The ZXVoxel D2000 X-ray industrial CT inspection system is a high‑resolution, standardized industrial CT device specially developed by RAYSOV Radiology for large‑scale and precision components. It features a vertical dual‑source, dual‑detector architecture, integrating a small‑focus X-ray tube with high penetrating power and an ultra‑high‑resolution open‑type micro‑focus X-ray tube. Paired with a wide‑field flat‑panel detector and a long‑length linear array detector, it delivers full‑scale coverage—from macroscopic to microscopic levels. The system supports multiple acquisition modes, including DR scanning, third‑generation standard CT scanning, wide‑field offset scanning, and fan‑beam linear array scanning, and comes equipped with a comprehensive software suite for image processing, reconstruction, 3D visualization, and porosity analysis. The entire system employs a multi‑axis, high‑precision servo motion platform and a dual‑limit safety‑protection design, incorporating multiple radiation‑safety interlocks, making it an ideal platform for high‑accuracy nondestructive testing of large components in aerospace, defense technology, the nuclear industry, precision manufacturing, and other fields.

Consultation Hotline:

0415-6277666

Leave a Message Online

E-mail

分享到：

Product Introduction
Technical Specifications
Case image

- Commodity name: Dual-Source, Dual-Detector Industrial CT Inspection System
- Commodity ID: ZXVoxel D2000
- 设备类型: Large CT scanner
- 检测方式: Dual-source, dual-probe
- 检测类型: Offline individual testing
- 射线能量: 225kV|450kV
- 特点: Standard Equipment | General-Purpose Component Flaw Detection | Offline Inspection
- 标签蓝: Large Workpiece Inspection
- 标签绿: Dual-source, dual-probe
- 标签橙: 450 kV industrial CT
- 标签红: Microfocus Industrial CT
- 检测方式: Dual-source, dual-probe
- 设备类型: Large equipment
The ZXVoxel D2000 X-ray industrial CT inspection system is a high‑resolution, standardized industrial CT device specially developed by RAYSOV Radiology for large‑scale and precision components. It features a vertical dual‑source, dual‑detector architecture, integrating a small‑focus X-ray tube with high penetrating power and an ultra‑high‑resolution open‑type micro‑focus X-ray tube. Paired with a wide‑field flat‑panel detector and a long‑length linear array detector, it delivers full‑scale coverage—from macroscopic to microscopic levels. The system supports multiple acquisition modes, including DR scanning, third‑generation standard CT scanning, wide‑field offset scanning, and fan‑beam linear array scanning, and comes equipped with a comprehensive software suite for image processing, reconstruction, 3D visualization, and porosity analysis. The entire system employs a multi‑axis, high‑precision servo motion platform and a dual‑limit safety‑protection design, incorporating multiple radiation‑safety interlocks, making it an ideal platform for high‑accuracy nondestructive testing of large components in aerospace, defense technology, the nuclear industry, precision manufacturing, and other fields.

Core Features and Advantages of the Product

Dual-ray source configuration, balancing high penetration and high resolution.

Features: The system employs a dual-source configuration, combining a 450 kV small‑focus X‑ray tube independently developed by RAYSOV with a 225 kV open‑type reflective‑target micro‑focus X‑ray tube. The 450 kV version achieves a penetration equivalent to 50 mm of steel. The 225 kV microfocus JIMA system achieves a resolution of up to 2.0 μm. Users can flexibly switch between X-ray sources according to their inspection requirements, enabling multi‑purpose operation with a single unit.

Advantages:

● 450 kV high energy: penetrates thick, highly attenuating materials such as superalloys, titanium alloys, and steel, making it suitable for inspecting large castings, pressure vessels, and shells.

● 225 kV micro‑focus X‑ray source: delivers ultra‑high resolution at the 2.0 μm level, enabling clear detection of extremely fine defects such as sub‑micron cracks and microscopic porosity.

● The dual-source configuration eliminates the need to purchase two separate devices, significantly reducing users’ procurement and maintenance costs.

● Covers full-scale inspection requirements, ranging from large structural components to precision micro‑parts.

Multiple scanning modes, flexibly adapting to complex inspection requirements.

Features: The system supports three operating modes: DR scanning, standard cone-beam CT scanning (third-generation), and large-field-of-view cone-beam CT scanning with gantry offset. In the offset scanning mode, horizontal movement of the workpiece enables… At least half of the region is within the imaging field of view, enabling wide‑field tomography that exceeds the physical dimensions of the detector.

