X-ray Microscope Gallery

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Carbonate rock imaged at different resolutions with EclipseXRM to show detail differences. Courtesy of Prof. Charlotte Garing, UGA. — Ocala Limestone
Carbonate rock imaged at different resolutions with EclipseXRM to show detail differences. Courtesy of Prof. Charlotte Garing, UGA.

Multiple feature identifications imaged with EclipseXRM on Li-ion battery cathode — Multiple feature identifications
Multiple feature identifications imaged with EclipseXRM on Li-ion battery cathode

Li-ion battery N2LL 3D Rendering on EclipseXRM — N2LL 3D Rendering
Li-ion battery N2LL 3D Rendering on EclipseXRM

Iphone 14 chip — Iphone 14 chip
Iphone 14 chip at 4 um - imaged on Eclipsexrm

Interior tomography of a 3mm sandstone rock imaged at 0.45um on EclipseXRM — Interior tomography of a sandstone rock
Interior tomography of a 3mm sandstone rock imaged at 0.45um on EclipseXRM

Battery cathode with LiLaZrTAO particles imaged at 0.25um with EclipseXRM — Battery cathode with LiLaZrTAO particles
Battery cathode with LiLaZrTAO particles imaged at 0.25um with EclipseXRM

NMC battery cathode imaged at 0.25um with EclipseXRM — NMC battery cathode
NMC battery cathode imaged at 0.25um with EclipseXRM

TSVs imaged at 0.3um voxel, acquired within 6 minutes on a 300mm wafer - Imaged on Apex XCT — TSVs imaged in 6 minutes
TSVs imaged at 0.3um voxel, acquired within 6 minutes on a 300mm wafer - Imaged on Apex XCT

iPhone 14 Pro Region 2 Intermediate Resolution at 4µm - Imaged on Apex XCT — iPhone 14 Pro Region 2
iPhone 14 Pro Region 2 Intermediate Resolution at 4µm - Imaged on Apex XCT

IPhone 14 Pro Region 2 Cracks and Voids Detected at 1µm Voxel - Imaged on Apex XCT — iPhone 14 Pro Region 2 Cracks and Voids
IPhone 14 Pro Region 2 Cracks and Voids Detected at 1µm Voxel - Imaged on Apex XCT

3D rendering of iPhone 14 Pro at 8µm voxel at LFOV - Imaged on Apex XCT — 3D rendering of iPhone 14 Pro
3D rendering of iPhone 14 Pro at 8µm voxel at LFOV - Imaged on Apex XCT

iPhone 14 Pro at 1µm Voxel - Defects discovered within Region 1 - Imaged on Apex XCT — iPhone 14 Pro
iPhone 14 Pro at 1µm Voxel - Defects discovered within Region 1 - Imaged on Apex XCT

Wire%20Bond%20IMC%20Inspection%20with%20EclipseXRM%20(MicroSD%20Card%20at%200p15um) — Wire Bond IMC Inspection with EclipseXRM
SD Card at 0.15 microns. Imaged on EclipseXRM

NMC Cathode - 3D Rendering
Sample courtesy of Dr. Ming Tang, Rice University - Imaged on EclipseXRM — NMC Cathode - 3D Rendering
NMC Cathode - 3D Rendering Sample courtesy of Dr. Ming Tang, Rice University - Imaged on EclipseXRM

NMC Cathode - 3D Rendering
Sample courtesy of Dr. Ming Tang, Rice University - Imaged on EclipseXRM — NMC Cathode - 3D Rendering
NMC Cathode - 3D Rendering Sample courtesy of Dr. Ming Tang, Rice University - Imaged on EclipseXRM

Carbonate rock imaged at 0.322 um, showing detailed mineralogy and pore structures - imaged on EclipseXRM — Carbonate Rock
Carbonate rock imaged at 0.322 um, showing detailed mineralogy and pore structures - imaged on EclipseXRM

Correlative microscopy using AttoMap and EclipseXRM to determine Calcium, Phosphorus, and Iron distributions - Imaged on AttoMap and EclipseXRM — Correlative-calcite microscopy
Correlative microscopy using AttoMap and EclipseXRM to determine Calcium, Phosphorus, and Iron distributions - Imaged on AttoMap and EclipseXRM

This segment showcases an image of a mutated Arabidopsis stem captured through advanced 3D X-ray computed tomography using the Sigray EclipseXRM X-Ray Microscope.
Sample courtesy of Prof. Breeanna Urbanowicz and Prof. Charlotte Garing, University of Georgia (Athens, GA, USA) - Imaged on EclipseXRM — Arabidopsis_Root_3D-XRM_Micrograph
This segment showcases an image of a mutated Arabidopsis stem captured through advanced 3D X-ray computed tomography using the Sigray EclipseXRM X-Ray Microscope. Sample courtesy of Prof. Breeanna Urbanowicz and Prof. Charlotte Garing, University of Georgia (Athens, GA, USA) - Imaged on EclipseXRM

Texas Instruments LaunchPad Evaluation Board — Texas Instruments LaunchPad Evaluation Board
Commercial board scanned at multiple FOVs and voxel sizes: 8 um LFOV (board-level), zooming in at 4 um (component-level), and finally at 1.5 um. LFOV required 20 volumes stitched together and was achieved at only 36 minute per scan. - Imaged on Apex XCT

Voids clearly rendered in 5 um TSVs within minutes. Imaged within an intact 300mm wafer on the Apex XCT. — Voids in 5 um TSVs
Voids clearly rendered in 5 um TSVs within minutes. Imaged within an intact 300mm wafer on the Apex XCT.

