CT Scanner Calibration
Precision Imaging Starts with Precision Calibration
If your GE CT scanner isn't calibrated correctly, it's not just a technical issue; it's a clinical risk. FDM Enterprises provides expert CT calibration services to ensure your scanner is producing accurate imaging, checking Hounsfield Units, and artifact-free slices.
Proper calibration restores image quality, boosts diagnostic confidence, and keeps you compliant with ACR and physicist guidelines.
What We Calibrate on GE CT Systems
- Hounsfield Unit accuracy using water phantoms
- Detector gain, offset, and uniformity
- Gantry alignment and slice thickness
- Table travel accuracy
- Air calibration and baseline noise levels
Our CT Scanner Calibration Process
1. Phantom Imaging & HU Baseline Testing
2. Detector Calibration
3. Geometric Checks
4. Post-Calibration QA
Why Choose FDM Enterprises?
Expert calibration of GE LightSpeed, BrightSpeed, and VCT CT scan equipment models.
Ensure ACR compliance and physicist QA readiness.
Restore crisp imaging and eliminate shading, rings, or HU drift.
Why CT Calibration Is Critical
Miscalibrated systems can distort tissue density and diagnosis.
ACR and physicist QC requires calibration after tube changes or major repairs.
Prevents repeat scans, image artifacts, and misdiagnosis.
Frequently Asked Questions
Our repair process includes rapid scheduling, diagnostic evaluation using manufacturer-specific tools, component-level repair, and thorough system testing with full documentation and test scans.
With over 25 years of experience, FDM Enterprises offers expert-level MRI repair, clear communication, transparent pricing, and specialized support for GE and Siemens MRI systems.
Yes. FDM Enterprises is a veteran-owned biomedical equipment service company serving the Southeast United States with over 25 years of hands-on field service experience in MRI, CT, and injector maintenance and repair.
Timely MRI machine repair is crucial because downtime can cost thousands per hour. Early action prevents catastrophic failures, ensuring imaging quality and minimizing costly delays.
Common MRI machine failures include power issues, gradient or RF amplifier errors, patient table malfunctions, communication errors, and image artifacts that can impact scan accuracy and performance.