Advantages:

● DR mode is ideal for rapid fluoroscopic screening, delivering images in seconds and enabling intuitive assessment of internal structural abnormalities.

● The standard CT mode provides images of any cross-section, enabling precise localization of defects in the workpiece’s two‑dimensional or three‑dimensional space.

● The biased CT mode overcomes the physical size limitations of detectors, enabling inspection of medium- to large-sized workpieces with a maximum diameter of 350 mm.

● Multi‑functional, meeting both the precise quantitative analysis required during the R&D phase and the rapid batch screening needed on the production line.

Seven-axis high-precision motion system, delivering ultimate flexibility and accuracy.

Features: The mechanical system employs seven-axis high-precision servo control, encompassing the vertical movement of the X-ray source and detector, the horizontal translation of the flat-panel detector, the longitudinal and lateral translations of the turntable, as well as the turntable’s rotation. All linear motion axes are equipped with dual protection: electronic limit switches and mechanical hard stops. The X-ray source and detector feature independent vertical adjustment, with a travel range of ≥1200 mm for each.

Advantages:

● Six-axis independent control enables flexible adjustment of magnification, scan field of view, and imaging geometry parameters, making it suitable for irregularly shaped, complex workpieces.

● The X-ray source and detector are independently adjustable in height, enabling scanning of regions at different elevations without moving the workpiece.

● The detector’s horizontal translation capability supports bias‑scan mode, overcoming the limitations imposed by the detector’s physical dimensions.

● The servo drive ensures precise motion positioning, with CT dimension measurement accuracy ≤ 0.05 mm.

● A dual limit‑switch design effectively prevents overtravel collisions caused by operator error or software malfunctions.

A full‑process intelligent software ecosystem that seamlessly integrates data collection and analysis.

Features: The system is equipped with five major modules: data acquisition and motion control software, image reconstruction software, 3D visualization software, porosity/inclusion analysis software, and image processing software. It also features a detector. Advanced preprocessing functions, including correction, reduction of ring artifacts, and beam-hardening correction, support automatic identification of ADR defects.

Advantages:

● Seven-axis independent control enables flexible adjustment of magnification, scan field of view, and imaging geometry parameters, making it suitable for ultra-large, irregularly shaped, complex workpieces.

● The X-ray source and detector are independently adjustable in height, enabling continuous scanning of areas at different elevations without moving the workpiece.

● The flat-panel detector’s horizontal translation capability supports offset scanning mode, overcoming the limitations imposed by the detector’s physical dimensions.

● The servo drive, combined with grating‑scale closed‑loop feedback, achieves dimensional measurement accuracy better than 5.0 μm in micro‑focus mode.

Dual-detector configuration with flexible switching between area-array and line-scan modes.

Features: The system is equipped with both a 430 mm × 430 mm large‑field‑of‑view amorphous silicon flat-panel detector and a high‑dynamic‑range linear array detector with an effective length of 600 mm.

Advantages:

● Area‑array detector: Provides wide‑field, high‑speed imaging, suitable for DR screening and cone‑beam CT three‑dimensional reconstruction, with high detection efficiency.

● Line-array detector: With an effective length of 614 mm and fan-beam scanning, it enables continuous tomographic imaging of workpieces with extremely large diameters.

● The dual-detector configuration significantly expands the system’s detection capabilities, enabling both efficiency and precision in a single instrument.

● The collimation shielding device effectively suppresses scattering interference, ensuring a high signal-to-noise ratio for the linear-array detector images.

Detection Feature Showcase

Control system

DR Image Processing

3D visualization software

Porosity/Inclusion Analysis Software

Inspected product
Application	Aerospace and defense, new-energy vehicles, additive manufacturing, composite materials, electronics and electrical engineering, materials science, and more.
Maximum Equivalent Steel Thickness for Penetration	20mm/50mm
Maximum diameter of inspectable workpiece	600mm
Maximum height of inspectable workpiece	1200mm
Maximum weight of inspectable workpiece	200kg
Imaging performance
Like a quality indicator sensitivity	Better than 1.0%
Conventional industrial CT spatial resolution (small focal spot)	≥4Lp/mm
CT density resolution	≤1.0%
System Features
X-ray energy	225kV/450kV
Imaging area	430mm×430mm

