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This device is indicated for use in generating radiographic images of human anatomy. It is intended to a replace radiographic film/screen system in general-purpose diagnostic procedures. This device is not indicated for use in mammography, fluoroscopy, and angiography applications.

The digital radiography SKR 3000 performs X-ray imaging of the human body using an X-ray planar detector that outputs a digital signal, which is then input into an image processing device, and the acquired image is then transmitted to a filing system, printer, and image display device as diagnostic image data. - This device is not intended for use in mammography - This device is also used for carrying out exposures on children. The Console CS-7, which controls the receiving, processing, and output of image data, is required for operation. The CS-7 is a software with basic documentation level. CS-7 implements the following image processing; gradation processing, frequency processing, dynamic range compression, smoothing, rotation, reversing, zooming, and grid removal process/scattered radiation correction (Intelligent-Grid). The Intelligent-Grid is cleared in K151465. The FPDs used in SKR 3000 can communicate with the image processing device through the wired Ethernet and/or the Wireless LAN (IEEE802.11a/n and FCC compliant). The WPA2-PSK (AES) encryption is adopted for a security of wireless connection. The SKR 3000 is distributed under a commercial name AeroDR 3. The purpose of the current premarket submission is to add pediatric use indications for the SKR 3000 imaging system.

The SKR 3000 is indicated for use in generating radiographic images of human anatomy. It is intended to replace radiographic film/screen system in general-purpose diagnostic procedures. The SKR 3000 is not indicated for use in mammography, fluoroscopy and angiography applications. The P-53 is for adult use only.

The digital radiography SKR 3000 performs X-ray imaging of the human body using an Xray planar detector that outputs a digital signal, which is then input into an image processing device, and the acquired image is then transmitted to a filing system, printer, and image display device as diagnostic image data. - This device is not intended for use in mammography - This device is also used for carrying out exposures on children. The Console CS-7, which controls the receiving, processing, and output of image data, is required for operation. The CS-7 is a software with basic documentation level. CS-7 implements the following image processing; gradation processing, frequency processing, dynamic range compression, smoothing, rotation, reversing, zooming, and grid removal process/scattered radiation correction - (Intelligent-Grid). The Intelligent-Grid is cleared in K151465. This submission is to add the new flat-panel x-ray detector (FPD) P-53 to the SKR 3000. The new P-53 panel shows improved performance compared to the predicate device. The P-53 employs the same surface material infused with Silver ions (antibacterial properties) as the reference device. The FPDs used in SKR 3000 can communicate with the image processing device through the wired Ethernet and/or the Wireless LAN (IEEE802.11a/n and FCC compliant). The WPA2-PSK (AES) encryption is adopted for a security of wireless connection. The SKR 3000 is distributed under a commercial name AeroDR 3.

Bone Suppression Software is an image processing technology to improve the visibility of soft tissues in the lung area by suppressing the signals of ribs and clavicles in chest x-ray images.

The purpose of this software is to provide Bone Suppression images. The software receives the exposed frontal plain chest X-ray images as inputs, then starts processing each image from the Senciafinder Gateway application. After the software is started, it performs the extraction process of the lung field area and Bone Suppression process to attenuate the signals of bones, and outputs Bone Suppression images with attenuated signals of ribs and clavicles in the extracted lung field area. In conjunction with the Senciafinder Gateway, images are received from diagnostic imaging equipment via network. Received images are applied Bone Suppression processing and output to image display system such as PACS / workstation via network.

KONICAMINOLTA DI-X1 is a software device that receives digital x-ray images and data from various sources (i.e. RF Units, digital radiographic devices or other imaging sources). Images and data can be stored, communicated, processed and displayed within the system and/or across computer networks at distributed locations. It is not intended for use in diagnostic review for mammography.

KONICAMINOLTA DI-X1 is a software device that performs image processing and display using Xray digital images (single-frame images, multi-frame images) generated by various diagnostic imaging modality consoles. It is a standalone software device intended to install onto off-the shelf Servers and PCs. KONICAMINOLTA DI-X1 receives X-ray digital images, including serial images, processes the received images, as well as displays and sends the resulting images to PACS and other devices. In addition, KONICAMINOLTA DI-X1 can display images through the browser connection with the client that displays and process images, and instruct transmission of images. The personal computer used in KONICAMINOLTA DI-X1 stores the same data in two hard disks in real time using RAID1 mirroring function. Thus, even if one hard disk is defective, operations can be continued with the other hard disk which has the same data. Modifications are made to add the TD-MODE, Position Tracking and Signal Value Change. The TD-MODE is designed to extract the initial contour of the tracheal wall. The TD-MODE also displays the minimum and maximum tracheal diameter in the frame. The subject device also incorporates Position Tracking and Signal Value Change. Position Tracking is used to track the reference point specified in a frame and display a graph of the position change data. Signal Value Change graphically displays the signal value change within the ROI specified in a frame.

