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Radlink GPS Pro Imaging is an image-processing software intended to assist in hip procedures by measuring the acetabulum's position relative to local bone structures identified from radiological images. The device allows for overlaying digital annotations on radiological images and includes tools for performing measurements using the images and digital annotations. Clinical judgment and experience are required to properly use the software. The software is not for primary image interpretation. The software is not for use on mobile phones.

The Radlink® GPS Pro Imaging is an image processing software designed to assist orthopedic surgeons in positioning hip, knee, and trauma components. The software leverages advanced geographic measurement and stitching technologies, which have been previously FDA cleared, ensuring precise and reliable image handling. These foundational technologies continue to be the primary features of software. Additionally, Radlink GPS Pro Imaging software supports complete image acquisition and DICOM transmission capabilities, facilitating seamless integration with existing hospital systems. It is compatible with Windows operating system, and requires minimal hardware specifications, making it a versatile solution for different clinical setups.

Radlink GPS is intended for digital image capture use in general radiographic examinations, whenever conventional screen-film systems may be used. Radlink GPS allows imaging of the pelvis, knee, skull, chest, shoulder, spine, abdomen and extremities. The digital images are transmitted from the panel or from a connection to PACS via computer networks or from a video input port to a personal computer (PC) where they may be displayed, processed, altered, overlaid with templates, compressed for archiving or transmission via computer networks to other medical facility sites. Not for mammography.

The Radlink GPS system represents the straightforward integration of digital x-ray receptor panels with their own FDA 510(k) clearance and our acquisition software that has been previously cleared by the FDA for use with our Radlink CR-Pro Solid State X-ray Imager (K052938) and Radlink LaserPro-16 (K020243). The Radlink GPS is compatible with the following digital x-ray receptor panels: - . Vieworks VIVIX-S (K120020) and VIVIX-S Wireless (K122865) - . Trixell Artpix Mobile EZ2GO with portable PIXIUM 3543EZ (K110849) - -Perkin Elmer XRpad 4336 MED (K140551) Radlink GPS is a Digital Radiography (DR) system, featuring an integrated flat panel digital detector (FPD). Radlink GPS is designed to perform digital radiographic examinations as a replacement for conventional film. This integrated platform provides the benefits of PACS with the advantages of digital radiography for a filmless environment and improves cost effectiveness. The major functions and principle of operations of the Radlink CR Pro acquisition software and PACS were not changed. The digital copies are transmitted to an internal personal computer (PC) where they may be displayed, processed for archiving or transmission via computer networks to other medical facility sites. Images can be rotated, flipped, coomed, window level, overlaid and annotated (markers, text, freestyle, line distance measurements, angles). Digital images may be received via the flat panel digital detector (FPD), from a connection to PACS via computer networks or from a video input port.

The CR-Pro is a free standing, laser driven, image digitizer intended to produce digital copies of phosphor plate recorded images in 16 levels of gray scale. The digital copies are transmitted to an internal Intel Pentium 4 based personal computer (PC) where they may be displayed, processed, or compressed for archiving or transmission via computer networks to other medical facility sites. This device is not to be used for primary imaging diagnosis in mammography.

The eRadlink CR-Pro is a digitizing scanner that converts radiographic film transparency images to digital format. This is accomplished by utilizing a laser beam light source and a proprietary sealed path of fiber optics. The new technology provides superior image quality, requires no internal optics cleaning, no optical alignment and is inherently highly accurate and reliable. Phosphor plates from a minimum of 10 inches to a maximum of 14 inches in width, is driven past the digitizing laser beam by a clocked, stepping motor. Scanned data is electronically converted from analog to 16 bit digital gray scale and transmitted to the internal computer for processing.

The LaserPro 16 is a desk top laser image digitizer intended to produce digital copies of radiological film in 10 bit gray scale. The digital copies are transmitted to a conventional based personal computer (PC) where they may be transmitted to a PACS (Picture Archiving and Communication System) or other networks to other medical facility sites.

The eRadLink LaserPro 16 is a digitizing scanner that converts radiographic film transparency images to digital format. This is accomplished by utilizing a laser beam light source and a proprietary sealed optic path. There are no internal lenses, mirrors, or electro-optic devices. The new technology provides superior image quality, requires no internal optics cleaning, no optical alignment and is inherently highly accurate and reliable. Film, from a minimum of 2 inches to a maximum of 14 inches in width and, from a minimum of 2 inches to a maximum of over 52 inches in length is driven passed the scanning laser beam by a clocked, stepping motor. Scanned data is electronically converted from analog to 16 bit digital gray scale and transmitted to the host computer in DICOM format.