None

Standard Industrial CT Inspection System

Online Consultation

Submit Now

Related products

PFS Series High-Frequency X-ray Machine

The PFS series high‑frequency X‑ray generators represent a next‑generation, upgraded product line. Featuring an integrated digital design, they enable comprehensive internal signal monitoring, ensuring operational stability and reliability. Their compact structure, combined with robust protection mechanisms, makes them suitable for a wide range of high‑end applications. An optimized control interface significantly enhances ease of use and precision. We offer full‑voltage‑range high‑frequency X‑ray solutions from 160 kV to 600 kV, delivering users an efficient and dependable experience. Applications: The PFS series high‑frequency X‑ray generators are widely employed in advanced fields such as aerospace nondestructive testing, online thickness measurement, security screening, material diffraction analysis, biological irradiation, and industrial CT imaging. They provide complete voltage‑range solutions from 160 kV to 600 kV, flexibly meeting diverse inspection requirements.

Induction-type Betatron

RAYSOV’s core‑developed inductive Betatron seamlessly combines high‑energy penetration with exceptional portability. With an ultra‑high 7.5 MeV energy output, it can penetrate up to 250 mm of equivalent steel thickness, and when paired with a high‑energy flat‑panel detector, enables real‑time digital imaging inspection of large components on site, delivering a precise and efficient solution for industrial nondestructive testing. Its innovative modular, lightweight design frees the system from the constraints of traditional gantry‑mounted inspection equipment, significantly enhancing mobility while maintaining superior inspection performance and substantially reducing installation and maintenance costs. Today, this equipment is widely deployed across numerous sectors, including aerospace, power and energy, rail transit, and green‑channel security screening.

Portable High-Frequency Constant-Voltage X-ray Machine

The PXU portable high‑frequency constant‑voltage X‑ray system is equipped with a self‑developed metal‑ceramic X‑ray tube, breaking the import‑dominated market and achieving independent control over core components. Leveraging high‑frequency constant‑voltage technology, it delivers stable output at 300 kV/900 W and can sustain continuous exposure for at least one hour in a 35°C environment without requiring downtime for cooling. Its lightweight design, IP65 protection rating, and wide operating temperature range of –20°C to +50°C enable single‑operator field deployment. The intelligent controller features a 6.5‑inch color display and dedicated adjustment keys, along with a built‑in exposure calculator and process library, ensuring efficient and user‑friendly operation. Key performance metrics—including penetration capability, sensitivity, and blackness—match those of imported systems, making it suitable for a broad range of applications such as petrochemical pipeline inspection, power‑grid maintenance, aerospace nondestructive testing, shipbuilding, and field‑based emergency flaw detection, thereby helping domestic NDT equipment advance toward the high end.

Smart Material Dispenser

An X-ray–based intelligent material‑inventory solution tailored for the SMT industry, leveraging AI algorithms to enable rapid, simultaneous four‑tray inventory counting with 99.99% accuracy. It is compatible with trays ranging from 7 to 17 inches and with precision IC packaging. The system can replace multiple manual workers, eliminate counting errors, and integrate seamlessly with ERP and MES systems, efficiently handling inbound, end‑of‑line, and warehouse inventory management.

Online Micro-Focus Inspection

Specifically designed for high-precision electronic component inspection, it can efficiently detect pad defects such as voids and solder bridges, and supports multiple package types including BGA and QFN. It features automated inspection and rapid programming capabilities. The equipment is widely used for full‑field inspection of SMT circuit board assemblies, FPC flexible‑circuit assemblies, semiconductor devices, and precision structural components.

Offline Micro-Focus Inspection

A general-purpose intelligent electronic defect‑inspection system, primarily used in the automotive electronics, energy electronics, home appliance, consumer electronics, and semiconductor industries. It enables nondestructive testing of a wide range of components, including SMT assemblies, LEDs, BGA packages, packaged devices, IGBTs, semiconductor devices, die‑cast parts, precision structural components, connectors, and other related parts.

Offline Micro-Focus Inspection

X-ray tube (microfocus)

PMO-300F microfocus X-ray tube, suitable for industrial CT and high‑penetration, high‑precision nondestructive testing of precision castings and large components.

X-ray tube (microfocus)

PMO-225F microfocus X-ray tube, suitable for industrial CT and high‑penetration, high‑precision nondestructive testing of precision castings and large components.

X-ray tube (microfocus)

A 160 kV high-voltage, sub-2 μm microfocus X-ray source delivers high‑precision imaging with a resolution of ≤2 μm, suitable for industrial nondestructive testing, precision component quality inspection, and other applications, providing stable and clear X-ray output.