The SKR 3000 is indicated for use in generating radiographic images of human anatomy. It is intended to replace radiographic film/screen system in general-purpose diagnostic procedures. The SKR 3000 is not indicated for use in mammography, fluoroscopy and angiography applications.

The digital radiography SKR 3000 performs X-ray imaging of the human body using an Xray planar detector that outputs a digital signal, which is then input into an image processing device, and the acquired image is then transmitted to a filing system, printer, and image display device as diagnostic image data. - This device is not intended for use in mammography - This device is also used for carrying out exposures on children. The Console CS-7, which controls the receiving, processing, and output of image data, is required for operation. The CS-7 is a software with Moderate level of concern. CS-7 implements the following image processing; gradation processing, frequency processing, dynamic range compression, smoothing, rotation, reversing, zooming, and grid removal process/scattered radiation correction - (Intelligent-Grid). The Intelligent-Grid is cleared in K151465. The CS-7 modifications have been made for a wireless serial radiography. The SKR 3000 is distributed under a commercial name AeroDR 3. This submission is to introduce a wireless serial radiography into the SKR 3000 system. The wireless serial radiography function of P-65 / P-75 used with Phoenix was cleared under K221803. These detectors are wireless and their serial radiography functions are not being controlled by the x-ray generator. Hence no detector integration testing is necessary.

The Ultrasound System SONIMAGE MX1 and its transducers are products designed to collect ultrasonic image data of the human body for diagnostic purposes. The system employs the ultrasonic pulse-echo method to visualize the anatomic structures, characteristics, and dynamics of the human body, and using an image display, Doppler display and/or Doppler sound, offers a procedure applied to the human body for medical diagnosis or examination. The range of intended clinical applications is same as other conventional ultrasound imaging systems for general purpose, such as small parts, abdomen, musculoskeletal, cardiac, and peripheral vascular. This device is intended for use in healthcare facilities, such as health clinics and hospitals. Intended user for the device are physician, sonographer, and other trained qualified healthcare professionals. Modes of operation include B-mode, PWD-mode, CWD-mode, Color Doppler-mode, Power Doppler-mode, and their Combined mode.

The Ultrasound System SONIMAGE MX1 is a portable diagnostic ultrasound system for general purposes. The system provides ultrasound imaging information such as used for the purpose of diagnosing the human body, which visually represents the internal geometry, characteristics and dynamics of the human body, and transmits / receives ultrasound waves to obtain image data of the visual representation. This system provides ultrasound images in conventional modes of B-mode, M-mode, Color Doppler-mode, Power Doppler-mode, PW Doppler-mode and CW Doppler-mode. The optional items are available, such as a Cradle, a Three port probe unit, an Additional Battery, and a Foot Switch with dual/triple pedals. The system can be connected to LAN through the wired Ethernet and, is also capable of wireless LAN with the OTS USB-WiFi adapter supporting security of WPA/WPA2 and WEP. This system conforms to Real Time Display of Thermal and Mechanical Output Indices on Diagnostic Ultrasound Equipment (Track 3). Transducers have their own characteristic applications and are brought into contact with the body surface.

The SKR 3000 is indicated for use in generating radiographic images of human anatomy. It is intended to replace radiographic film/screen system in general-purpose diagnostic procedures. The SKR 3000 is not indicated for use in mammography, fluoroscopy and angiography applications.

The digital radiography SKR 3000 performs X-ray imaging of the human body using an Xray planar detector that outputs a digital signal, which is then input into an image processing device, and the acquired image is then transmitted to a filing system, printer, and image display device as diagnostic image data. - This device is not intended for use in mammography - This device is also used for carrying out exposures on children. The Console CS-7, which controls the receiving, processing, and output of image data, is required for operation. CS-7 implements the following image processing; gradation processing, frequency processing, dynamic range compression, smoothing, rotation, reversing, zooming, and grid removal process/scattered radiation - correction (Intelligent-Grid). The Intelligent-Grid is cleared in K151465. This submission is to add new flat-panel x-ray detectors (FPDs), P-82 and P-85, into the SKR 3000. The P-82 and P-85 employ the same surface material infused with Silver ions (antibacterial properties) as the predicate device. The only difference between the P-82 and P-85 is the number of Li-ion capacitors. The P-85 has two Li-ion capacitors and the P-82 has one. These new P-82 and P-85 are not applicable to the serial radiography which acquires multiple frames of radiography image serially. The FPDs used in SKR 3000 can communicate with the image processing device through the wired Ethernet and/or the Wireless LAN (IEEE802.11a/n and FCC compliant). The WPA2-PSK (AES) encryption is adopted for a security of wireless connection. The SKR 3000 is distributed under a commercial name AeroDR 3.

