Wireless Flat Panel Detector 3643F

A wireless flat panel detector for digital medical imaging with an active area of 350×430 mm and 2560×3072 pixel matrix. It features high-resolution imaging with 139μm pixel pitch, 16-bit AD conversion, and a limiting resolution of 3.7 LP/mm. The detector operates wirelessly via 802.11ac with 4.5 hours of battery autonomy and supports exposure control methods including software control, external triggering, and automatic exposure detection, suitable for X-ray imaging applications in the 40-150 kVp energy range.

A wireless flat panel detector for digital medical imaging with an active area of 430×430 mm and 3072×3072 pixel matrix. It features high-resolution imaging with 139μm pixel pitch, 16-bit AD conversion, and a limiting resolution of 3.7 LP/mm. The detector operates wirelessly via 802.11ac with 4.5 hours of battery autonomy and supports exposure control methods including software control, external triggering, and automatic exposure detection, suitable for X-ray imaging applications in the 40-150 kVp energy range.

A wireless flat panel detector with 233.47 x 291.84mm active area and direct deposition CsI or Gadox sensor technology. It includes WPCS wireless power charging, auto-triggering capability, and TRUVIEW ART imaging technology for superior image quality. The detector provides patient dose reduction through Lossless AED and is designed as a lightweight, durable solution for portable radiography.

A wireless flat panel detector with direct deposition CsI or Gadox technology and WPCS wireless power charging system. It features auto-triggering technology, TRUVIEW ART for sharp imaging, and patient dose reduction with Lossless AED. The detector offers 358 x 430mm active area with high resistance to impact and vibration, designed for portable radiography applications.

A wireless flat panel detector designed for digital radiography systems, eliminating cable constraints during imaging procedures. The device integrates with digital X-ray imaging chains for enhanced operational flexibility.

An electronic device used for digital imaging in medical and industrial applications. It converts X-ray or other radiation signals into digital images with advantages including high resolution, fast imaging, and low-dose radiation exposure. It is widely used in medical imaging such as X-rays and CT scans.

A wired flat panel detector featuring direct deposition CsI or Gadox technology with 233.47 x 291.84mm active area and 16-bit A/D conversion. It incorporates auto-triggering, TRUVIEW ART for ultimate image sharpness, and Lossless AED for patient dose reduction. The detector is engineered for lightweight, durable portable radiography applications with high resistance to impact and vibration.

A wired flat panel detector with direct deposition CsI technology featuring auto-triggering capability and 430 x 430mm active area. It delivers excellent imaging quality with TRUVIEW ART technology for ultimate sharpness and includes patient dose reduction through reliable Lossless AED. The detector has high resistance to impact and vibration with a lightweight and durable design suitable for portable applications.

Large-format dynamic monolithic TFT flat panel detector with high-speed imaging performance, advancing industrial and medical imaging capabilities.

A portable flat panel detector with 14×17 a-Si TFT panel for digital radiography applications. It supports static imaging for general radiography with reliable automatic exposure detection (AED) function. The detector features slim design and lightweight construction while meeting ISO4090 cassette size specifications (460x460x15mm).

A real-time medical imaging device that utilizes amorphous silicon technology with direct cesium iodide scintillation for exceptional image clarity. It represents cutting-edge flat panel detector technology designed for dynamic medical imaging applications.

Digital flat-panel X-ray detector designed for high-resolution radiographic imaging in clinical settings. Features non-glass TFT technology for improved durability and image quality in diagnostic radiography applications.