$X-ray tube (diffraction)$

X-ray tube (diffraction)

The PTX-60/S X-ray diffraction tube, featuring multiple focal spot sizes and a high‑power output of 60 kV, is well suited for phase identification, structural analysis, and residual stress measurement of metals, inorganic crystals, polymers, and thin films. It is widely employed in materials research and development, industrial quality control, and scientific testing, providing a flexible and reliable X-ray source for the characterization of diverse crystalline materials.

$X-ray tube (diffraction)$

X-ray tube (diffraction)

The PTX-60/H X-ray diffraction tube is suitable for materials research and development, industrial quality control, and scientific testing applications, providing a high‑precision, stable X-ray source for the analysis of various crystal structures and phases.

$X-ray tube (diffraction)$

X-ray tube (diffraction)

The PTX-60/P X-ray diffraction tube is suitable for phase identification, structural analysis, and residual stress measurement of metallic materials, inorganic crystals, polymers, and thin-film coatings, and is widely used in materials research and development, industrial quality control, and scientific research and testing.

$X-ray tube (diffraction)$

X-ray tube (diffraction)

The products are widely used in four major fields—materials research and development, industrial quality control, geological exploration, and new‑energy catalysis—providing highly reliable X‑ray sources for crystallographic analysis, phase identification, and property characterization.

Metal-ceramic X-ray tube

PTX-601HP/11: A fully sealed, bipolar oil-cooled metal‑ceramic X‑ray tube operating from 20 to 600 kV, featuring a glass‑free design and vacuum‑sealed construction for maintenance‑free operation. It combines micro‑focus high‑resolution imaging with exceptional penetration capability, making it ideal for flaw detection in heavy castings, industrial CT, and high‑precision nondestructive testing of thick components.

Metal-ceramic X-ray tube

The PTX-550HP/11 is a fully sealed, bipolar oil‑cooled metal‑ceramic X‑ray tube operating at 20–550 kV. It features an all‑metal ceramic vacuum‑brazed seal, with no glass envelope, and comes factory‑sealed under permanent high vacuum for maintenance‑free operation. Combining ultra‑fine focal spot high‑definition imaging with exceptionally high penetration and high power, it is the leading high‑end X‑ray tube in China for the 550 kV voltage range, suitable for heavy‑duty industrial CT systems, automated DR flaw‑detection lines for large castings, and specialized high‑precision inspection equipment for thick alloy components.

Metal-ceramic X-ray tube

The PTX-500HP/11 is a 500 kV, bipolar, fully sealed, oil-cooled, high‑power microfocus metal‑ceramic X‑ray tube. It features an all‑metal ceramic hermetic seal, a glass‑free housing, and superior resistance to high‑voltage arcing. With permanent factory sealing that eliminates the need for vacuum pumping, it delivers both high‑resolution microfocus imaging and exceptionally high penetrating power. Designed for heavy‑duty industrial CT of thick‑walled components and high‑end precision DR flaw detection, it serves as the primary X‑ray source for high‑precision, nondestructive testing in the 500 kV voltage range, and is compatible with automated inline inspection systems and vertical industrial CT scanners.

Metal-ceramic X-ray tube

PTX-452Y is a 450 kV, bipolar, hermetically sealed, oil-cooled, Y‑type fan‑beam high‑power metal‑ceramic X‑ray tube. The “Y” designation denotes a wide fan‑shaped beam with dimensions of 90° × 20°. It features an all‑metal ceramic vacuum‑sealed construction and incorporates built‑in heavy‑metal filtration. Designed for large‑item vehicle security screening, container inspection, and high‑penetration, batch‑type DR flaw detection in thick steel, it delivers ultra‑high power under continuous operation and is compatible with stationary large‑scale security scanners and automated industrial‑part inspection lines.

Metal-ceramic X-ray tube

The PTX-450MF is a 450 kV bipolar, hermetically sealed, oil-cooled MF (Mesofocus) full‑metal ceramic directional X‑ray tube. It combines high‑power penetration with high‑precision imaging, falling between conventional large‑focus and ultra‑micro focus designs. Featuring an all‑ceramic, metal‑sealed vacuum chamber, it offers superior resistance to high‑voltage arcing and requires no evacuation, making it ideal for DR flaw detection of thick alloy components, industrial CT scanning of medium‑ to large‑sized parts, and precision inspection of thick‑walled special castings. It is the premier tube type for high‑resolution imaging of thick materials.