OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
OrthoView provides the means for a surgeon to plan surgery by assessing medical
OrthoView provides the means for a surgeon to plan surgery by assessing medical images loaded into it. This enables the surgeon to gather measurements and angles of anatomical landmarks, visualize the effect of the surgery by animating regions of the image, size and position templates representing prosthetic or fixation devices and output reports specifying the measurements and device decisions.
Intuition Thin Client (aka ThinClient and AquariusNET Viewer or AquariusNET Thin
Intuition Thin Client (aka ThinClient and AquariusNET Viewer or AquariusNET ThinClient) is a client viewer with basic 2D/3D image viewing capabilities.
Intuition Client (aka Aquarius iNtuition Client, AQi, Aquarius Workstation, or A
Intuition Client (aka Aquarius iNtuition Client, AQi, Aquarius Workstation, or Aquarius Workstation iNtuition Client) is the most comprehensive client viewer with 2D/3D/4D image processing and visualization capabilities.
The AquariusNET Server, also known as iNtuition Server, receives, stores, transm
The AquariusNET Server, also known as iNtuition Server, receives, stores, transmits and post-processes medical images from acquisition devices, in both DICOM and non-DICOM format.
AquariusWeb Viewer (aka AqWeb or Web Viewer, marketing term) is a version of iNt
AquariusWeb Viewer (aka AqWeb or Web Viewer, marketing term) is a version of iNtuitionEMV with a focus on 3D rendering, additionally providing workflow and scene support.
iNtuitionEMV (aka iEMV) is a “zero footprint” 2D/basic 3D image client viewer ru
iNtuitionEMV (aka iEMV) is a “zero footprint” 2D/basic 3D image client viewer running within a web browser. Limited to the context of iEMV usage on a mobile device, it is referred to as iEMV Mobile.
iNtuitionReview (aka iReview or AquariusNET Viewer) is a 2D/basic 3D image clien
iNtuitionReview (aka iReview or AquariusNET Viewer) is a 2D/basic 3D image client viewer that provides multi-monitor and multi-modality image review.
ThinClient (aka AquariusNET Viewer or AquariusNET ThinClient) is a client viewer
ThinClient (aka AquariusNET Viewer or AquariusNET ThinClient) is a client viewer with basic 2D/3D image viewing capabilities.
The Intuition Server (aka AquariusNET Server and iNtuition Server) receives, sto
The Intuition Server (aka AquariusNET Server and iNtuition Server) receives, stores, transmits and post-processes medical images from acquisition devices in DICOM and non-DICOM formats.
Intuition Web (aka AquariusWeb Viewer and AqWeb or Web Viewer, marketing term) i
Intuition Web (aka AquariusWeb Viewer and AqWeb or Web Viewer, marketing term) is a version of Intuition EMV (aka iNtuitionEMV) with a focus on 3D rendering, additionally providing workflow and scene support.
Intuition Mobile ( aka iNtuition Mobile and AQMobile) refers to the client viewe
Intuition Mobile ( aka iNtuition Mobile and AQMobile) refers to the client viewer designed for mobile devices.
Aquarius iNtuition Client (aka AQi, Aquarius Workstation, or Aquarius Workstatio
Aquarius iNtuition Client (aka AQi, Aquarius Workstation, or Aquarius Workstation iNtuition Client) is the most comprehensive client viewer with 2D/3D/4D image processing and visualization capabilities.
Intuition (also referred to as Aquarius Intuition) is a medical device comprised
Intuition (also referred to as Aquarius Intuition) is a medical device comprised of two stand-alone software components: a server software backend (Intuition Server) which performs complex image post processing and client viewer software (Intuition Client Viewers) that provides a user interface, enabling the user to view medical image data and associated derived metadata. The Intuition client viewer/server software enables 2D/3D/4D (3D with the dimension of time) image review, volume rendering, communications, storage, reporting, and image post processing. The Intuition software is used with off-the-shelf hardware, including a computer, monitor, keyboard and mouse.Intuition is comprised of six (6) separate client viewers: Intuition Client with Emergency Lung Docker, Intuition Thin Client, Intuition Review, Intuition EMV, Intuition Web Viewer, and Intuition Mobile.
