#neoscan search results

High Resolution #MicroCT of a Wooden Toothpick Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively. 💡 Curious to test your sample? [email protected]

Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com
Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com

A benchtop #microCT that visualises osteocyte lacunae in a mouse bone at 1.3µm 🦴🔬 #NeoScan N80: offering 2 µm true low-contrast 3D resolution and phase contrast retrieval for enhanced visualisation of fine features. 🔗 wonderfulscientific.com/neoscan-n80/ ▶️ youtu.be/Lwp3wgqAjhc

Wonderful_Sci's tweet card. Mouse Bone Micro-CT (1.3 µm) | 3D Reconstruction (NeoScan N80)

youtube.com

YouTube

Mouse Bone Micro-CT (1.3 µm) | 3D Reconstruction (NeoScan N80)


Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬 Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption. Abstract: sciencedirect.com/science/articl… NeoScan N80: wonderfulscientific.com/neoscan-n80/

Wonderful_Sci's tweet image. Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬

Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption.

Abstract: sciencedirect.com/science/articl…
NeoScan N80: wonderfulscientific.com/neoscan-n80/

The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first). 🔬 buff.ly/NTzo4o6 #NeoScan #3DImaging #Entomology

Wonderful_Sci's tweet image. The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first).

🔬 buff.ly/NTzo4o6

#NeoScan #3DImaging #Entomology

How do you study a fragile object without ever touching it? 🧐 This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums. 🔗wonderfulscientific.com/neoscan-n80/ #MicroCT #NeoScan #Museum

Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum

🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench. Just think of the imaging possibilities at your fingertips! 📩 [email protected] #NanoCT #NeoScan #3DImaging #Benchtop

Wonderful_Sci's tweet image. 🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench.

Just think of the imaging possibilities at your fingertips!

📩 info@wonderfulscientific.com

#NanoCT #NeoScan #3DImaging #Benchtop

⚠️ Hardware-backed oracles are starting to reshape real-world verification. #NeoScan now links temperature sensors, humidity data, and time-locked supply chain entries to wallet-auth smart contracts. Not paper trails — it’s programmable physical provenance. 🌡️⛓️ #DePIN

im_serPAI's tweet image. ⚠️ Hardware-backed oracles are starting to reshape real-world verification. #NeoScan now links temperature sensors, humidity data, and time-locked supply chain entries to wallet-auth smart contracts. Not paper trails — it’s programmable physical provenance. 🌡️⛓️ #DePIN

One tiny fossil bone, big discovery 🦴🦜 Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species - Aeviperditus gracilis. Full Article: shorturl.at/LTI6W 👈 wonderfulscientific.com/neoscan-micro-…

Wonderful_Sci's tweet image. One tiny fossil bone, big discovery 🦴🦜

Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species  - Aeviperditus gracilis.

Full Article: shorturl.at/LTI6W  👈  

wonderfulscientific.com/neoscan-micro-…

📢New software from #NeoScan: Bone Analysis Module 🔬🦴 Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone. Built in line with #ASBMR guidelines for robust, standardised analysis. ✉️[email protected]

Wonderful_Sci's tweet image. 📢New software from #NeoScan: Bone Analysis Module 🔬🦴

Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone.

Built in line with #ASBMR guidelines for robust, standardised analysis.

✉️info@wonderfulscientific.com

New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬 436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80. Paper + data: buff.ly/i7sGipj #NeoScan #OpenData

Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData

Bone Density Mapping - Chicken Skull #MicroCT🔬🐔 3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium. Captured on the #NeoScan N80 at 27 µm voxel resolution. 🌐 wonderfulscientific.com/neoscan-n80

Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80

#NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬 #MicroCT quantifies: ✅Edge gaps ✅Internal voids ⏱️Placement time 📰 Abstract: buff.ly/Z96kz0o 🔗 buff.ly/V22rYnV

Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV
Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV

🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer. 🔗 Read More: buff.ly/mHn2xnq #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

Wonderful_Sci's tweet image. 🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer.

