SMARTDOSE
Best Image Quality.
Minimized Dose
Save dose with the enhanced CMOS imaging chain – now available in our latest C-arms.
Ziehm Imaging's unique SmartDose concept1
The comprehensive concept consists of a broad, clinically proven application portfolio to address the daily challenges of low dose and high image quality. With significant dose savings, Ziehm Imaging sets the benchmark in user-friendly adjustment of dose exposure.
Laser positioning device
integrated in flat-panel and generator housing for accurate and dose-free positioning of C-arm
Reduction of pulse frequency
manually or fully automatically to lower the accumulated dose
Object detected dose control (ODDC)2
to automatically analyze the area of interest and minimize dose while optimizing image quality
Anatomical programs
with automatic optimization of dose and image quality for best results
High-speed ADR
for intelligent, fast regulation of pulse rate to lower the dose level
Zaip algorithm and filters
to display fast-moving objects like guide wires and even the smallest vessels in razor-sharp image quality
Low dose Mode
in all anatomical programs for particularly dose-sensitive procedures, e.g. in pediatrics
Premag
for exposure-free magnification of X-ray images
Automatic adjustment
for obese patients – with no additional increase in dose
Removable grid
to reduce dose in pediatric and other dose-sensitive procedures
Virtual collimators
for exposure-free positioning of collimators
Beam Filtration3
for reduced skin entrance dose without compromising on image quality
INTERESTED IN MORE
1 The SmartDose Concept includes a variety of hard- and software features. Due to regulatory reasons the availability of each feature may vary. Please contact your local Ziehm Imaging sales representative for detailed information.
2 Gosch D. et al. "Influence of grid and ODDC on radiation exposure and image quality using mobile C-arms – First results", RöFo, 09/07
3 The technology Beam Filtration reduces dose exposure for all CMOSline systems in comparison to conventional filtration techniques (Status before September 2017). Data on File. Results may vary