The VMS+ system is an adjunct to existing ultrasound imaging systems and is inte
The VMS+ system is an adjunct to existing ultrasound imaging systems and is intended to record, analyze, store and retrieve digital ultrasound images for computerized 3-dimensional image processing. The VMS+ system is indicated for use where Left Ventricle (LV), Right Ventricle (RV), Left Atrium (LA), and Right Atrium (RA) volumes and ejection fractions are warranted or desired.
Sectra Orthopaedic Package is intended to assist the user when doing preoperativ
Sectra Orthopaedic Package is intended to assist the user when doing preoperative planning, making musculoskeletal (MSK) measurements and post-operative follow-up. The device has functionality in both 2D and 3D for viewing prosthesis templates on radiological images, tools for repositioning bones and templates, and tools for measurements in the images.For example the Sectra Orthopaedic Package shall:• Assist the orthopaedic surgeons in choosing which implants to use.• Assist the orthopaedic surgeons in choosing where to place cut lines etc.• Assist the orthopaedic surgeons in following-up of surgical procedures.• Assist the orthopaedic surgeon in planning trauma, joint, spine and deformity surgery.• Assist the radiologist in making MSK measurements.• Assist the user in producing outputs for post-processing such as 3D prints of anatomical models.Typical users of this system are trained professionals, for example orthopaedic surgeons, physicians, and radiologists.
Sectra Workstation is intended for the display, manipulation and diagnostic revi
Sectra Workstation is intended for the display, manipulation and diagnostic review of medical images (e.g. DICOM, jpeg, mpeg) and other related medical information. It can show images from different sources and interface with various image storage and printing devices. Areas of application include e.g. radiology (e.g. CR, DX, CT, MR, US), mammography, cardiology and ophthalmology.Typical users are trained medical professionals, including, but not limited to physicians, radiologists, nurses, medical technicians and assistants.Lossy compressed radiological images and DICOM “for processing” images are not intended for diagnostic review.Only for the United States:- Mammographic images must be reviewed on a monitor approved by FDA for this purpose.Sectra UniView, the web-based model of Sectra Workstation, is primarily intended for reference viewing on both stationary and mobile platforms. It is not intended for replacing a full diagnostic workstation but it can be used on stationary platforms for diagnostic review of medical images except mammograms. For diagnostic review of radiological images full image quality mode must be used.Note: The user is responsible for the quality, accuracy and adequacy of all information imported or entered into Sectra Workstation, whether it is videos, photographs, audio or text. Further, the user is responsible for the clinical adequacy of the viewing device used e.g. size, resolution and contrast.
Sectra Orthopaedic Package is intended to assist the user when doing preoperativ
Sectra Orthopaedic Package is intended to assist the user when doing preoperative planning, making musculoskeletal (MSK) measurements and post-operative follow-up. The device has functionality in both 2D and 3D for viewing prosthesis templates on radiological images, tools for repositioning bones and templates, and tools for measurements in the images.For example the Sectra Orthopaedic Package shall:• Assist the orthopaedic surgeons in choosing which implants to use.• Assist the orthopaedic surgeons in choosing where to place cut lines etc.• Assist the orthopaedic surgeons in following-up of surgical procedures.• Assist the orthopaedic surgeon in planning trauma, joint, spine and deformity surgery.• Assist the radiologist in making MSK measurements.• Assist the user in producing outputs for post-processing such as 3D prints of anatomical models.Typical users of this system are trained professionals, for example orthopaedic surgeons, physicians, and radiologists.
Sectra Workstation is intended for the display, manipulation and diagnostic revi
Sectra Workstation is intended for the display, manipulation and diagnostic review of medical images (e.g. DICOM, jpeg, mpeg) and other related medical information. It can show images from different sources and interface with various image storage and printing devices. Areas of application include e.g. radiology (e.g. CR, DX, CT, MR, US), mammography, cardiology and ophthalmology.Typical users are trained medical professionals, including, but not limited to physicians, radiologists, nurses, medical technicians and assistants.Lossy compressed radiological images and DICOM “for processing” images are not intended for diagnostic review.Only for the United States:- Mammographic images must be reviewed on a monitor approved by FDA for this purpose.Sectra UniView, the web-based model of Sectra Workstation, is primarily intended for reference viewing on both stationary and mobile platforms. It is not intended for replacing a full diagnostic workstation but it can be used on stationary platforms for diagnostic review of medical images except mammograms. For diagnostic review of radiological images full image quality mode must be used.Note: The user is responsible for the quality, accuracy and adequacy of all information imported or entered into Sectra Workstation, whether it is videos, photographs, audio or text. Further, the user is responsible for the clinical adequacy of the viewing device used e.g. size, resolution and contrast.