🔗 Read More: buff.ly/mHn2xnq 

 #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

🔬 At the Royal Veterinary College, the NeoScan N80 MicroCT reveals structures in extraordinary detail - sub-micron resolution on samples up to 100 mm! Open to external users with training & expert support. 👉 buff.ly/ie3Tlqk #MicroCT #NeoScan #WonderfulScientific


Can #3Dprinting beat delamination? 🧱🔬 ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). Verified with #NeoScan N80 micro-CT. 📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Wonderful_Sci's tweet image. Can #3Dprinting beat delamination? 🧱🔬 

ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). 

Verified with #NeoScan N80 micro-CT.

📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Need non-destructive, high-res 3D analysis for XL samples? 🔬📦 👉️ [email protected] ◾️ Fits objects up to 320 mm Ø / 540 mm ◾️ Next-gen flat-panel detector ◾️ 150 kV / 75 W X-ray source 🔗wonderfulscientific.com/neoscan-nxl/ #NeoScan #NXL #MicroCT #Imaging

Wonderful_Sci's tweet image. Need non-destructive, high-res 3D analysis for XL samples? 🔬📦

👉️ info@wonderfulscientific.com

◾️ Fits objects up to 320 mm Ø / 540 mm
◾️ Next-gen flat-panel detector 
◾️ 150 kV / 75 W X-ray source

🔗wonderfulscientific.com/neoscan-nxl/

#NeoScan #NXL #MicroCT #Imaging

😍🎉 Can’t wait to get these boxes unpacked 🎁😃. And start using this New Micro-CT scanner. #NEOSCAN N80 @Naturalis_Sci


Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬 Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA). 🔗buff.ly/VPb3ilB #Geoscience

Wonderful_Sci's tweet image. Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬

Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA).

🔗buff.ly/VPb3ilB

#Geoscience

📢New software from #NeoScan: Bone Analysis Module 🔬🦴 Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone. Built in line with #ASBMR guidelines for robust, standardised analysis. ✉️[email protected]

Wonderful_Sci's tweet image. 📢New software from #NeoScan: Bone Analysis Module 🔬🦴

Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone.

Built in line with #ASBMR guidelines for robust, standardised analysis.

✉️info@wonderfulscientific.com

#NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬 #MicroCT quantifies: ✅Edge gaps ✅Internal voids ⏱️Placement time 📰 Abstract: buff.ly/Z96kz0o 🔗 buff.ly/V22rYnV

Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV
Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV

A benchtop #microCT that visualises osteocyte lacunae in a mouse bone at 1.3µm 🦴🔬 #NeoScan N80: offering 2 µm true low-contrast 3D resolution and phase contrast retrieval for enhanced visualisation of fine features. 🔗 wonderfulscientific.com/neoscan-n80/ ▶️ youtu.be/Lwp3wgqAjhc

Wonderful_Sci's tweet card. Mouse Bone Micro-CT (1.3 µm) | 3D Reconstruction (NeoScan N80)

youtube.com

YouTube

Mouse Bone Micro-CT (1.3 µm) | 3D Reconstruction (NeoScan N80)


Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬 Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA). 🔗buff.ly/VPb3ilB #Geoscience

Wonderful_Sci's tweet image. Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬

Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA).

🔗buff.ly/VPb3ilB

#Geoscience

Can #3Dprinting beat delamination? 🧱🔬 ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). Verified with #NeoScan N80 micro-CT. 📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Wonderful_Sci's tweet image. Can #3Dprinting beat delamination? 🧱🔬 

ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). 

Verified with #NeoScan N80 micro-CT.

📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬 Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption. Abstract: sciencedirect.com/science/articl… NeoScan N80: wonderfulscientific.com/neoscan-n80/

Wonderful_Sci's tweet image. Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬

Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption.

