Tech Specs Leica Microscopes.pdf

ARveo 8x

3D Digital Microscope

Technical Specifications

Technical Brochure Europe

ELECTRICAL DATA

Power connection for ARveo 8x

1300 VA, 100 V – 240 V / 50–60 Hz integrated circuit breaker

Protection class Class 1

MICROSCOPE FEATURES

Magnification 6:1 zoom, motorized, manual adjustment option, status displayed in the display of the optics carrier

Objective / working distance

225–600 mm, motorized multifocal lens, continuously adjustable, manual adjustment option, status displayed in the display of the optics carrier

Objective lens Apochromatic

Eyepieces Wide-field eyepieces for people wearing glasses 10× and 12.5× dioptric adjustment ±5 diopter settings adjustable eyecup

Illumination Illumination system specially developed for microsurgical applications.

Continuously variable illumination field diameter with Gaussian light distribution.

Continuously adjustable brightness at constant color temperature.

AutoIris Automatic synchronization of the illumination field diameter according to the magnification factor.

Using the manual override, the illumination field can be adjusted manually.

Main illumination High-output xenon arc lamp 400 W, via fiber optics cable with independent power supply board.

Backup lamp 400 W xenon arc-lamp with redundant electrical high voltage part with independent power supply board.

BrightCare Plus Safety function which automatically limits the maximum brightness depending on the working distance, controlled by a built-in luxmeter.

SpeedSpot Laser focusing aid for fast and exact positioning of the microscope

Fine focus Available for back assistant

Magnification multiplier

1.4× (optional)

OPTICAL DATA

Zoom magnification

Type A binocular tubes, focal length (f) 162.66

Working distance

225 mm 600 mm

Mtot FoV [mm] Mtot FoV [mm]

Eyepiece 10× min. 1.92 109.3 0.96 219.9 max. 11.5 18.2 5.7 36.7

Eyepiece 12.5× min. 2.40 88.5 1.19 178.0 max. 14.4 14.7 7.2 29.7

Type B binocular tubes f170.0

Working distance

225 mm 600 mm

Mtot FoV [mm] Mtot FoV [mm]

Eyepiece 10× min. 2.01 104.4 1.0 210.2 max. 12.1 17.4 6.0 35.0

Eyepiece 12.5× min. 2.51 84.5 1.25 170.1 max. 15.1 14.1 7.5 28.35

Zoom magnification including magnification multiplier 1.4×

Type A binocular tubes f162.66

Working distance

225 mm 600 mm

Mtot FoV [mm] Mtot FoV [mm]

Eyepiece 10× min. 2.7 78.1 1.34 157.1 max. 16.1 13.0 8.0 26.2

Eyepiece 12.5× min. 3.36 63.2 1.67 127.2 max. 20.2 10.5 10.0 21.2

Type B binocular tubes f170.0

Working distance

225 mm 600 mm

Mtot FoV [mm] Mtot FoV [mm]

Eyepiece 10× min. 2.8 74.6 1.4 150.1 max. 16.9 12.4 8.4 25.0

Eyepiece 12.5× min. 3.5 60.4 1.75 121.5 max. 21.1 10.1 10.5 20.3

Mtot = total magnification FoV = Field of View Tolerances of ± 5%

Binocular tubes

Type A f162.66 10448088: Binocular tube var. 0–80° 10446574: Inclined binocular tube 10446618: Inclined binocular tube 45°

Type B f170.0 10446797: Binocular tube var. 30–150°

Type C f131.65 10448386: Straight binocular tube

SELECTABLE OPTIONS

Microscope carrier

Rotation of optics 540°

Lateral tilt 50° to left / 50° to right

Inclination tilt –30° / +120°

XY speed Zoom linked XY speed

Surgeon Information Panel

Quick overview of the most important microscope parameters like magnification, working distance, light intensity, fluorescence modes, and the recording and playback status.

ARveo 8x with ULT

FusionOptics for increased depth of field for main surgeon and back assistant

Manual fine focus for back assistant, ±5 diopter

Integrated 360° rotatable adapter for main surgeon and back assistant binocular

M530 optics carrier with ULT for ARveo 8x

Monitors for observation and heads-up surgery microscope integrated

external cart-mounted

4K 3D 55-inch monitor

connector

2D AND 3D VIEW

The optional Heads-up microsurgery accessory for ARveo 8x hybrid surgical microscope displays the surgical field in 2D or 3D (stereoscopic) on a visualization device.

The technology provides ergonomic advantages as the user can maintain an upright posture while observing the surgical field.

The Heads-up Microsurgery accessory contains a cart-mounted monitor, which can be flexibly positioned to achieve optimal viewing positions.

