Visit us and test our equipment:
Optoteam Präzisionsinstrumenteges.m.b.HMosetiggasse 3
A-1230 Vienna
Phone: +43 - (0)1 - 484 49 00
The Technology
Basic operation of the NeoScope is simple with auto focus, auto contrast and auto brightness controls. Samples can be loaded and imaged in less than three minutes, without requiring any special sample preparation. Pre-stored parameter files (recipes) allow the user to quickly and automatically set up the NeoScope for a wide variety of material samples.
The NeoScope operates in both low and high vacuum modes and has three settings for accelerating voltage.
Offering image resolution up to 25nm, NeoScope also offers a depth of field unmatched by optical microscopes for superior live imaging and image capture. Additionally, a magnification range of 10X-40,000X is possible without any adjustments or lens changes.
The specimen stage accommodates samples up to 50mm thick so that clear crisp images are possible even with larger samples. For a wide range of samples from biological to materials, NeoScope has high vacuum and low vacuum modes, secondary electron and back scattered electron imaging, and three selectable accelerating voltages of 5, 10, and 15kV.
Basic operation through the sophisticated Graphical User Interface (GUI) is as familiar as a digital point and shoot camera with automatic settings for biological and materials samples. Manual control is also available.
Key Features
- Compact Benchtop SEM with automated settings for biological and materials samples
- High resolution and large depth of field complement optical microscopes or SEM instruments in the lab
- 10 – 40,000 magnification without lens change
- Automatic and manual control with pre-stored recipes
- High and low vacuum modes
- No special sample preparation, such as coating and drying, for conductive and non-conductive samples
- Secondary electron and backscattered electron imaging
- Three selectable accelerating voltages
- Sample loading to imaging in less than three minutes
- Easy to learn and operate