Abstract: sciencedirect.com/science/articl…
NeoScan N80: wonderfulscientific.com/neoscan-n80/

Need non-destructive, high-res 3D analysis for XL samples? 🔬📦 👉️ [email protected] ◾️ Fits objects up to 320 mm Ø / 540 mm ◾️ Next-gen flat-panel detector ◾️ 150 kV / 75 W X-ray source 🔗wonderfulscientific.com/neoscan-nxl/ #NeoScan #NXL #MicroCT #Imaging

Wonderful_Sci's tweet image. Need non-destructive, high-res 3D analysis for XL samples? 🔬📦

👉️ info@wonderfulscientific.com

◾️ Fits objects up to 320 mm Ø / 540 mm
◾️ Next-gen flat-panel detector 
◾️ 150 kV / 75 W X-ray source

🔗wonderfulscientific.com/neoscan-nxl/

#NeoScan #NXL #MicroCT #Imaging

Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80) ✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished 🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume buff.ly/1gNLo3N #NeoScan #N80 #MicroCT #Imaging

Wonderful_Sci's tweet image. Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80)

✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished

🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume

buff.ly/1gNLo3N 

#NeoScan #N80 #MicroCT #Imaging
Wonderful_Sci's tweet image. Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80)

✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished

🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume

buff.ly/1gNLo3N 

#NeoScan #N80 #MicroCT #Imaging

🦴 Discover mouse bone microstructure in stunning 3D with the NeoScan N70. Non-destructive micro‑CT reveals trabecular architecture for preclinical research. Learn more: neoscanamericas.com #microCT #NeoScan


How do you study a fragile object without ever touching it? 🧐 This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums. 🔗wonderfulscientific.com/neoscan-n80/ #MicroCT #NeoScan #Museum

Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum

One tiny fossil bone, big discovery 🦴🦜 Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species - Aeviperditus gracilis. Full Article: shorturl.at/LTI6W 👈 wonderfulscientific.com/neoscan-micro-…

Wonderful_Sci's tweet image. One tiny fossil bone, big discovery 🦴🦜

Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species  - Aeviperditus gracilis.

Full Article: shorturl.at/LTI6W  👈  

wonderfulscientific.com/neoscan-micro-…

New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬 436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80. Paper + data: buff.ly/i7sGipj #NeoScan #OpenData

Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData

We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤 Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure. Scanned at −10°C on the #NeoScan N80 with #ThermalStage buff.ly/C3aHnMJ 📚

Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚
Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚
Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚

Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.

Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.
Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.
Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.

🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench. Just think of the imaging possibilities at your fingertips! 📩 [email protected] #NanoCT #NeoScan #3DImaging #Benchtop

Wonderful_Sci's tweet image. 🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench.

Just think of the imaging possibilities at your fingertips!

📩 info@wonderfulscientific.com

#NanoCT #NeoScan #3DImaging #Benchtop

High Resolution #MicroCT of a Wooden Toothpick Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively. 💡 Curious to test your sample? [email protected]

Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com
Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com

🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer. 🔗 Read More: buff.ly/mHn2xnq #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

Wonderful_Sci's tweet image. 🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer.

🔗 Read More: buff.ly/mHn2xnq 

 #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

Bone Density Mapping - Chicken Skull #MicroCT🔬🐔 3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium. Captured on the #NeoScan N80 at 27 µm voxel resolution. 🌐 wonderfulscientific.com/neoscan-n80

Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80

The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first). 🔬 buff.ly/NTzo4o6 #NeoScan #3DImaging #Entomology

Wonderful_Sci's tweet image. The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first).

🔬 buff.ly/NTzo4o6

#NeoScan #3DImaging #Entomology

🔬 At the Royal Veterinary College, the NeoScan N80 MicroCT reveals structures in extraordinary detail - sub-micron resolution on samples up to 100 mm! Open to external users with training & expert support. 👉 buff.ly/ie3Tlqk #MicroCT #NeoScan #WonderfulScientific


Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬 Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA). 🔗buff.ly/VPb3ilB #Geoscience

Wonderful_Sci's tweet image. Wonderful Scientific is at Analytical Microscopy (Earth & Planetary Sciences) at The Geological Society, Burlington House. 🏛️🔬

Learn more about the #NeoScan N90 - the world’s only benchtop #nanoCT: 40 nm pixel ~300 nm low-contrast (JIMA).