(Please see the Heads-up Microsurgery equipment user manual).

The external monitor on cart (4) can display a stereoscopic 3D images when used in conjunction with 3D glasses.

The stand monitor (2) can be supplied as a 2D or 3D configuration.

The 3D capable monitors automatically switch between 2D and 3D mode when required by the visualization.

LICENSES

Certain functions in the ARveo 8x are only activated if the following licenses are installed:

FL400: Usage of FL400 mode activation from GUI, handles or foot switch, access to FL400 settings pages

FL560: Usage of FL560 mode activation from GUI, handles or foot switch, access to FL560 settings pages

3D: Use of 3D toggle on the Basic settings page, and 3D file export toggle

DICOM: Functionality to set up and use export of patient data to external DICOM storage

GLOW800: Usage of GLOW800 mode activation from GUI, handles or foot switch, access to multiple GLOW800 settings pages

GLOW400: Usage of GLOW400 mode activation from handles or foot switch.

X If the licenses are not pre-installed with the purchased microscope, they can be purchased from your Leica representative and later activated by an authorized Leica Microsystems service technician.

CAMERAS

Image sensor 4 × 1/1.2" inch

NIR camera High-sensitivity, HD color camera

Camera image size with respect to the field of view

1 2 3

1 camera image size 2 field of view 3 screen size

Three available digital display options: Max. height, full width, and full screen.

FLOOR STAND

Type Premium overhead floor stand with long reach, designed for stability and durability. Six electromagnetic brakes and air removal system.

Base 760 × 760 mm with four 360° rotating castors with a diameter of 150 mm each, one parking brake

Balancing > Fully automatic balancing of the stand and optics carrier (OC)

Microscope operation via touch panel

Single graphical user interface for microscope operation and image acquisition, incl.: microscope and user settings, intraoperative adjustments, image acquisition and transfer, as well as review of recordings.

Safety hard keys Hard keys, which are completely independent of the graphical user interface, are used to secure basic functions such as working distance, magnification, brakes, lighting and AutoBalance.

Light source Dual Xenon arc-lamp illumination system and built in automatic lamp quick changer.

Control elements > Pistol CAN handle with 10 functions for magnification, working distance, “All Brakes” button releases 6 brakes, side knob releases selected brake combinations, motorized side tilt (XY). All buttons except “All Brakes”, are freely assignable.

> Mouthswitch for releasing the selected brake combination.

> Foot switch with 12-function.

Integrated imaging and documentation system

Built-in 2D/3D Leica Recording System:

> Record in 2D or 3D quality utilizing a high compression with high bitrate compression file (60 MB/mn) and 2 TB storage space, corresponds to approx. 400 hours of video.

DICOM /PACS

Connectors Central connection panel with labeled connectors for video, IGS, endoscope and control data transfer. Internal power supply 12 VDC, 24 VDC and AC terminals. Open architecture for existing software upgrades and future software developments.

Carrier for monitor 700 mm long and flexible arm with 4 axes for rotation and inclination to carry an optional video monitor

Materials Use of RoHS conform materials All solid metal construction, coated with a paint which provides an antimicrobial effect on surfaces.

Minimum height In park position: 1950 mm

Range Cantilever Max. 1925 mm

Load Monitor arm: max. 16 kg Swing arm: min. 6.7 kg, max. 12.2 kg from microscope dovetail ring interface

Weight 335 kg total weight (without load)

The figure shows the camera image size with respect to the field of view for the visual video camera and the ARveo 8x NIR camera. Please be aware that the field of view is not fully covered by the documentation system.

AMBIENT CONDITIONS

In use +10 °C to +30 °C +50 °F to +86 °F 30% to 95% rel. humidity 800 mbar to 1060 mbar atmospheric pressure

Storage –40 °C to +70 °C –40 °F to +158 °F 10% to 100% rel. humidity 500 mbar to 1060 mbar atmospheric pressure

Transport –40 °C to +70 °C –40 °F to +158 °F 10% to 100% rel. humidity 500 mbar to 1060 mbar atmospheric pressure

LIMITATIONS OF USE

The ARveo 8x may be used only in closed rooms and must be placed on a solid floor. The ARveo 8x is not suitable for crossing thresholds higher than 10 mm. To move the surgical microscope over thresholds of 10 mm, the wedge (1) included in the packaging can be used.

X Loosen the screws (2) on one side of the hinge to remove the wedge (1).

position, pushing it by the handgrip.

Without auxiliary equipment, the ARveo 8x can be moved across thresholds up to a max. height of 5 mm.

