At KA Imaging, we strive to fulfill our vision of “Innovative X-ray everywhere” and this is why we keep researching and developing cutting edge advances in X-ray technologies.

This page is intended to serve as notice under 35 U.S.C. § 287(a).

Learn more about patents related to KA Imaging products. If you have any questions about this list, please contact KA Imaging at +1 226-215-9897.

United States Patent Marking for Reveal™ family products made from December 14, 2021 until this list is next revised.

• System and Method for an X-ray Detector, U.S. Patent 10,045,747 B2
• Method and system for determining virtual outputs for a multi-energy X-ray imaging apparatus, US 10,856,826 B2
• System and Method for an X-ray Detector, US 11,123,028 B2
• Method and apparatus for spectral adjustment in digital X-ray imaging, US 11,147,529 B2
• Other Patents Pending.

United States Patent Marking for BrillianSe™ family products made from September 22, 2020 until this list is next revised.

• Method and Apparatus for a High Resolution, High Speed Radiation Imaging, U.S. Patent 10,627,530 B2
• Radiation Detector System and Method of Manufacture, U.S. Patent 9,269,838 B2
• Other Patents Pending.

United States Patent Marking for inCiTe™ family products made from September 22, 2020 until this list is next revised.

• Method and Apparatus for a High Resolution, High Speed Radiation Imaging, U.S. Patent 10,627,530 B2
• Radiation Detector System and Method of Manufacture, U.S. Patent 9,269,838 B2
• Other Patents Pending.

Listing of all unique KA Imaging United States Patent Marking (54 global) made from September 22, 2020 until this list is next revised.

Active Pixel Sensor Technology:

• Multi-mode digital imaging apparatus and system, U.S. 7,791,032 B2.
• High gain digital imaging system, U.S. 7,995,113 B2.
• Device and pixel architecture for high resolution digital imaging, U.S. 8,199,236 B2.

High Resolution Sensor:

• Method and Apparatus for a Lateral Radiation Detector, U.S. 8,836,069 B2.
• Photoconductive element for radiation detection in a radiography imaging system, U.S. 9,401,383 B2.
• Apparatus for radiation detection in a radiography imaging system, U.S. 9,784,693 B2.
• Apparatus for radiation detection in a digital imaging system, U.S. 10,514,471 B2.
• Apparatus for radiation detection in a radiography imaging system, U.S. 10,468,450 B2.

Phase contrast X-ray:

• Radiation Detector System and Method of Manufacture, U.S. 9,269,838 B2.
• Method and apparatus for a radiation detector, U.S. 8,129,688 B2.
• Method and Apparatus for a High Resolution, High Speed Radiation Imaging, U.S. 10,627,530 B2.
• US patent pending.

Spectral X-ray:

• Multi-layer flat panel x-ray detector, US Patent 9,526,466 B2.
• Multi-sensor pixel architecture for use in a digital imaging system, U.S. 9,698,193 B1.
• US patent pending.
• US patent pending.

X-ray Software, Algorithms and Methods:

• Method and system for determining virtual outputs for a multi-energy X-ray imaging apparatus, U.S. 20190374182 A1, Notice of Allowance received.
• Method and Apparatus for Improved Detective Quantum Efficiency in an X-ray Detector, U.S. 10,182,194 B2.
• System and Method for an X-ray Detector, U.S. Patent 10,045,747 B2.
• US patent pending.