Flat Panel Detector PaxScan 2530HE
- Aolong
- Dandong China
1. The Panoramic radiography flat panel detector supports 20 kV to 16 MV, covering applications ranging from low-energy dental and small parts inspection to high-energy industrial radiation.
2. The Panoramic radiography flat panel detector's resolution is adjustable, supporting 1×1 and 2×2 modes (9 fps / 30 fps).
3. The Panoramic radiography flat panel detector is equipped with a Gigabit Ethernet connection to a workstation.
Key advantages include:
• Design for high dose applications > 1 MRad
• Wide energy range: 20 kV - 16 MV
• Internal shielding up to 225 kV Electronics are outside of the detector active area allowing the integrator to provide additional external shielding of the electronics for use above 225 kV.
• Gigabit Ethernet link to workstation
Product Description of PaxScan 2530HE Flat Panel X-Ray Detector:
The PaxScan 2530HE Flat Panel X-Ray Detector is an amorphous silicon (ASi) array-based flat-panel detector equipped with a DRZ Plus (CsI) scintillating layer. Designed specifically for industrial radiography and security/safety inspection applications, it sets the benchmark for radiography in industrial, medical, and dental applications. PaxScan 2530HE CBCT imaging flat panel detector combines high energy adaptability with high radiation tolerance, offering stable performance across a wide voltage range of 20 kV to 16 MV. Designed to withstand cumulative doses exceeding 1 MRad, the CBCT imaging flat panel detector meets the reliability requirements of heavy-duty industrial and security applications, ensuring long-term operation.
Application Scenarios:
Industrial Nondestructive Testing (NDT): PaxScan 2530HE CBCT imaging flat panel detector is widely used for internal defect detection in metal parts, welds, forgings, and composite materials. Through its highly sensitive amorphous silicon imaging and CsI scintillating layer structure, PaxScan 2530HE Flat Panel X-Ray Detector clearly reveals internal defects such as microcracks, pores, and inclusions. It supports a wide range of industrial X-ray sources, from low-energy precision detection to high-energy penetrating radiation. PaxScan 2530HE Flat Panel X-Ray Detector's high radiation resistance is ideal for automated inspection lines with frequent exposures, making it a viable alternative to traditional film-based inspection.
Security Inspection and Safety Scanning: PaxScan 2530HE Flat Panel X-Ray Detector is a high-resolution radiographic imaging system for palletized cargo, luggage, and containers. Its fast frame rate (9 fps/30 fps) and GigE data output interface enable easy integration into mobile or fixed-mount scanners. Its large imaging area efficiently covers common object sizes and quickly identifies metallic foreign objects, electronic components, and hidden structures, providing accurate and reliable image detection for security inspections.
Medical and Dental OEMs: PaxScan 2530HE CBCT imaging flat panel detector also delivers excellent imaging performance for medical and dental equipment. Its high resolution and smooth digital output make it a core imaging component for cone-beam computed tomography (CBCT) or panoramic X-ray systems. For medical OEMs, PaxScan 2530HE CBCT imaging flat panel detector delivers high signal-to-noise ratios and stable calibration, providing reliable images for dental diagnostics, intraoral imaging, and clinical imaging.
