Μια χειρουργική οθόνη ευρείας θέασης 55 ιντσών με ανάλυση 4K UHD (3840 x 2160 pixels) και υψηλή φωτεινότητα για ενδοσκόπηση, μικροχειρουργική και άλλες επεμβάσεις υψηλής ακρίβειας.

• Ακριβής αναπαραγωγή χρώματος (BT.2020)
• Υποστήριξη HDR
• Απεικόνιση PinP (Picture in Picture) και PbyP (Picture by Picture)
• Αυτόματη ανίχνευση θύρας εισόδου

The constantly growing number of medical devices and equipment used in the OR is a major challenge for OR and nursing staff. This is because, even in stressful situations, they have to be able to operate the equipment without making an error. Different user interfaces and systems that are not compatible with one another sometimes force the OR team into using awkward workflows.

With CuratOR Caliop, EIZO has developed an integration software that centralizes key OR-workflows on a single platform.

• Simple and intuitive menu navigation
• Manufacturer-independent integration
• Designed for use with mouse and touchscreen as well as remotely (foot switch / endoscope head buttons)
• Only one user interface is necessary
• Modules can be added on and additional elements can be purchased later
• Saves time and money
• Uncomplicated administration

The Surgical Panel SP1-654K with integrated monitor as well as build-in IT and video management components is a digital image viewing system, designed for use in the operating room. Integrated into the hospital’s IT structure, it supports various workflows. The SP1-654K provides the OR team with a perfect view also from remote locations in the operating room.

• Built-in 65” monitor (touchscreen option)
• Workstation for image viewing
• Space-saving wall mounting
• High ease of service and maintenance
• Flexible choice of material, configuration and accessories
• Completely sealed within the OR and disinfectable

The Large Monitor Manager LMM0804 enables digital and analog images from various sources to be arranged flexibly on large-format or multiple monitors. The LMM0804 has been designed for use in operating rooms, where an extremely flexible image display is required during surgery. At the same time, the image content for each individual unit can be defined separately.

• Small and compact size allows easy installation in existing systems.
• Up to 8 signal sources can be displayed simultaneously on a maximum of 5 connected monitors.
• The monitors can be connected over a distance of up to 36 m.
• Image is available within 4 secondes after system reboot.
• Maximum image latency of one frame (input to output) provides almost real-time image).

The CID1201P is a panel PC with touchscreen and preinstalled operating software and designed specifically for interfacing with the Large Monitor Manager.

• Quick and intuitive selection of predefined layouts and video sources
• Simple integration in local network
• Robust and secure use in the OR environment
• VESA Adapter for extended mounting options

The 58 inch viewing area of LS580W enables a new dimension in medical imaging allowing high flexibility in arranging different screen layouts. Important pictures can be scaled to the desired size, less important information can be moved out of the focus. The LS580W supports life time luminance stability. Its tone curves match DICOM/CIE recommendations. The monitor can be mounted to ceiling suspensions and is ideal for operating rooms where multiple medical images need to be displayed simultaneously.

• 58-inch LCD module with 8 megapixel (4K ultra HD) resolution.
• Environmentally-friendly LED backlight offering a maximum brightness of 700 cd/m².
• Redundant components architecture for a high degree of operational reliability.
• Factory-adjusted grayscale tones to meet DICOM Part 14 standard for optimum display of medical DICOM images.
• 5 user-selectable 11-bit look-up tables enable accurate viewing of any type of medical image.
• Homogeneous brightness uniformity across the entire screen.

Μια χειρουργική οθόνη ευρείας θέασης 43 ιντσών 3D με ανάλυση 4K UHD (3840 x 2160 pixels) και υψηλή φωτεινότητα για ενδοσκόπηση, μικροχειρουργική και άλλες επεμβάσεις υψηλής ακρίβειας.

• Ελαφρύ για μετακίνηση διαμέσω τροχήλατου εξοπλισμού
• Ακριβής αναπαραγωγή χρώματος (BT.2020)
• Υποστήριξη HDR
• Απεικόνιση PinP (Picture in Picture) και PbyP (Picture by Picture)
• Αυτόματη ανίχνευση θύρας εισόδου

Μια χειρουργική οθόνη ευρείας θέασης 32 ιντσών με ανάλυση 4K UHD (3840 x 2160 pixels) και υψηλή φωτεινότητα για ενδοσκόπηση, μικροχειρουργική και άλλες επεμβάσεις υψηλής ακρίβειας.

• Ακριβής αναπαραγωγή χρώματος (BT.2020)
• Υποστήριξη HDR
• Απεικόνιση PinP (Picture in Picture) και PbyP (Picture by Picture)
• Λειτουργία Optical bonding
• Αυτόματη ανίχνευση θύρας εισόδου

Flexible image management of monitors with resolutions from 2 Megapixels to 8 Megapixels. Different layouts can be arranged according to user preferences and working situation. This simplifies the surgeon’s individual workflow.

• Small dimensions allow easy installation in existing systems.
• Single and Dual Workspace supported.
• Video signal is valid at the output within 4 seconds after switching on.
• Long product life cycle by using ling term available parts.
• Maximum image latency of one frame (input to output).
• Switch time between layouts sets less than 0.5 second with flicker-free picture.
• Scaler output allows distribution of arranged image to HD monitor or recording system.

With TIP0210-DVI, image and video data, as well as control signals, can be transmitted with zero latency or loss in a 10 Gbit network. As a result, a flexible video routing can be realized using standardized, forwardlooking network technology.

• Uncompressed, loss-free data transmission of 10 Gbit/s
• Transmission with zero latency, for better hand-eye coordination
• One device per software can be used as a decoder and encoder
• Up to two video links per device can be processed
• Multiple views on a monitor possible through one signal
• Passive cooling

Οθόνη 32 ιντσών με Ανάλυση 4K UHD για Απεικόνιση Μαγνητικού Τομογράφου (MRI)

• Προστασία έναντι των μαγνητικών πεδίων
• Ελαχιστοποίηση των επιπτώσεων στα μαγνητικά πεδία
• Σύστημα σταθεροποίησης φωτεινότητας
• Χρωματική Ακρίβεια