FPD HD Series is a mobile C-Arm IMAGE INTENSIFIER system specially designed for Orthopedics Urology, Gastroenterology, Abdominal and other surgical procedures with superior image quality on single / double screen high resolution monitor.
Features
Control Panel
Epsilon FPD HD SERIES C-Arm System has a very compact & soft touch micro processor-based control panel. All the switches are symbolic, user-friendly and reliable.
Image Acquisition
- Transfer to reference Monitor
- Modes-Normal Fluoro
Snapshot (Single Image for better image quality)
Remote Control
Most se unctions can be controlled via Remote control.
Image Storage and Data Management
- Auto anonymous patient creation or Emergency procedure
- Single Image save, Multi Frame (Run/cine-loop)
- Storage at full resolution of 1024 x 1024
- images at full resolution
- Export of images to USB in JPEG format
Live Processing Features
- Recursive Temporal Noise reduction upto
32 Frames in steps of one - Brightness Adjustment, Contrast Adjustment, Sharpness Adjustment
- Image Rotation, Image Flip
- Image Invert, Last Image Hold
- Zoom in — Zoom out
- Digital Zoom to acquire (configurable)
Unique Features
Optimal Dose Indicator algorithm (ODI) for easy information to user to get optimal image quality. Indicator tells user when optimal dose is reached.
Anatomy wise study selection with customised image parameter settings for each anatomy
Realtime live digital zooming in fluoroscopy mode for precision.
Remote service access.
FPD HD Mobile C-Arm Unit
FPD HD SERIES is a mobile C-Arm IMAGE INTENSIFIER system specially designed for Orthopedics Urology, Gastroenterology, Abdominal and other surgical procedures with superior image quality on single / double screen high resolution monitor.
Large FOV
It has an active region of 23.6 cm x 23.6cm (9.3 x 9.3 in), a large field of view that dramatically increase imaging area capacity.
Versatile Design
Compact, slender panels provide more free space for C-Arm modalities. Light weight and convenient for diverse applications.
Advance Technology
Direct-Deposite CSI combined with a precise balance of engineering factors. Panels developed for highly detailed, Iow-dose diagnostic imaging.
TIALIC
More efficient workflow with Time-Independent-Adaptive Low-Dose Image Correction technology. Avoid Iow signal-to-noise ratios caused by insufficient high vo Itage power.
Designed dedicatedly for superior imaging for procedures in
