Direct Electron

Exceptional data quality. Low noise. High speed. Advanced technology. Our custom-designed direct detectors empower you to achieve better science, faster.

[Direct Electron @DirectElectron]

What does it take to bring 4D-STEM into the SEM? 🔬

Watch Dr. Julia Pürstl explore in-situ testing of metal alloys using a MAPS direct detector, including practical challenges and lessons learned.

▶️ Watch on demand: https://t.co/bHohReIcI1

[Direct Electron @DirectElectron]

More cryo-EM data in less time.

Direct Electron's Apollo detector achieved sustained acquisition of 1,820 movies/hour and a 1.72 Å apoferritin reconstruction.

https://t.co/ft3DSAHVMf

#CryoEM #ElectronMicroscopy

[Direct Electron @DirectElectron]

Simplify your 4D-STEM workflow. DE-FreeScan + the Dimension module in Mission Control bring scan and camera control into one software package—with customizable scan patterns for advanced STEM applications.
Learn more: https://t.co/zIVhQufckS
#4DSTEM #STEM

[Direct Electron @DirectElectron]

🐍 Learn Python-based electron microscopy data analysis with Dr. Carter Francis!
Five GLMS sessions covering HyperSpy, EDS/EELS, eXSpy, large datasets & 4D-STEM analysis with pyxem—all together in one YouTube series.
▶️ Watch the full series: https://t.co/C2EkHZ9dS4

[Direct Electron @DirectElectron]

4D-STEM in the SEM — now available on demand!
Missed our webinar with Dr. Julia Pürstl & Dr. Kalani Moore? Watch the full recording & learn how 4D-STEM can expand materials characterization in the SEM.
▶️ Watch the webinar: https://t.co/bHohReIcI1
#4DSTEM #SEM #ElectronMicroscopy

[Direct Electron @DirectElectron]

🧠 More brain imaging from #LEEMPEEM14!
Dr. Simona Borrelli of Leiden University presents her work on high-throughput PEEM of brain tissue, including analysis of mouse brain images acquired with our LV-16.
Learn more: https://t.co/G7wUFziDU0
#PEEM #Connectomics #DirectDetection

[Direct Electron @DirectElectron]

🧠 “World’s fastest PEEM brain image” — captured with Direct Electron’s LV-16!
Dr. Gregg Wildenberg presents his work on high-throughput brain mapping and connectomics at #LEEMPEEM14 in Tokyo.
#PEEM #Connectomics #DirectDetection

[Direct Electron @DirectElectron]

🇯🇵 🗾We’re at LEEM/PEEM-14 in Tokyo!
Look for Sales Director @bobmonteverde1 and TEGA Science's Shinya Kondo; stop by to talk about direct detection for LEEM & PEEM—including the LV-16.
#LEEMPEEM14 #ElectronMicroscopy #LEEM #PEEM

[Direct Electron @DirectElectron]

That’s a wrap on #AReMS2026!
Thanks to everyone who stopped by to say hello to @bobmonteverde1 and learn what’s new at Direct Electron. We hope you had a great meeting—and, most importantly, got your sticker!

[Direct Electron @DirectElectron]

Heading to AReMS 2026? Our Director of Sales, @bobmonteverde1 will be in Charlottesville Oct. 1–2.

Find Bob to talk direct detection, 4D-STEM, cryo-EM & more!

Learn more: https://t.co/ppLdb7r4fe

[Direct Electron @DirectElectron]

Struggling with command-line 4D-STEM analysis? Introducing SpyDE — a FREE GUI with a full suite of 4D-STEM analysis tools, available now on GitHub.

Watch the full tutorial featuring Celeritas XS data: https://t.co/q5XTqFNCyp

[Direct Electron @DirectElectron]

Faster microED, better data! Using REyes, Apollo collected 9 datasets in under 30 minutes at 8× the rotation rate of CETA-D, with lower R factors at room temperature than CETA-D at 80 K.

Explore autonomous microED:https://t.co/OIokBO2GW1

[Direct Electron @DirectElectron]

⏰ ONE HOUR TO GO! Join Dr. Carter Francis at 10 AM PDT for a live SpyDE tutorial on 4D-STEM data analysis, including virtual imaging, strain, electric field & orientation mapping.

Join here: https://t.co/FfZZ9x0MDJ

[Direct Electron @DirectElectron]

NEXT WEEK! Get more from 4D-STEM data with SpyDE.

Join Dr. Carter Francis on Tuesday at 10 AM PDT for an interactive tutorial on virtual imaging, strain, electric field & orientation mapping with the open-source SpyDE Python package.

Register here: https://t.co/FfZZ9x0MDJ

[Direct Electron @DirectElectron]

Submissions open TODAY for #MRS2027 Symposium CH02, co-organized by Direct Electron’s Dr. Barnaby Levin! Share your research in advanced electron imaging, diffraction & spectroscopy of structurally complex materials.

April 5–9 | Seattle

Learn more: https://t.co/SD4HFXl7fE

[Direct Electron @DirectElectron]

One week to go! Get more from your 4D-STEM data with SpyDE.

Join Dr. Carter Francis next Tuesday, Sept. 22 at 10 AM PDT for an interactive look at virtual imaging, strain, field & orientation mapping with the open-source SpyDE Python package.

Sign up: https://t.co/FfZZ9x0MDJ

[Direct Electron @DirectElectron]

Get more from your 4D-STEM data with SpyDE!

Join Dr. Carter Francis Sept. 22 at 10 AM PDT for an interactive tutorial on virtual imaging, strain, electric field & orientation mapping with the open-source SpyDE Python package.

Register here: https://t.co/FfZZ9x0MDJ

[Direct Electron @DirectElectron]

SpyDE Webinar Series Part 1: 4D-STEM for Semiconductors

Join Dr. Carter Francis on Tuesday, Sept. 22 at 10 AM PDT to discover how open-source SpyDE streamlines 4D-STEM analysis.

Register: https://t.co/a2tMtbHgdg

[Direct Electron @DirectElectron]

That’s a wrap on #IMC21! 🇬🇧

A wonderful week in Liverpool filled with great science, conversations, and new opportunities. Thanks to everyone who stopped by, and congratulations to Dr. Barnaby Levin on a fantastic series of presentations!

[Direct Electron @DirectElectron]

DE Applications Scientist Dr. Barnaby Levin sharing his latest work at #IMC21!

Barnaby presented “A Rapid Electron Counting Detector and GPU Powered Software for In Situ TEM” during yesterday's poster session in Liverpool. Check out the abstract here: https://t.co/e9VyqmaPLQ