HS-3543W 100um a-Si TFT X Ray Flat Panel Detector 3534x4302 IP65 Gigabit Ethernet Industrial DR Panel

HS-3543W Portable DR Digital Imaging System — 100 µm a-Si TFT Flat Panel Detector, 3534 × 4302 Matrix

System Overview

The HS-3543W is a portable digital radiography (DR) imaging system built around a 100 µm amorphous silicon TFT flat panel detector with an effective imaging area of 353.4 × 430.2 mm. It converts conventional film and image-intensifier workflow into direct digital imaging: shorter exposure cycles, sharper images and inspection records that can be stored, measured and shared.

The detector is paired with an in-house developed high-frequency X-ray generator as well as our own variable-frequency generator, so the complete DR chain — source, panel, acquisition software — comes from one supplier. That integration keeps the entry cost of digital radiography low while maintaining industrial-grade image quality.

Detector Design

The panel uses 100 µm a-Si TFT sensor technology for high resolution and strong contrast. It is designed to industrial standards: mechanically rugged, tolerant of high radiation dose, and stable across the working temperature and humidity range. A scintillator layer can be specified as perovskite, CsI or GOS according to the energy range and resolution priority of the application.

An SDK for Windows is supplied for parameter configuration and component integration, covering image correction, acquisition and review. Our engineering team supports integrators who embed the panel into their own inspection systems.

Key Advantages

• Large 35 × 43 cm imaging area. 353.4 × 430.2 mm effective coverage fits large weldments, castings and pressure vessel sections in a single shot.
• 5.0 lp/mm limiting resolution. 100 µm pixel pitch across a 3534 × 4302 matrix keeps fine cracks, porosity and inclusion detail visible.
• 16-bit digital output. Wide dynamic range reduces retakes on parts with mixed wall thickness.
• 1 s imaging. Live review on site instead of film processing and darkroom turnaround.
• IP65 sealed housing. Dust-tight and water-jet resistant for field and workshop use.
• Gigabit Ethernet link. Stable, low-latency data transfer over standard cabling.
• Light and portable. 4.5 kg detector head, 465 × 398 × 20 mm body, 12 W power draw — practical for aerial work and confined spaces.

Technical Specifications

Typical Applications

Precision electronics and PCB assemblies · oil and chemical pipelines · refractory materials · steel tube and pipe welds · die castings · boiler and pressure vessel fabrication · automotive components · high-speed rail · aviation and aerospace structures · power GIS switchgear · overhead tension clamps and line hardware.

Supply Information

• Price: negotiable, quoted against detector configuration (scintillator type) and order quantity.
• MOQ: 1 set.
• Lead time: 15–25 working days after order confirmation.
• Packing: shock-proof export case with moisture barrier, panel protected by rigid carrier and anti-static wrap.
• Support: SDK documentation, integration guidance and remote commissioning assistance.

FAQ

Which scintillator should we choose? GOS is the general-purpose option; CsI gives higher sensitivity for lower dose; perovskite is offered where the application calls for it. Share your energy range and resolution target and we will recommend a configuration.

Can the panel be integrated into our own system? Yes — the Windows SDK covers acquisition, correction and parameter control for OEM integration.

Is a generator included? The system is normally supplied with our high-frequency or variable-frequency generator; panel-only supply is available for integrators.

Send us your inspection application and required imaging area — we will reply with the matching detector configuration and quotation.