X-Ray Cameras ideal for micro CT applications

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High resolution X-ray cameras
Large sensors and pixel format
Compact in size
Adjustable according to requirements

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xiRay-MX510-X-ray-industrial-scientific-camera-Taper-micro-CT-NDT-large-FOV

Direct X-ray imaging, ideal for Micro CT
Highly sensitive full frame sensors
Fast frame rates - various readout modes
High and low gain modes for best results

micro-ct_X-RAY-camera_scientific-grade-industrial-computed-tomography-cooled

Maximum SNR, minimum noise
Field of view magnified by Taper
Radiation hardened
Thermoelectric Peltier cooling

Highlights Models and sensors Keyfacts Applications Links and downloads Contact

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Highlights

What is xiRAY?

We present our cutting-edge X-ray imaging system, meticulously designed to meet the demands of diverse scientific X-ray applications, such as high-resolution micro-CT. Equipped with the latest sCMOS and CMOS sensors (Gpixel, Sony) that range in resolution from 15 to 151 Mpix.
Radiation sensitivity is a key consideration in scientific imaging, therefore our system offers unparalleled flexibility in this regard by allowing users to adjust radiation sensitivity and energy ranges by employing a set of scintillator materials (GadOx:Eu, CSI) and various fiber optical plates (FOP) with different thicknesses.
The optical configuration of our imaging system is equally versatile, offering both straight optics (FOP) and tapers (FOT) to accommodate various fields of view (FOV), providing a seamless integration into a myriad of scientific investigations. Altogether tailored scintillator material based on your experiment's requirements/demands will further enhance the precision and versatility of the X-ray imaging solution.

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High-resolution direct phosphor imaging, ideal for micro CT
Sensitive full frame sensors with backside illumination for high QE
Fastest frame rates with interface options - USB3 or Thunderbolt 3
Partial ROI and binning modes for enhanced sensitivity and speed
Variety of sensor, scintillator and fiber optic plate options, which can be further customized
Crystal clear 14 and 16 bit/pixel images
Ultra-low readout noise and maximum SNR with the newest sCMOS
High and low gain modes for best values in FWC and dynamic range
External triggering, low power consumption even with cooling
Compact dimensions of just 63 x 63 x 46 mm and less
Radiation hardened, support of energy levels of 7 and over 100 keV
Thermoelectric Peltier cooling with air or water heat dissipation
Temperature stabilization to minimize dark current at long exposures

Models and sensors

Models of cooled X-ray cameras with sCMOS sensors

Model	Resolution	Sensor model	Sensor size	Sensor active area	Pixel size	Full well Capacity	Readout noise	Dynamic range	Interface	Frame rate
MJ150XR-GP-FA-GO	15.1 MPix	GSENSE5130	APS-C	21 x 12 mm	4.25 µm	16500 e-	1.18 e-	77 dB	USB3	16 FPS
MJ150XR-GP-TP2:1-GO	15.1 MPix	GSENSE5130	APS-C	43 x 25 mm	8.5 µm	16500 e-	1.18 e-	77 dB	USB3	16 FPS
MX377XR-GP-F1-FA-CSI	38 MPix	GSENSE6060 FSI	Medium format	62 x 61 mm	10 µm	110000 e-	4 e-	90 dB	PCIe Gen 3	48 FPS
MX377XR-GP-F1-FA-GO	38 MPix	GSENSE6060 FSI	Medium format	62 x 61 mm	10 µm	110000 e-	4 e-	90 dB	PCIe Gen 3	48 FPS
MX510XG-GP-FA-GO	51.2 MPix	GMAX4651	Medium format	38 x 27 mm	4.6 µm	22000 e-	2 e-	65 dB	PCIe Gen 2	35.7 FPS
MX510XG-GP-TP2:1-GO	51.2 MPix	GMAX4651	Medium format	77 x 55 mm	9.2 µm	22000 e-	2 e-	65 dB	PCIe Gen 2	35.7 FPS
MX610XR-SY-FA-GO	61 MPix	IMX455	35mm Full Frame	35 x 23 mm	3.76 µm	51000 e-	3.2 e-	82 dB	PCIe Gen 3	17 FPS
MX610XR-SY-TP2:1-GO	61 MPix	IMX455	35mm Full Frame	71 x 47 mm	7.52 µm	51000 e-	3.2 e-	82 dB	PCIe Gen 3	17 FPS
MX610XR-SY-TP1.5:1-CSI	61 MPix	IMX455	35mm Full Frame	53 x 35 mm	5.64 µm	51000 e-	3.2 e-	82 dB	PCIe Gen 3	17 FPS
MX1510XR-SY-FA-GO	150.8 MPix	IMX411	Medium format	53 x 40 mm	3.76 µm	50000 e-	1 e-	78 dB	PCIe Gen 3	2 FPS

SWIPE FOR MORE

(1) The production of the onsemi CCD sensors has been discontinued, if you are looking for alternatives or have any further questions, please contact our sales team.
(2) For lower cooling temperatures, different scintillators, FOP or sensor versions - please contact our sales team.
(3) The actual physical pixel size does not change, but it is magnified by the fiber optic taper - FOT. Thus, the pixel values can be perceived as "effective pixel size".
(4) The actual physical sensor size does not change, but it is magnified by the fiber optic taper - FOT. Thus, the sensor values can be perceived as "effective sensor area".

Keyfacts

Advantages for applications using compact X-ray cameras with sCMOS

PRECISE

High resolution sCMOS and CMOS sensors up to 151 Mpix with large FOV (field of view) and 16 bits readout.

FAST

Incredibly fast interfaces allowing real time processing and various partial readout modes, including Binning and ROI.

SCIENTIFIC

Large format sensors including backside illuminated models with high QE and SNR.

COOL

Thermoelectric cooling to minimize dark current at long exposure times on selected models.

COMPACT

Fiber optic plate bonded directly to a sensor - easy to deploy and replace.

RELIABLE

5 keV - 150 keV radiation energy range with beryllium entrance window. Radiation hardened with the option to increase the range up to 250 keV.

ADAPTABLE

Various modes for best results in FWC, dynamic range, noise and speed.

ROBUST

CNC milled aluminum alloy housing guarantees stability and longevity.

CUSTOMIZABLE

OEMs can modify the scintillator material and phosphor thickness or other parameters according to your needs for X-ray energy, resolution, field of view, pixel size and more.

Applications

Utilization of X-ray imaging in various fields and applications

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Diffraction and scattering

Small and wide angle X-ray scattering (SAXS, WAXS), X-ray diffraction and fluorescence (XRD, XRF), powder diffraction, coherent diffraction.

Life science

Micro and nano CT (computed tomography), radiography, medical and biology research, light sheet microscopy (LSFM), small animal and cell structure.

Industrial

Solar panel and cell inspection, industrial PCB analysis, ball grid array (BGA), energy research, phase contrast imaging, structural engineering, fluid dynamics.