Stationary Digital X-Ray
X-ray Detector Wireless/Wired | PIXX1717 – Pixxgen
In stock
DESCRIPTION
Economical Solution to transform any X Ray Equipment into Digital
Easy to carry and to operate
Better and Faster Images
- X-Ray Tube Voltage:Â 40 ~ 70kV
- X-Ray Tube Current:Â 2 ~ 6Ma
- Focal Spot Value:Â 0.4mm HR
- Output Power:Â 420w
- Weight:Â 2.4 kg
- Rechargeable Battery:Â Â DC 22.2v, 1,800mAh
- Bluetooth Connection(Option)
Human and Veterinary Applications – Images in 2 seconds
Digital radiography (DR) is a method that replaces the conventional radiographic film and CR Systems with a flat panel detector that acts as the digital imaging sensor. The detector connected to a computer converts the X-ray beams into electrical pulses and then into a great image that can be viewed immediately after exposure and be sent to the computer.
Digital radiography has become a much more efficient, cost effective, and an even safer method of producing diagnostic images with lower radiation doses to patients and medical personnel.
X-ray Detector Wireless/Wired | PIXX1417 – Pixxgen
In stock
Applications: General Radiography | Resolution: 139 Microns.
- Automatic Detection and Calibration- Plug and Play
- High Sensitivity, requiring low doses (longer tube life). Acquisition Speed: 3 seconds
Includes:
- ZVIEW Software -EASY TO MANIPULATE
- Measurements, Zoom, Window-Level, Image Inversion, Rotation, Flip, Labels, Distances, Post-Processing – STITCHING
- DICOM, MINI-PACS: Image Storage, Send, Print, CD-DVD
- Handle, 2 Batteries, Charger and router.
- Stores 150 Images which can be viewed on a Cell phone, I-pad, Computer
X-ray Detector Wireless/Wired | PIXX1212 – Pixxgen
In stock
DESCRIPTION
Economical Solution to transform any X Ray Equipment into Digital
Easy to carry and to operate
Better and Faster Images
- X-Ray Tube Voltage:Â 40 ~ 70kV
- X-Ray Tube Current:Â 2 ~ 6Ma
- Focal Spot Value:Â 0.4mm HR
- Output Power:Â 420w
- Weight:Â 2.4 kg
- Rechargeable Battery:Â Â DC 22.2v, 1,800mAh
- Bluetooth Connection(Option)
Human and Veterinary Applications – Images in 2 seconds
Digital radiography (DR) is a method that replaces the conventional radiographic film and CR Systems with a flat panel detector that acts as the digital imaging sensor. The detector connected to a computer converts the X-ray beams into electrical pulses and then into a great image that can be viewed immediately after exposure and be sent to the computer.
Digital radiography has become a much more efficient, cost effective, and an even safer method of producing diagnostic images with lower radiation doses to patients and medical personnel.
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.
Generators HF | Summit / Americomp
In stock
DESCRIPTION
- Output power levels 32, 40, and 50kW
- Output voltage of 125 kV or 150 kV
- Smaller, modular design
- Constant dose output with kV and mA regulation during exposures
- User-friendly controls and configuration
- Large LCD panel for APR and technique display
- Programmed for APR operation with manual override of technical factors
- Extensive self-diagnostics with operator messages
- Time, mA and mAs selections according to IEC standards