X-Ray Imaging Equipments
The equipment is a non-destructive complex equipment for in line X-ray inspection of green and sintered parts at high speed and high resolution, destined for various type of products, especially for automobile industry.
The whole process of scanning and assessing the integrity of sintered parts, including cracks detection is performed automatically in real time by a computer, achieving few seconds time for one sample scan and automated defects analysis.
X-Ray energy range: 60 keV-225keV
X-ray detectors type: Flat Panel or TDI
X-Ray image resolution: 4 µm - 100 µm
Scaning range: 1-40 cm
Magnification: X1-X20
Scanning technique: Sample two radiographs at 90 degrees acquired in one scan
SW features:
- Set-up for multiple sample scans
- Reference/golden image generation
- Real time defect detection by comparison with reference image
- Defects analysis and classification
- Report generation
Automated Digital X-Ray System for the Inspection of Plastic Electronics, OLED display or thin layers of materials
The equipment is a non-destructive complex equipment for in line X-ray inspection of OLED display, plastic electronics or any other thin layer of materials deposited on glass or plastic sheets.
It is a fast and a high resolution investigation technique revealing the entire layers overlaps and defects in real time leading to automatic and instant rejection of defective products by automate data interpretation.
X-Ray energy range: 20 keV-90keV/ 3µm focal spot size
X-ray detectors type: Flat Panel or TDI
X-Ray image resolution: 4 µm - 30 µm
Scaning range: 60 cm X 60 cm
Magnification: X1-X400
Scanning technique: Averaging multiple frames
SW features:
- Set-up for image pattern defintion
- Reference/golden pattern image generation
- Real time defect detection by comparison with reference patern
- Automated defects analysis and classification
- Report generation
The equipment is an automated X-ray inspection system for detecting counterfeit electronic components (primarily integrated circuits) before planting them on the printed circuit board in the production line.
X-Ray Detector: 550 mm x 800 mm x 36 mm / 5 Kg (any size at request!)
Active 2D area: 512 mm x 624 mm (any size at request!)
Detector size: Standard 0.4 mm (at request: 0.05 mm, 0.1mm, 0.2 mm or 0.8 mm)
*High-energy detectors option available
Scanning speed: Programmable, between 2 to 120 sec
X-Ray Source: Portable 160 kV / 0.5 mA, 9.5 Kg (manufactured by ICM-Belgium)
Connection: Fast Ethernet / wireless
Features: Radioscopy / Dual-energy Images, Software for image analysis and materials identification on ruggedized laptop or tablet PC.
Protection rating: IP54
- Object max. dimensions:
- Dia: 40 cm and .Length: 60cm
- Techniques:
- Classical multi-angle Radioscopy
- Classical Tomography
- Dual-energy Radioscopy
- Dual-energy Tomography
- Scanning time:
- 2 minutes for full length Radioscopy
- 20 sec. for a Tomogram
- X-Ray:
- 160 keV/3mA
- Detectors:
- 2 x 240 photodiodes with scintillators or
- 1 x 1280 photodiodes with scintillators
- Pixel size:
- 0.2 / 0.5 mm
- Mechanical scanner:
- Vertical translation 50 cm
- Rotary table dia: 400 mm and 100 mm
- Output data:
- Bitmaps of attenuation coefficients and Atomic Effective Number in Radioscopy
- Tomograms of attenuation coefficients, Atomic Effective Number and Density in Tomography
- Weight:
- aprox. 130 Kg
- Dimensions (cm):
- 80 x 80 x 140
- Core dimension:
- max Diameter: 12 cm and max Length: 100cm
- Techniques:
- Classical multi-angle Radioscopy
- Classical Tomography
- Dual-energy Radioscopy
- Classical and Dual-energy Tomography
- Scan time:
- 2-4 minutes for full length Radioscopy
- 30 sec. for one 2D Tomogram
- X-Ray source:
- 160 keV/3mA
- Detectors:
- 2 x 240 photodiodes with scintillators
- Pixel size:
- 0.5 mm (0.2 mm at request)
- Mechanical scanner:
- Vertical translation 100 cm
- Rotary table dia: 120 mm
- Output data:
- Bitmaps of attenuation coefficients and Atomic Effective Number in Radioscopy
- Tomograms of attenuation coefficients, Atomic Effective Number and Density
- Weight:
- aprox. 140 Kg
- Dimensions (cm):
- 80 x 60 x 240
X-Shaper Laser & X-Ray Scanner is designed for ballistic plates in-line control by scanning them in two stages: laser scan and x-ray scan.
The analyzed object is transported by conveyors through a laser beam scanning system, the image being taken over by dedicated video cameras, and after it is scanned using a system that includes an X-ray generator and detectors suitable for this purpose.