🔗buff.ly/VPb3ilB

#Geoscience

New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬 436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80. Paper + data: buff.ly/i7sGipj #NeoScan #OpenData

Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData
Wonderful_Sci's tweet image. New open 3D micro-CT dataset of tiny marine foraminifera in Scientific Data: #ForametCeTera 🌊🔬

436 samples from reef cores (Indonesia & Vanuatu), all scanned on a NeoScan N80.

Paper + data: buff.ly/i7sGipj 

#NeoScan #OpenData

Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80) ✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished 🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume buff.ly/1gNLo3N #NeoScan #N80 #MicroCT #Imaging

Wonderful_Sci's tweet image. Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80)

✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished

🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume

buff.ly/1gNLo3N 

#NeoScan #N80 #MicroCT #Imaging
Wonderful_Sci's tweet image. Seeing 2µm detail in micro-CT 🔍👀 (NeoScan N80)

✅ 2D check: JIMA chart confirms ~2µm lines can be distinguished

🧊 True 3D check: QRM phantom reconstruction shows real 3D resolution in the volume

buff.ly/1gNLo3N 

#NeoScan #N80 #MicroCT #Imaging

What Can Plant Anatomy Reveal That Genetics Can’t? 🌱🔬 A new study uses the NeoScan N80 to capture 3D scans of Wollemia, Hamamelis, and Pandanus—revealing plant evolution in action. 📖 Full Article: link.springer.com/article/10.100… #Botany #PlantScience #Neoscan

Wonderful_Sci's tweet image. What Can Plant Anatomy Reveal That Genetics Can’t? 🌱🔬
A new study uses the NeoScan N80 to capture 3D scans of Wollemia, Hamamelis, and Pandanus—revealing plant evolution in action.
📖 Full Article: link.springer.com/article/10.100… 
#Botany #PlantScience #Neoscan
Wonderful_Sci's tweet image. What Can Plant Anatomy Reveal That Genetics Can’t? 🌱🔬
A new study uses the NeoScan N80 to capture 3D scans of Wollemia, Hamamelis, and Pandanus—revealing plant evolution in action.
📖 Full Article: link.springer.com/article/10.100… 
#Botany #PlantScience #Neoscan
Wonderful_Sci's tweet image. What Can Plant Anatomy Reveal That Genetics Can’t? 🌱🔬
A new study uses the NeoScan N80 to capture 3D scans of Wollemia, Hamamelis, and Pandanus—revealing plant evolution in action.
📖 Full Article: link.springer.com/article/10.100… 
#Botany #PlantScience #Neoscan

The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first). 🔬 buff.ly/NTzo4o6 #NeoScan #3DImaging #Entomology

Wonderful_Sci's tweet image. The NeoScan N70 is a compact high performance benchtop MicroCT. It has the highest performance to price ratio of any scanner on the market and comes with a 5 year or 5,000 hour warranty (whichever comes first).

🔬 buff.ly/NTzo4o6

#NeoScan #3DImaging #Entomology

🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench. Just think of the imaging possibilities at your fingertips! 📩 [email protected] #NanoCT #NeoScan #3DImaging #Benchtop

Wonderful_Sci's tweet image. 🔬The NeoScan N90 Delivers 300 nm spatial resolution (JIMA), bringing true nanoscale 3D imaging to your lab bench.

Just think of the imaging possibilities at your fingertips!

📩 info@wonderfulscientific.com

#NanoCT #NeoScan #3DImaging #Benchtop

🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer. 🔗 Read More: buff.ly/mHn2xnq #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

Wonderful_Sci's tweet image. 🔬 Phenom Scientific (NeoScan distributor) has commissioned a NeoScan N70 micro-CT (2.5 µm) at a top electronics manufacturer.

