High-quality fluorescence imaging and accurate targeting integrated with your cryo-FIB/SEM
METEOR 2.0
Product Overview
Reduce ice contamination
Fast region-of-interest detection
Reliable ROI verification in final lamellae
User-friendly, evolving software
A future-proof system
Details:
The integrated design reduces back-and-forth transfers between instruments, lowering contamination risk and increasing the imageable area of your lamellae.
Details:
A large field of view, fast-switching filter wheel, and intelligent tiling, stitching, and autofocusing algorithms enable rapid sample screening and ROI identification—maximizing cryo-FIB efficiency for high-throughput lamellae milling.
Details:
By combining high-NA objectives, an optimized optical path, and a high-quantum-efficiency camera, METEOR 2.0 maximizes photon collection to detect the faintest fluorescence at minimal excitation power—safeguarding the lamellae from damage and devitrification.
Details:
Continually evolving, easy-to-use software minimizes manual interaction and frees up your time.
Details:
Designed for adaptability, METEOR 2.0 evolves with your research needs in the rapidly advancing field of cryo-ET.
Software Overview
3+ software tools in one interface
Full-grid overview maps with autofocus
Automated workflows
Shaped by user feedback
Evolving and shaped by customer feedback
Details:
SEM, FIB, fluorescence imaging, and correlation all controlled from a single ODEMIS environment.
Details:
Full-grid overviews are captured and stitched automatically, with autofocus that compensates for grid imperfections.
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FM Z-stack acquisition and lamella milling run automatically, freeing the operator to step away from the instrument while the system keeps working.
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Guided SEM/FM and FIB/FM alignment is accurate and straightforward, with no manual file transfer between tools — correlation that used to take hours now takes minutes.
Details:
The system automatically identifies and targets the correct lamellae position after each milling step, eliminating the need for manual re-correlation. Accuracy is maintained throughout the entire workflow, regardless of how many iterations the sample goes through.
Results Imagery
Imaging with Delmic’s METEOR technology
Overall Advantages
Cleaner lamellae
Fewer transfer steps mean less ice contamination.
.01
Targeting in any sample type
Accurate workflows for cell-on-grid, waffle, and high-pressure frozen samples.
.02
Maximum signal, minimal damage
Sensitive, industry-leading optics reveal your ROI even at low excitation power.
.03
More lamellae, less effort
Automated correlative milling in a single software environment.
.04
Future-proof and open-source
Modular design and regularly updated software keep pace with the fast-moving cryo-ET field.
.05
Overall
Advantages
Cleaner lamellae
Fewer transfer steps mean less ice contamination
.01
Targeting in any sample type
Accurate workflows for cell-on-grid, waffle, and high-pressure frozen samples.
.02
Maximum signal, minimal damage
Sensitive, industry-leading optics reveal your ROI even at low excitation power.
.03
More lamellae, less effort
Automated correlative milling in a single software environment.
.04
Future-proof and open-source
Modular design and regularly updated software keep pace with the fast-moving cryo-ET field.
