DR Flat Panel | EVS A Series – DRTECH

In stock

  • Superior Low Dose Imaging with Advanced Features.
  • Fast Workflow: EVS A Series allows fast and efficient workflow by fast exam time, speeding workflow and decreasing repeats.
  • Single LAN Cable: With a single LAN cable, installation and maintenance of detectors become more simplified. The elimination of interface box allows easier and faster installation.
  • Handle & Bracket: EVS A Series’s LAN cable with fixed protector increases reliability and durability. The attachable handle allows carrying detector more conveniently.

DR Flat Panel | EVS W Series – DRTECH

In stock

  • Reliable Wireless Performance: EVS W Series’s perfect wireless performance and built in memory for images saving.
  • Wireless Power Charging System: The world’s first WPCS enables seamless 24hr wireless operation for effective workflow & limitless portability with fast and smart power supply.
  • OLED Display, 3Buttons & Attachable handle: 3 buttons design for quick and easy access to various function changes. The attachable handle ensures drop prevention and convenient portability.

DR Flat Pannel | NDT 1013LA | iRay

In stock

The NDT 1013LA is a portable 10×13-inch wireless flat panel detector, built on iRay’s innovative and durable flexible sensor technology. It features a compact, rugged industrial design that offers high radiation resistance, adaptability to a wide range of environments, and overall reliability. Data and signal communication can be managed via wired or wireless interfaces. The iRay software SDK provides comprehensive support for calibration, configuration, image acquisition, pre-processing, and viewing on a tablet or workstation running MS Windows. With its excellent image quality and reliability, the NDT 1013LA is a perfect solution for industrial applications such as portable field inspections and EOD/IED security scenarios.

Features

  • Innovative flexible a-Si sensor technology
  • 252.8×331.8 mm² imaging area
  • Best-in-class 100 μm pixel pitch
  • Up to 180 sec. X-ray exposure window
  • Robust wired and 5G wireless data interface
  • Thin and lightweight design with narrow dead space edges (7, 7, 9.6 mm)
  • More than 8 hours battery capacity

DR Flat Pannel | NDT 1012MA | iRay

In stock

The NDT 1012MA is a portable 10×12-inch amorphous silicon flat panel detector, designed for wireless operation. It features a compact, rugged industrial build that offers excellent radiation resistance and versatile environmental adaptability, ensuring high reliability. Communication of data and signals can be managed through both wired and wireless interfaces. The iRay software SDK supports essential functions such as detector calibration, configuration, image acquisition, pre-processing, and viewing, all easily accessible on an end-user tablet or workstation running MS Windows.

FEATURES

  • Proven radiation hard a-Si design sensor technology
  • 25×30 cm² imaging area
  • 125 μm pixel pitch
  • Up to 180 sec. X-ray exposure window
  • Rugged design, withstand 1m drop
  • Robust wired and 5G wireless data interface
  • Narrow dead space edge (< 7 mm)

Industrial NDT Flat Panel | CareVision 4343IF – Careray

In stock

Specifications

  • Imaging Area:17″ x 17″
  • Pixel Pitch: 140 μm
  • Product Dimensions: 47.0 x 47.0 x 1.5 cm

Applications

  • Chip Counting / Electronic Inspection

Features

  • Large Active Area
  • Wide Dynamic Range
  • Fast Imaging Output

Industrial NDT Flat Panel | CareVision 750S – Careray

In stock

Specifications

  • Imaging Area:10″ x 12″
  • Pixel Pitch: 120 μm
  • Product Dimensions: 32.0 x 28.0 x 1.8 cm

Applications

  • Security Inspection
  • Portable NDT

Features

  • Superior Image Resolution with True 16-bits Dynamic Range in Real-time Imaging

Industrial NDT Flat Panel | CareVision 1500S – Careray

In stock

Specifications

  • Imaging Area:14″ x 17″
  • Pixel Pitch: 154 μm
  • Product Dimensions: 46.0 x 38.7 x 1.8 cm

Applications

  • Security Inspection
  • Portable NDT

Features

  • Superior Image Resolution with True 16-bits Dynamic Range in Real-time Imaging