🔗 Read More: buff.ly/mHn2xnq 

 #MicroCT #NeoScan #N70 #Semiconductors #PCBInspection

High Resolution #MicroCT of a Wooden Toothpick Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively. 💡 Curious to test your sample? [email protected]

Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com
Wonderful_Sci's tweet image. High Resolution #MicroCT of a Wooden Toothpick

Scanned with #NeoScan N80 at 1.4µm voxels, revealing growth rings, tracheids & rays in stunning detail - helping researchers study wood microstructure non-destructively.

💡 Curious to test your sample? info@wonderfulscientific.com

📢New software from #NeoScan: Bone Analysis Module 🔬🦴 Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone. Built in line with #ASBMR guidelines for robust, standardised analysis. ✉️[email protected]

Wonderful_Sci's tweet image. 📢New software from #NeoScan: Bone Analysis Module 🔬🦴

Designed to streamline advanced #boneresearch workflows, with 3D histomorphometry for both cortical & trabecular bone.

Built in line with #ASBMR guidelines for robust, standardised analysis.

✉️info@wonderfulscientific.com

Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.

Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.
Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.
Wonderful_Sci's tweet image. Thank you to the Scottish Microscopy Society for organising #SMS2025 this week at the University of Aberdeen. Held in the beautiful Elphinstone Hall, we really appreciated everyone who visited our booth and your interest in #NeoScan #microCT and #nanoCT scanners.

Bone Density Mapping - Chicken Skull #MicroCT🔬🐔 3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium. Captured on the #NeoScan N80 at 27 µm voxel resolution. 🌐 wonderfulscientific.com/neoscan-n80

Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80
Wonderful_Sci's tweet image. Bone Density Mapping - Chicken Skull #MicroCT🔬🐔

3D reconstruction & density slices from Dr Sarah Struthers (Roslin Institute), showing bone-density variation across the beak & cranium.

Captured on the #NeoScan N80 at 27 µm voxel resolution.

🌐 wonderfulscientific.com/neoscan-n80

One tiny fossil bone, big discovery 🦴🦜 Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species - Aeviperditus gracilis. Full Article: shorturl.at/LTI6W 👈 wonderfulscientific.com/neoscan-micro-…

Wonderful_Sci's tweet image. One tiny fossil bone, big discovery 🦴🦜

Micro-CT scans on the #NeoScan N80 suggest ancient #bowerbirds once lived in Miocene New Zealand & reveal a new species  - Aeviperditus gracilis.

Full Article: shorturl.at/LTI6W  👈  

wonderfulscientific.com/neoscan-micro-…

Ever wondered if nano-level 3D imaging could fit on your benchtop? It can — and now, it’s in India 🎉 The NeoScan N90 is now available via SAANS Analytical Instruments 🇮🇳 📖 info@wonderfulscientific 📚 buff.ly/YoQqUgM #NanoCT #NeoScan #N90 #SAANS

Wonderful_Sci's tweet image. Ever wondered if nano-level 3D imaging could fit on your benchtop?

It can — and now, it’s in India 🎉

The NeoScan N90 is now available via SAANS Analytical Instruments 🇮🇳

📖 info@wonderfulscientific
📚 buff.ly/YoQqUgM 
#NanoCT #NeoScan #N90 #SAANS
Wonderful_Sci's tweet image. Ever wondered if nano-level 3D imaging could fit on your benchtop?

It can — and now, it’s in India 🎉

The NeoScan N90 is now available via SAANS Analytical Instruments 🇮🇳

📖 info@wonderfulscientific
📚 buff.ly/YoQqUgM 
#NanoCT #NeoScan #N90 #SAANS
Wonderful_Sci's tweet image. Ever wondered if nano-level 3D imaging could fit on your benchtop?