Intact coin cells imaged with EclipseXRM, showing system versatility for imaging intact batteries without disassembling — EclipseXRM Coin Cells
Intact coin cells imaged with EclipseXRM, showing system versatility for imaging intact batteries without disassembling

Zoom-ins show range of defects, include delamination, cracking, pores, misalignments, etc. in an intact commercial battery. A 3D rendering of the battery is seen on the left bottom and the overall scan is shown center. Imaged using the PrismaXRM-810. — Battery Defects
Zoom-ins show range of defects, include delamination, cracking, pores, misalignments, etc. in an intact commercial battery. A 3D rendering of the battery is seen on the left bottom and the overall scan is shown center. Imaged using the PrismaXRM-810.

AI-based segmentation of a kidney stone sample acquired on previous generation EclipseXRM to separate different mineral phases. — AI-based Segmentation of Kidney Stone
AI-based segmentation of a kidney stone sample acquired on previous generation EclipseXRM to separate different mineral phases.

Pathologic human-derived calcite — Pathologic human-derived calcite
Pathologic human-derived calcite imaged to show mineralogical differences at high resolution. Imaged using PrismaXRM. Courtesy UCLA Health.

Ant_Jaw — Ant Jaw
Rendering of an unstained ant mandible. Imaged using Sigray's patented multi-spectral source (MSS). Achievable using a ChromaXRM or a PrismaXRM with a MSS option.

Battery Crack — Battery Crack
Cracks in an intact battery electrode. Cracking is more severe in the more tightly rolled portion of the electrode. Imaged using the PrismaXRM-810.

Intact PCB imaged to cover the full PCB (8 um voxels) and down to 0.5 um voxels. Imaged on the Apex XCT 150.

J. True et al. Revisiting 3D-X-ray for Rapid Reverse Engineering in Large Electronic Packages and PCBs, PAINE 2022 — Intact PCB at Multiple Resolutions
Intact PCB imaged to cover the full PCB (8 um voxels) and down to 0.5 um voxels. Imaged on the Apex XCT 150. J. True et al. Revisiting 3D-X-ray for Rapid Reverse Engineering in Large Electronic Packages and PCBs, PAINE 2022

Ant Body — Ant Body
Unstained ant body imaged at 0.7 um resolution using Sigray's patented multi-spectral source (MSS). Achievable using a ChromaXRM or a PrismaXRM with a MSS option.

Lizard limb imaged at 2.1 micron voxel. Outer skin, musculature, and bones are rendered.
Courtesy of Prof. Doug Menke & Prof. Charlotte Garing, University of Georgia Athens - Imaged on PrismaXRM — Lizard limb
Lizard limb imaged at 2.1 micron voxel. Outer skin, musculature, and bones are rendered. Courtesy of Prof. Doug Menke & Prof. Charlotte Garing, University of Georgia Athens - Imaged on PrismaXRM

Battery Cathode Microstructure — Battery Cathode Microstructure
Battery Cathode Microstructure

Unstained daphnia waterflea imaged on ChromaXRM. Eggs can be clearly seen in the sacs of the daphnia. — Daphnia Waterflea - ChromaXRM
Unstained daphnia waterflea imaged on ChromaXRM. Eggs can be clearly seen in the sacs of the daphnia.

Prosciutto Ham (proxy for Breast Cancer) — Prosciutto Ham (proxy for Breast Cancer)
Prosciutto Ham (proxy for Breast Cancer)

Silicon Carbide on ChromaXRM — SiC Sample - ChromaXRM
Difficult SiC sample that typically produces very low contrast with microCT. Sigray's ChromaXRM was required.

Food Science - Cheetos — Food Science - Cheetos
Cheetos at high resolution, showing pore space and oil within the pore space. Imaged using PrismaXRM-810.

Imaged within 15 minutes at 1um resolution in a large intact die — Through Glass Vias
Imaged within 15 minutes at 1um resolution in a large intact die

Cheeto Pore and Oil at 3um — Cheeto Pore and Oil at 3um
Cheeto Pore and Oil at 3um - PrismaXRM

Beetle with Si Nanoparticles imaged on ChromaXRM, showing excellent contrast. — Beetle with Si Nanoparticles
Beetle with Si Nanoparticles imaged on ChromaXRM, showing excellent contrast.

Pore network on a polymer coating for a pharmaceutical pill segmented in red. Due to the difficult contrast, this was imaged on ChromaXRM. — Pores in pharmaceutical pill
Pore network on a polymer coating for a pharmaceutical pill segmented in red. Due to the difficult contrast, this was imaged on ChromaXRM.

Virtual histology of an unstained liver sample, showing hepatocyte structure. Imaged on a ChromaXRM. — Virtual Histology - ChromaXRM
Virtual histology of an unstained liver sample, showing hepatocyte structure. Imaged on a ChromaXRM.

Bump voids detected on SSD. Shown are a 2D virtual slice taken from a 3D reconstruction. Imaged on a PrismaXRM. — 2D virtual slice and 3D rendering of SSD
Bump voids detected on SSD. Shown are a 2D virtual slice taken from a 3D reconstruction. Imaged on a PrismaXRM.

Pepcid blister package — Pepcid blister package
Pepcid blister package

Auxetic foam (negative Poisson ratio) imaged on PrismaXRM — Auxetic Foam - PrismaXRM
Auxetic foam (negative Poisson ratio) imaged on PrismaXRM

Package containing Tylenol pills. High resolution of the PrismaXRM reveals cracks in the pills. — Tylenol pharmaceutical packaging
Package containing Tylenol pills. High resolution of the PrismaXRM reveals cracks in the pills.

Fish - Herring — Fish - Herring
Intact 18cm unstained herring fish imaged using Sigray's ChromaXRM

Tri-contrast imaging of Drum Fish tooth — Tri-contrast imaging of Drum Fish tooth
Tri-contrast imaging of Drum Fish tooth