IGS / ENDOSCOPE

Interface/ Compatibility

Open architecture for IGS & endoscope systems

Input Interface Type: DVI-I

included)

> VGA (with DVI to VGA connector, included)

Resolution up to 1920 × 1200

Frame rate up to 144 fps

Color depths 8-bit

Color format (VGA) RGB

Color samplings (HDMI) RGB 4:4:4

ACCESSORIES

A comprehensive range of accessories enables the ARveo 8x surgical microscope to be matched to the requirements of the task in hand. Your Leica representative will be pleased to help you select the appropriate accessories.

Devices and accessories manufactured by Leica

Picture Devices and accessories

Protective glass

Binocular tube var. 0° – 180°, T, Type II

Binocular tube var. 30° – 150°, T, Type II L

Inclined binocular tube, T, Type II

Straight binocular tube, T, Type II

Inclined binocular tube 45°, Type II

Eyepiece 10×

Eyepiece 12.5×

1.4× magnification multiplier

Stereo attachment second observer

Picture Devices and accessories

Mouth switch

MyVeo headset

See also the corresponding user manuals.

DIMENSIONAL DRAWING

760 x 760 mm m ax m m

2685 mm

Specifications in mm

1200 -1925 mm m in m ax m m

255o255o90o

±50o

±40o

360o

±50o

-30o/+120o

270o

Specifications in mm

CONNECT

WITH US!Not all products or services are approved or offered in every market and approved labeling and instructions may vary between countries.

Please contact your local Leica representative for details.

Class I surgical microscope accessories

Class IIa ARveo 8x, GLOW800, and GLOW400

Leica Microsystems (Schweiz) AG Max Schmidheiny-Strasse 201 9435 Heerbrugg, Switzerland

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Leica Microsystems (Schweiz) AG · Max Schmidheiny-Str. 201 · 9435 Heerbrugg · Switzerland · T +41 71 726 3333 https://go.leica-ms.com/arveo8x

Palo Alto VAMC - Palo Alto, CA QU-1128714/1128712 - Leica ARveo 8x Hybrid and M530 OHX

Use or disclosure of the data contained on this page is subject to the restrictions on the table of contents page of this proposal.

ATTACHMENT 3:

Leica M530 OHX Product Sheet

Premium Surgical Microscope

STAY FOCUSED

M530 OHX with FusionOptics

European Brochure Version

STAY FOCUSED

Designed to be your trusted partner in the OR, the M530 OHX microscope unites the exclusive innovation FusionOptics with a flexible, ergonomic design and customizable imaging options. Experience outstanding visualization and feel the ongoing benefits of a comfortable working position - for you and your team.

Focus on your patient, focus on your surgery and let the M530 OHX surgical microscope support you to achieve the best possible outcome.

PRECISION OPTICS

See more with optical innovations

> �FusionOptics for high resolution with enhanced depth of field

> Better visibility in deep cavities

See pages 4 to 5.

ERGONOMICS &

EFFICIENCY

Comfort and efficiency built in

> More space to work > Full integration > �Flexible positioning for everyone > Superior maneuverability

See pages 6 to 7.

CUSTOMIZATION

Customizable to your needs

Individually configurable and upgradeable > Select from 2D or 3D HD visualization and recording and image injection of data from IGS systems

> Augment your intra-surgical visualization with your choice of fluorescence imaging

See pages 8 to 11.

SAFETY

Patient safety first

> Automatic illumination controls help protect skin

See pages 12 to 13.

SEE MORE

WITH OPTICAL

INNOVATION

See more, refocus less with FusionOptics

Achieving depth of field and high resolution in one image has always been a challenge. Leica Microsystems has developed an innovative new approach to overcome this challenge: FusionOptics. Making use of the power of the human brain, FusionOptics technology captures different information from each of the two beam paths, delivering the highest possible resolution to the left eye and maximum depth of field to the right. The brain then easily merges the visual information into a single, optimal spatial image with amazing clarity and a significantly expanded area in full focus. A larger area in full focus also means you need to refocus less frequently, potentially enhancing your workflow efficiency. FusionOptics helps you to stay focused, in every sense of the word.

FusionOptics technology combined with intelligent illumination and apochromatic optics delivers astounding image quality.

FusionOptics Technology

1. Two separate beam paths

2. One beam path provides depth of field

3. The other provides high resolution

4. �The brain merges the two images into a single, optimal spatial image

Deep insights

Small Angle Illumination (SAI) combined with bright 400-Watt xenon light provides a concentrated light beam that penetrates to the bottom of deep, narrow cavities. The result is better illumination with less shadow.

SAI provides you with more details and an improved depth perception.