It can — and now, it’s in India 🎉

The NeoScan N90 is now available via SAANS Analytical Instruments 🇮🇳

📖 info@wonderfulscientific
📚 buff.ly/YoQqUgM 
#NanoCT #NeoScan #N90 #SAANS

Need non-destructive, high-res 3D analysis for XL samples? 🔬📦 👉️ [email protected] ◾️ Fits objects up to 320 mm Ø / 540 mm ◾️ Next-gen flat-panel detector ◾️ 150 kV / 75 W X-ray source 🔗wonderfulscientific.com/neoscan-nxl/ #NeoScan #NXL #MicroCT #Imaging

Wonderful_Sci's tweet image. Need non-destructive, high-res 3D analysis for XL samples? 🔬📦

👉️ info@wonderfulscientific.com

◾️ Fits objects up to 320 mm Ø / 540 mm
◾️ Next-gen flat-panel detector 
◾️ 150 kV / 75 W X-ray source

🔗wonderfulscientific.com/neoscan-nxl/

#NeoScan #NXL #MicroCT #Imaging

How do you study a fragile object without ever touching it? 🧐 This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums. 🔗wonderfulscientific.com/neoscan-n80/ #MicroCT #NeoScan #Museum

Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum
Wonderful_Sci's tweet image. How do you study a fragile object without ever touching it? 🧐

This tiny Egyptian ushabti was scanned on a NeoScan N70 micro-CT to reveal hidden cracks, old repairs & internal detail while reducing handling risk for museums.

🔗wonderfulscientific.com/neoscan-n80/ 

#MicroCT #NeoScan #Museum

#NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬 #MicroCT quantifies: ✅Edge gaps ✅Internal voids ⏱️Placement time 📰 Abstract: buff.ly/Z96kz0o 🔗 buff.ly/V22rYnV

Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV
Wonderful_Sci's tweet image. #NeoScan N80 microCT (2µm true low-contrast 3D) featured in Journal of Endodontics study (Harndamrong et al.) assessing MTA apical plugs in 3D 🦷🔬

#MicroCT quantifies:
✅Edge gaps
✅Internal voids
⏱️Placement time

📰 Abstract: buff.ly/Z96kz0o
🔗 buff.ly/V22rYnV

We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤 Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure. Scanned at −10°C on the #NeoScan N80 with #ThermalStage buff.ly/C3aHnMJ 📚

Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚
Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚
Wonderful_Sci's tweet image. We’ve just learned that #pillbugs - woodlice, don’t roll the way we thought! 🔬🟤

Miloš Vittori's study shows conglobation relies on flexible ridges, bending ventral plates & internal pressure.

Scanned at −10°C on the #NeoScan N80 with #ThermalStage

buff.ly/C3aHnMJ 📚

Can #3Dprinting beat delamination? 🧱🔬 ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). Verified with #NeoScan N80 micro-CT. 📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Wonderful_Sci's tweet image. Can #3Dprinting beat delamination? 🧱🔬 

ChemRxiv: Shaked et al. add ACC (amorphous CaCO3) to a polymer; low-temp sintering may “heal” layer interfaces (with ACC water helping bonding). 

Verified with #NeoScan N80 micro-CT.

📄 Read The Preprint: chemrxiv.org/doi/full/10.26…

Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬 Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption. Abstract: sciencedirect.com/science/articl… NeoScan N80: wonderfulscientific.com/neoscan-n80/

Wonderful_Sci's tweet image. Can we 3D print better sound absorbers by controlling tiny air gaps?🔊🔬

Bi et al. used a #NeoScan N80 benchtop #microCT to map 3D voids in printed flax fibre + PLA, linking structure to sound absorption.

Abstract: sciencedirect.com/science/articl…
NeoScan N80: wonderfulscientific.com/neoscan-n80/

⚠️ Hardware-backed oracles are starting to reshape real-world verification. #NeoScan now links temperature sensors, humidity data, and time-locked supply chain entries to wallet-auth smart contracts. Not paper trails — it’s programmable physical provenance. 🌡️⛓️ #DePIN

im_serPAI's tweet image. ⚠️ Hardware-backed oracles are starting to reshape real-world verification. #NeoScan now links temperature sensors, humidity data, and time-locked supply chain entries to wallet-auth smart contracts. Not paper trails — it’s programmable physical provenance. 🌡️⛓️ #DePIN

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