Data obtained in this way is processed and analyzed using software applications, obtaining information about size, density and internal structure, allowing automanic identification of possible manufacturing defects.
X-Shaper Laser Scan system consists of 2 surface scanners assemblies, each one using of a linear laser beam and a high definition camera.
The assemblies are posted symmetrically, one on below the scanned object and one under the scanned object.
The data analyze software provides accurate measurements of the product parameters: local thickness, length, width, volume and density.
| Max length | 500mm |
| Max width | 400mm |
| Scan duration | 10 sec |
| Thickness rezolution | 60 microns |
| Average density precision | 1% |
The X-Ray Scan system uses a system of 2 X-Ray high definition detectors, each one providing data regarding different zones of the scanned object.
The application performs complex data processing for enhancing images and automatic detection and measurement of defects inside the object.
| X-ray source | AION 160kV X-Ray generator |
| Focal spot | 1,2 mm |
| Total filtration | 0,852 mm Al |
| Scan duration | 20 sec |
The equipment is a complex installation of non-destructive high-resolution X-ray automated inspection, intended for installation in factories production lines of electronic parts, drug capsules,
blisters and other plastic, organic or thin metalic small parts.
The samples are scanned using a low energy X-Ray source and a high resolution (60 microns) Time Delay Integration (TDI) detection system.
A software application, based on Machine Learning (ML) technologies that performs dimension measurements and fast detection of defects, is used for analyzing the resulting data.
| Rezolution | 60 microns |
| Max length | 270mm |
| Max width | 200mm |
| Scan duration | 40 sec |
| X-Ray source | Petrick MNX 60kV |
| Output data | Raw image 4080x5555 pixels |
Non-destructive equipment for in-line control of metal, ceramic or composite parts by scanning them in two stages: laser scan and x-ray scan
The equipment produced by Accent Pro 2000 is designed for in-line control of metal, ceramic or composite parts, by scanning them in two stages: laser scan and x-ray scan.
Data obtained in this way is processed and analyzed using software applications, obtaining information about size, density and internal structure, allowing automanic identification of possible manufacturing defects.
The system consists of 2 surface scanners assemblies, each one using of a linear laser beam and a high definition camera.
The assemblies are posted symmetrically, one on below the scanned object and one under the scanned object.
The data analyze software provides accurate measurements of the product parameters: local thickness, length, width, volume and density.
| Max length | 500mm |
| Max width | 400mm |
| Scan duration | 10 sec |
| Thickness rezolution | 60 microns |
| Average density precision | 1% |
The X-Ray Scan system uses a system of 2 X-Ray high definition detectors, each one providing data regarding different zones of the scanned object.
The application performs complex data processing for enhancing images and automatic detection and measurement of defects inside the object.
| X-ray source | AION 160kV X-Ray generator |
| Focal spot | 1,2 mm |
| Total filtration | 0,852 mm Al |
| Scan duration | 20 sec |
Portable and Laboratory Dual-Energy X-ray Radioscopy and Tomography system for security and NDT application
The DUALTOMO system contains dedicated components that could be easily manually configured in various accurate geometries for radioscopic and/or tomographic investigations as: portable and self-powered, in laboratory Radioscopy and 2D and 3D Fan-beam or Laminography/Tomosynthesis Tomography for investigated objects having maximum weight of 30Kg and size within 50cm*50cm*55cm.
The DUALTOMO system contains the following main subassemblies:
- The Detectors Panel is a 2D dual-energy (linear array scanning based) X-ray detector with the main characteristics:
- The active 2D size: 51cm*55cm
- Detector size: 0.4mm(on request: 0.05mm, 0.2mm or 0.8mm
- Scanning speed: programmable between 1 to 30 seconds
- Integration time per line: programmable between 0.5 to 100 mS
- Digital-analog converter: 16 bits
- Global offset compensation: yes, full 16 bits range
- Programmable gain in the ranges: ±0.1V; ±0.2V; ±0.5V; ±1V; ±2V; ±5V; ±10V;
- X-Ray Source: portable and programmable: 160kV, 0.5 mA
- The magnification support destined for supporting, aligning and precise positioning the Detectors Panel, X-ray source and object placed on Rotating or Translating module;
- X-Ray Source Support is a carriage that supports the X-ray Source and assures its alignment and precise positioning on the Magnification support;
- Rotation module is a rotating table where the object is placed for Radioscopy or Fan-beam Tomography investigation;
- Translation module is a translation table where the object is placed for Radioscopy or Laminography/Tomosynthesis Tomgraphy investigation;
