ProScan H100AX Motorized XY Stage
Compact Automation for Zeiss Upright Microscopes (75 mm x 50 mm travel)
The H100AX motorized XY stage provides a cost effective way of accessing ProScan-level high performance accuracy and repeatability with many Zeiss microscopes.
Each individual H100AX is tuned with specific parameters that optimize its overall performance, making it equally well suited to higher magnification basic microscopy or higher end imaging techniques, in an efficiently sized format ideal for typical microscopy samples such as slides, filter papers or polished metrology samples. The H100AX’s low mass compared to the other stages also makes it a good choice for smaller microscope frames.
Its small footprint is ideal for end users requiring an easy-to-use but high performing XY stage. Its 1 mm ball screw and 200 step motors provide an excellent balance of speed and precision for most applications.
- Compact size ideal for installation into OEM projects with limited space.
- ProScan-level precision and accuracy at a lower price.
- Intelligent Scanning TechnologyTM for accuracy and linearity.
- Variety of sample holders available to accommodate a range of specimen types.
| Travel range | 75 mm x 50 mm |
|---|---|
| Unidirectional repeatability | < 0.7 μm |
| Bidirectional repeatability | < 1.9 μm |
| Metric accuracy | < 0.09 μm/mm |
| Full travel metric accuracy | < 7.2 μm |
| Resolution | 0.02 μm |
| Squareness | < 35 arcsec |
| Maximum velocity | 30 mm/s |
| Maximum load | 5 kg |
| Encoders | No |
| Motor type | 200 step |
| Screw pitch | 1 mm |
| Weight | 2.5 kg |
- H224LP Low profile slide holder for one 76×26 mm microscope slide
- H220 Glass plate (not suitable for transmitted light microscopy)
- H230 Aluminum plate
- HH201 older for a single 47mm diameter filter, H101A stage
- H473UP Universal specimen holder (slides, Petri dishes and small flasks) for stereo microscopes
H100A-EN-Datasheet.pdf
| Option | Manufacturer | Compatibility | Notes |
|---|---|---|---|
| H100AX | Zeiss | Axioexaminer, Axioimager 1, Axioimager 2 |
