
This product flyer describes the ZEISS Versa X-ray microscope's advanced capabilities, featuring a detector turret with multiple objectives for high-resolution imaging. It emphasizes spatial resolution and enhanced absorption contrast, key for detailed sample analysis.
Resolution performance is about more
than just highest specified resolution.
With today’s dynamic research demands,
you want to achieve high-resolution
3D imaging across the widest range of
sample types. ZEISS VersaXRM® 730
with the exclusive 40×-Prime (40×-P)
objective, enables you to push the limits
of submicron imaging with unparalleled
resolution performance of 450-500 nm
across the full range of source voltage,
from 30 kV to 160 kV. AI allows you to
gain deeper insights and extend your
capabilities by improving image quality
and expanding your field of view.
The physics of X-ray imaging can be
complex, so ZEISS XRM researchers
studied user habits, dove into their
challenges and employed human-centered
design (HCD) principles to develop the
award-winning ZEN navx™ guidance and
control system for VersaXRM. ZEN navx
enables even the newest user in a busy
environment to be immediately productive
doing advanced 3D X-ray microscopy,
greatly reducingthe burden of training.
It also allows your experienced users to
explore the full versatility of the platform.
ZEN navx File Transfer Utility (FTU)
automatically transfers data from the
microscope to where you need it,
when you need it.
With VersaXRM 730, you can now navigate
in 3D, image in 3D, and analyze in 3D with
an innovative and immersive end-to-end
experience. Innovation in throughput and
image quality performance across both
hardware and software help you achieve
maximum impact with your research.
• Acquire more data in less system time
• Get the right data the first time with the
intuitive ZEN navx interface
• Achieve rapid turnaround on imaging or
sample inspection with one-minute
tomographies using FAST Mode and
Flat Panel Extension (FPX)
• Pinpoint images with confidence using
Volume Scout for true 3D feature targeting














