Free 15-day trial
Try our products. Not happy with what you're seeing? Send them back within 15 days, no questions asked.
Not happy? Send it back. It's really that simple.
We understand that you can only spend your R&D budget once. The last thing you want to is to be stuck with the wrong equipment.
That's why we created the Zero-risk program.
Option 1: Free testing
You choose any precision stage and play around with it. If it is not exactly what you expected, you can just send it back within 15 days. All we need is a purchase order, but we only invoice if you keep the stage. No questions asked. Just don’t spill coffee on it.
Option 2: Free stage swap
If you want to exchange the precision stage you bought, with another Xeryon stage, you just send it back within 60 days, pay or receive the price difference and choose another model. Again, no questions asked.
Option 3: Not sure, come to the Xeryon lab
If you don’t feel comfortable first buying the stage before testing it, you are always welcome at the Xeryon HQ to come and play around with our products. You can make temporary setups in our lab, use our measuring equipment, etc. It doesn’t cost you a dime and gives you the perfect excuse to taste some Belgian beers.
Xeryon HQ in Leuven, Belgium
Our clients love our products!
“Overall we were very happy with Xeryon's rotation stages. We achieved less than 170 nanometer eccentricity errors over full rotations when compensating for the repeatable error, while not requiring air bearings.”
Soleil Synchrotron
“We have partnered with Xeryon for several years now. Their vast experience and in-depth knowledge of micro-positioning systems has assisted us greatly in numerous custom precision positioning projects.”
Settels Savenije van Amelsvoort
“Having worked with Xeryon I was particularly impressed with their deep understanding of our requirements, so I was confident their solution would meet our needs fully. I will certainly be working with them into the future.”
Bill Clement FRMS
Nikon Metrology Europe
“Xeryon's stages are successfully being used to improve the accuracy of advanced cancer treatments such as Intensity Modulated Radiation Therapy (IMRT) by enabling accurate Electron Spin Resonance measurements of samples in magnetic fields.”
Dr. Sebastian Galer
NPL, UK