| Receptor Type | Amorphous Silicon |
| Conversion Screen | DRZ Plus，CsI |
| Detector Area / Total Pixel Area | 24.9 × 30.2 cm（9.8 × 11.9 in） |
| Pixel Matrix Total | 1792 × 2176 |
| Pixel Pitch | 139 µm |
| Energy Range | 20 kV – 16 MV |
| Fill Factor | 64.3% |
| Data Output | Gigabit Ethernet (Pleora / Standard GigE Capture) |
| Scan Method | Progressive |
| A/D Conversion | 16-bit |
| Frame Rate | 9 fps(1×1) 30 fps(2×2) |
| Exposure Control | User Sync input / Expose OK output |
| Radiation Hardness | Designed for >1 MRad (high-dose applications) |
| Internal Shielding | Internally shielded to 225 kV, with electronics located outside the active area (facilitating external shielding) |
Product Advantages of Panoramic radiography flat panel detector:
The Panoramic radiography flat panel detector is designed for radiation doses exceeding 1 MRad and can operate long-term in high-throughput inspection lines, significantly reducing maintenance and replacement costs. Covering an energy range of 20 kV–16 MV, the PaxScan 2530HE Flat Panel X-Ray Detector covers a wide range of instrument types, from low-energy detail imaging to high-energy penetration inspection, optimizing procurement strategies. Featuring GigE output and 16-bit dynamic range, the PaxScan 2530HE Flat Panel X-Ray Detector is compatible with common acquisition cards and industrial PCs, ensuring efficient and smooth integration. Supporting native high pixel count and 2×2 binning modes, the PaxScan 2530HE balances high resolution and high frame rate requirements. With electronics located outside the active area and internal 225 kV shielding, the PaxScan 2530HE CBCT imaging flat panel detector facilitates customization and expansion for high-voltage applications, enhancing overall system reliability and safety. The PaxScan 2530HE Flat Panel X-Ray Detector is a good choice for buyers.
FAQs:
1. What types of inspection systems are suitable for CBCT imaging flat panel detector?
CBCT imaging flat panel detector can be used in a variety of systems, including industrial digital X-ray inspection, weld inspection, casting inspection, tire inspection, and PCB inspection. It is compatible with imaging solutions such as CBCT, DR, and CT.
2. What is the maximum dose tolerance of CBCT imaging flat panel detector?
CBCT imaging flat panel detector is designed to withstand cumulative doses exceeding 1 MRad, ensuring long-term stable operation in high-throughput production lines.
3. What is the energy range supported by Flat Panel X-Ray Detector?
Flat Panel X-Ray Detector has an energy range of 20 kV–16 MV, suitable for both low-energy precision inspection and high-energy penetrating imaging.
4. What are the data output interfaces of Flat Panel X-Ray Detector?
PaxScan 2530HE Panoramic radiography flat panel detector uses a standard GigE (Gigabit Ethernet) interface, which provides stable transmission and low latency, making it easy to connect to common industrial PCs or acquisition cards.
5. What is the bit depth of PaxScan 2530HE image output?
PaxScan 2530HE Panoramic radiography flat panel detector supports 16-bit dynamic range, enabling higher grayscale resolution and contrast.
6. Does PaxScan 2530HE Flat Panel X-Ray Detector support high frame rate mode?
PaxScan 2530HE Flat Panel X-Ray Detector supports 2×2 binning mode, effectively improving frame rates without sacrificing critical detail. This makes it ideal for high-speed inspection lines or real-time preview applications.
7. What is the after-sales support and maintenance schedule?
We offer global technical support and remote diagnostic services, with extended regular maintenance intervals and a design lifespan of up to many years, depending on frequency of use and radiation environment.
Honors and Qualifications:
Aolong has successfully achieved ISO9001 quality management system certification, establishing a comprehensive quality control chain encompassing R&D, procurement, production, inspection, and after-sales service. This rigorous quality process ensures that our products meet international standards for performance, reliability, and stability. This certification not only demonstrates our management capabilities but also serves as a strong guarantee for providing safe and reliable products to our customers, strengthening their trust and solidifying the foundation for long-term partnerships.
Testing Services:
Aolong leverages advanced testing equipment and a professional technical team to provide clients with comprehensive nondestructive testing and analysis services. We utilize a variety of methods, including industrial CT, X-ray digital imaging, ultrasonic testing (UT), magnetic particle testing (MT), and penetrant testing (PT), to comprehensively identify potential defects in materials and components during production, processing, and assembly. We not only help clients quickly identify issues such as porosity, cracks, inclusions, and shrinkage during production, but also provide strong data support during the R&D phase. Through precise testing, clients can significantly improve product reliability and consistency, reduce rework and waste, and ensure delivery quality.