KONICAMINOLTA DI-X1 is a software device that receives digital x-ray images and data from various sources (i.e. R/F Units, digital radiographic devices or other imaging sources). Images and data can be stored, communicated, processed and displayed within the system and/or across computer networks at distributed locations. It is not intended for use in diagnostic review for mammography.

KONICAMINOLTA DI-X1 is a software device that performs image processing and display using X-ray digital images (single-frame images, multi-frame images) generated by various diagnostic imaging modality consoles. It is a standalone software device intended to install onto off-the -shelf Servers and PCs. KONICAMINOLTA DI-X1 receives X-ray digital images, including serial images, processes the received images, as well as displays and sends the resulting images to PACS and other devices. In addition, KONICAMINOLTA DI-X1 can display images through the browser connection with the client that displays and process images, and instruct transmission of images. The personal computer used in KONICAMINOLTA DI-X1 stores the same data in two hard disks in real time using RAID1 mirroring function. Thus, even if one hard disk is defective, operations can be continued with the other hard disk which has the same data. The modifications are made on software to the identified predicate device to add the PC client to connect to the server using the browser on a personal computer to display images for a WEB reference. In addition, additional imaging processing MODES are implemented into the subject device. The subject device also modifies the graphical display to compare the past exam. graphs based on the measurement values in a chronological order.

This device is indicated for use in generating radiographic images of human anatomy. It is intended to a replace radiographic film/screen system in general-purpose diagnostic procedures. This device is not indicated for use in mammography, fluoroscopy, and angiography applications.

The digital radiography SKR 3000 performs X-ray imaging of the human body using an Xray planar detector that outputs a digital signal, which is then input into an image processing device, and the acquired image is then transmitted to a filing system, printer, and image display device as diagnostic image data. The subject device SKR3000 is not intended for use in mammography This device is also used for carrying out exposures on children. The Console CS-7, which controls the receiving, processing, and output of image data, is required for operation. CS-7 implements the following image processing; gradation processing, frequency processing, dynamic range compression, smoothing, rotation, reversing, zooming, and grid removal process/scattered radiation - correction (Intelligent-Grid). The Intelligent-Grid is cleared in K151465. The proposed SKR 3000 is modified to consist of new FPD P-65 and P-75 in addition to previously cleared P-61, P-71, and P-81, Console CS-7 and other peripherals. The DR Detector uses the exposure signal or exposure from the X-ray device to generate X-ray digital image data for diagnosis, including serial exposure images, and send to the image processing controller. The operator console software, Console CS-7, is a software program for installation on a OTC PC. Software module modifications have been made to use new FPDs (P-65 and P-75) (Cassette Type Detection Software (CTDS)) and to support 40 seconds serial radiography (SIC). The FPDs used in SKR 3000 can communicate with the image processing device through the wired Ethernet and/or the Wireless LAN (IEEE802.11a/n and FCC compliant). The WPA2-PSK (AES) encryption is adopted for a security of wireless connection. The new DR panels, P-65 and P-75, employ the surface material containing antibacterial agent in both radiation and irradiation sides. In the serial radiography settings, acquisition time has been changed from up to 20 seconds to 40 seconds to observe a variety of dynamic objects. Other control parameters of serial radiography are not changed from the predicate device. The SKR 3000 is distributed under a commercial name AeroDR 3.

The ImagePilot software is intended for installation on an off-the-shelf PC meeting or exceeding minimum specifications. The ImagePilot software primarily facilitates processing and presentation of medical images on display monitors suitable for the medical task being performed. The ImagePilot software can process and display medical images from the following modality types: Plain X-ray Radiography, X-ray Computed Tomography, Magnetic Resonance imaging, Ultrasound, Nuclear Medicine and other DICOM compliant modalities. The ImagePilot must not be used for primary image diagnosis in mammography.

The ImagePilot software is intended for installation on an off-the-shelf PC meeting or exceeding minimum specifications. The ImagePilot software primarily facilitates processing and presentation of medical images on display monitors suitable for the medical diagnostics task being performed. The ImagePilot software can process and display medical images from the following modality types: Plain X-ray Radiography, X-ray Computed Tomography, Magnetic Resonance imaging, Ultrasound, Nuclear Medicine and other DICOM compliant modalities including mammography. When used for mammography the ImagePilot should never be used as a diagnostic tool.