Spectroscopy, diffraction, fluorescence and imaging in one shielded, teaching-ready platform.
The heart of every configuration.
Copper covers most experiments. Add any others you need, or none if your lab already has tubes.
Each set adds the components and experiment guides for one field of X-ray science.

You cannot use the item without these accessories!
| Variable counter tube voltage | 0…600 V |
| High voltage | 5.0…35.0 kV in 0.1 kV steps |
| Emission current | 0.01…1.0 mA in 0.01 mA steps |
| Housing dimensions (D × H × W) | 446 × 562 × 682 mm |
| Experiment chamber dimensions (D × H × W) | 354 × 345 × 440 mm |
| Power supply | 110/240 V~, 50/60 Hz |
| Power consumption | 200 VA |
| Mass | 55 kg |
All units adapted for 110V/60Hz. Contact us for volume pricing and grant assistance.
Raise the high voltage and watch the spectrum's maximum energy climb. The copper K lines only appear once the voltage passes about 9 kV.
Bring this to your lab →Fit the goniometer, detector or sample stage your course calls for inside the spacious experiment chamber.
Dial in 5 to 35 kV and 0.01 to 1.0 mA precisely, in small steps, for clean, repeatable spectra.
Capture X-ray spectra and diffraction patterns, then connect results to Bragg's law, Moseley's law and atomic structure.
Typical X-ray spectrum: continuous bremsstrahlung with characteristic K lines from a copper anode (illustrative).
Yes. Units supplied through American Scientific are adapted for 110V/60Hz and supported in the U.S., including warranty and replacement parts.
Tell us about your lab in the form above and we'll put together a complete, ready-to-teach configuration, so nothing is missing on day one.
Often, yes. Many institutions fund PHYWE equipment through NSF, Title IV and CTE programs, and our team can help you find and apply for the right opportunity.