ximea
These are high-end Scientific grade cameras based on various new CMOS and sCMOS (scientific CMOS) sensors like:
Gpixel GSENSE6060, GMAX4651 and Sony IMX455 or IMX411
Their goal is to provide an improved replacement for the discontinued sensor models like:
KAI-08052, KAI-11002 and KAI-16000 ON Semiconductor (former Truesense, Kodak)
The X-RAY cameras from XIMEA are integrated devices - meaning that the Scintillator is part of the camera.
Instead of a lens, the camera has a fiber-optic plate bonded to the sensor, which in turn is coated with the scintillator material P43.
The scientific grade sensor together with the camera core is cooled with two levels of Thermoelectric Peltier elements.
This results in a remarkably compact X-ray camera with a 36 x 24 mm sensor size.
Such cameras are then typically used with Röntgen scanning applied in CT (Computed Tomography) which is an NDE (Nondestructive Evaluation) technique for 2D and 3D cross-sectional representation of an object based on the compilation of X-ray images.
Some models are available with a Taper which can increase the FoV (field of view) of the camera 2:1 or higher.
3D STEP File CCD model - MH110 and MH160 models
3D STEP File CCD model - MH110 and MH160 models with 2:1 Taper
3D STEP File sCMOS model - MJ150
3D STEP File sCMOS Taper 2:1 model - MJ150XR-GP-TP2:1-GO
3D STEP File GSENSE6060 model - MX377 with Water or Air cooling
3D STEP File GSENSE6060 - 250 keV energy camera - MX377 with Water or Air cooling
3D STEP File GMAX4651 model - MX510
3D STEP File GMAX4651 Taper 2:1 model - MX510XG-GP-TP2:1-GO
3D STEP File Sony IMX455 model - MX610
3D STEP File Sony IMX455 Taper 1.5:1 model - MX610XR-SY-X4G3-TP1.5:1-C
3D STEP File Sony IMX455 Taper 2:1 model - MX610XR-SY-TP2:1-GO
3D STEP File Sony IMX411 model - MX1510 with detached camera head
Mechanical Drawing CCD model - MH110 and MH160
Mechanical Drawing CCD model - MH110 and MH160 with 2:1 Taper
Mechanical Drawing sCMOS model - MJ150
Mechanical Drawing sCMOS model - MJ150 with 2:1 Taper
Mechanical Drawing GSENSE6060 model - MX377 with Water or Air cooling
Mechanical Drawing GSENSE6060 - 250 keV energy camera - MX377 with Air or Water cooling
Mechanical Drawing CMOS model - MX510
Mechanical Drawing CMOS model - MX510 with Taper 2:1
Mechanical Drawing CMOS model - MX610
Mechanical Drawing CMOS model - MX610 with Taper 1.5:1
Mechanical Drawing CMOS model - MX610 with Taper 2:1
Mechanical drawing Sony IMX411 model - MX1510 with detached camera head
Long distance connection options
X-RAY sources
CCD, CMOS or sCMOS
Firewire Cameras on Windows7
Firewire Cameras Connection Diagnostics
Image Acquisition Timings using Hardware Trigger
Specification 11 Mpix X-RAY
Specification 16 Mpix X-RAY
Firewire models
Firewire 1394 Adapters
CBL-MH-PWR Trigger cable for MH models - Legacy discontinued cameras
USB3 models
ME-ADPT-MJ-T Tripod mounting bracket - 2D mechanical drawing
CBL-MJ-SYNC-3M0 Trigger cable for new MJ models
CBL-MJ-PWR-2M0 Power cable for MJ models
ADPT-PWR-INJ-TC Power injector for MJ models + 3D step and 2D drawing + Manual - with power delivery (PD) for Peltier Cooling
HA-2P-USB3-TA-X4G3-AS host adapter for MJ models
CBL-U3-P-TC-1M0 Type-C USB3 cable for MJ models
MX377 models
ME-ADPT-MX377-T Tripod mounting bracket for MX377 models
CBL-MX377-SYNC-3M0 Trigger cable for MX377 models
CBL-MX377-PWR-3M0 Power cable for MX377 models
PCIe models
Example setup for MX510 X-ray model
xiCOP - control panel software
CamTool- viewer like application
XIMEA API Software Package
XIMEA Linux Software Package
XIMEA macOS Software Package
Python
Vision Libraries
X-ray cameras overview video
X-ray cameras overview video - China