Sectra Orthopaedic Package is intended to assist orthopaedic surgeons when doing
Sectra Orthopaedic Package is intended to assist orthopaedic surgeons when doing preoperative planning and post-operative follow-up.The device has functionality for overlaying prosthesis templates on radiological images, tools for repositioning bone and templates, and tools for measurements in the images.
Sectra Workstation is intended for the display, manipulation and diagnostic revi
Sectra Workstation is intended for the display, manipulation and diagnostic review of medical images (e.g. DICOM, jpeg, mpeg) and other related medical information. It can show images from different sources and interface with various image storage and printing devices. Areas of application include e.g. radiology (e.g. CR, DX, CT, MR, US), mammography, cardiology and ophthalmology.Typical users are trained medical professionals, including, but not limited to physicians, radiologists, nurses, medical technicians and assistants.Lossy compressed radiological images and DICOM “for processing” images are not intended for diagnostic review.Only for the United States:- Mammographic images must be reviewed on a monitor approved by FDA for this purpose.Sectra UniView, the web-based model of Sectra Workstation, is primarily intended for reference viewing on both stationary and mobile platforms. It is not intended for replacing a full diagnostic workstation but it can be used on stationary platforms for diagnostic review of medical images except mammograms. For diagnostic review of radiological images full image quality mode must be used.Note: The user is responsible for the quality, accuracy and adequacy of all information imported or entered into Sectra Workstation, whether it is videos, photographs, audio or text. Further, the user is responsible for the clinical adequacy of the viewing device used e.g. size, resolution and contrast.
Sectra Workstation is intended for the display, manipulation and diagnostic revi
Sectra Workstation is intended for the display, manipulation and diagnostic review of medical images (e.g. DICOM, jpeg, mpeg) and other related medical information. It can show images from different sources and interface with various image storage and printing devices. Areas of application include e.g. radiology (e.g. CR, DX, CT, MR, US), mammography, cardiology and ophthalmology.Typical users are trained medical professionals, including, but not limited to physicians, radiologists, nurses, medical technicians and assistants.Lossy compressed radiological images and DICOM “for processing” images are not intended for diagnostic review.Only for the United States:- Mammographic images must be reviewed on a monitor approved by FDA for this purpose.Sectra UniView, the web-based model of Sectra Workstation, is primarily intended for reference viewing on both stationary and mobile platforms. It is not intended for replacing a full diagnostic workstation but it can be used on stationary platforms for diagnostic review of medical images except mammograms. For diagnostic review of radiological images full image quality mode must be used.Note: The user is responsible for the quality, accuracy and adequacy of all information imported or entered into Sectra Workstation, whether it is videos, photographs, audio or text. Further, the user is responsible for the clinical adequacy of the viewing device used e.g. size, resolution and contrast.
Sectra Orthopaedic Package is intended to assist orthopaedic surgeons when doing
Sectra Orthopaedic Package is intended to assist orthopaedic surgeons when doing preoperative planning and post-operative follow-up.The device has functionality for overlaying prosthesis templates on radiological images, tools for repositioning bone and templates, and tools for measurements in the images.
Sectra Workstation is intended for the display, manipulation and diagnostic revi
Sectra Workstation is intended for the display, manipulation and diagnostic review of medical images (e.g. DICOM, jpeg, mpeg) and other related medical information. It can show images from different sources and interface with various image storage and printing devices. Areas of application include e.g. radiology (e.g. CR, DX, CT, MR, US), mammography, and cardiology.Typical users are trained medical professionals, including, but not limited to physicians, radiologists, nurses, medical technicians and assistants.Lossy compressed radiological images and DICOM “for processing” images are not intended for diagnostic review.Only for the United States:- Mammographic images must be reviewed on a monitor approved by FDA for this purpose.Sectra UniView, the web-based model of Sectra Workstation, is primarily intended for reference viewing on both stationary and mobile platforms. It is not intended for replacing a full diagnostic workstation but it can be used on stationary platforms for diagnostic review of medical images except mammograms. For diagnostic review of radiological images full image quality mode must be used.Note: The user is responsible for the quality, accuracy and adequacy of all information imported or entered into Sectra Workstation, whether it is videos, photographs, audio or text. Further, the user is responsible for the clinical adequacy of the viewing device used e.g. size, resolution and contrast.