbonate with 4 doors |
| Image format | TIFF |
| Energie | 220V ; 50-60 Hz |
| Options |
Study enclosure, head translation, second camera |