Without SAI (400 mm working distance)

With SAI (400 mm working distance)

See even more, fast

Adapt the M530 OHX optics to meet the requirements of your surgery and your team

focus point for all three viewing positions (surgeon, assistant, camera)

positioning needs - no need to swap binoculars

Magnification Multiplier for 40% boost Fine focus for rear assistantSpeedSpot for fast focusing

Smooth handling

With cables routed internally and electro-magnetic brakes, maneuvering is smooth and effortless, reducing the potential strain of harsh movements. For unmatched positioning flexibility, the optics carrier has an extensive range of movement. Fast stabilization keeps workflow interruptions to a minimum.

Ease of use

Setting up the M530 OHX microscope is fast and simple with the intuitive touch-screen control panel. For your comfort and efficiency key functions can be controlled via handgrip, foot or mouth switches. To confirm settings just glance to the surgeon information panel above the optics carrier.

Perfect balance

The time-saving auto-balance system requires only two pushes of one button to fully balance all six axes. To quickly and accurately re-bal-ance the microscope intraoperatively, even through a sterile drape, simply push the AC/ BC button, conveniently located by the left handgrip.

Full range of movement and tilt of the optics carrier Auto balance conveniently located next to the left handgripCompact and fully integrated

Ergonomic working positions, smooth maneuverability and ease of use for comfort and streamlined workflow.

COMFORT AND

EFFICIENCY BUILT IN

more space to work (600 mm) compact optics carrier

360° rotation

Key information at a glance

The M530 OHX surgical microscope is designed to fully adapt to you and the needs of your surgical specialty. Its intelligent ergonomic features and smooth maneuverability limit physical distraction and workflow interruptions so you can stay even more focused on the critical task at hand.

More room to work

With a compact base for space-restrict-ed areas, superior overhead clearance and one of the longest reaches on the market, the M530 OHX offers you positioning flexibility and more space to work whatever the surgery.

superior overhead clearance A range of multiple

2D and 3D screens

Superior reach

Positioned for your comfort

> �Compact optics carrier design means less distance from eye-piece to objective lens so arms can remain in a natural position and are not over extended

> �Accommodates different operating positions and body frames with a range of binoculars for main surgeon and assistant all with full 360°-rotation

> The design of the optics carrier means that the opposite assis-tant can also achieve a comfortable upright working posture

> �Large 600 mm working distance allows for easy maneuvering and passing of instruments enabling the microscope to be used in spine procedures where previously only loupes could be used

Comfortable working posture and large free working space during a spine surgery

The streamlined, cable-free M530 optics carriers were developed with a modular Open Architecture design to allow for maximum configuration flexibility. Choose the optics carrier to best suit your surgery needs and then configure with imaging and recording options. And if your requirements change or you want to add a new imaging technology in the future, the upgrade-ready design makes it simple.

A modular yet integrated design for configuration flexibility today and in the future.

CUSTOMIZABLE TO

YOUR NEEDS

Standard configuration: Flexibility for your surgery type

The ULT530 optics carrier is the optimal configuration for neurosurgery, spine and plastic reconstructive surgery. There are interfaces for left, right and rear assistant binoculars as well as optional integrated HD C100 camera, FL400 and FL560 fluorescence.

Basic configuration: Integrated video adapter

The compact design of the IVA530 optics carrier is ideal for otolaryngology and neu-rotology. With no opposite assistant, more light is directed to the main surgeon and side assistant. The integrated video adapter has a built-in depth enhancer, for outstanding screen display and recording.

Advanced: Integrated CaptiView image injection into the eyepieces

The M530 OHX can be supplied with fully integrated FL800 vascular fluorescence and GLOW800 Augmented Reality fluorescence CaptiView image injection. Surgeons can inject data from external and internal sources, such as FL800, GLOW800, MRI, CT, and Image Guided Surgery (IGS) systems directly into the eyepieces.

Three-dimensional view for all

Integrated 3D* visualization and recording for exoscopic surgery is also available. 3D imagery can greatly enhance microsurgery education, providing staff and students with the same 3D view as the surgeon during live surgery or a seminar.

Fully integrated and under control

HD 2D and 3D cameras, fluorescence mod-ules, documentation systems and all cables are fully integrated inside the microscope.

Not only does this give a sleek, clean appear-ance, it ensures seamless integration and flexible control via the handgrip or optional mouth and foot switches.

Ready for today and tomorrow

The OpenArchitecture design of the micro-scope allows easy integration of systems such as the user-friendly Med X Change HDMD full HD digital recording system or IGS in combination with the CaptiView module.

Upgrade easily when your requirements change or when new imaging technologies become available.

*3D visualization requires the hardware of the GLOW platform.

Share your view, share your skill

A shared view for main surgeon and assistant enhances the assistant’s ability to follow each delicate surgical action. Full HD display and recording, complete with injected images, enable later review and teaching outside of the OR.

Integration avoids interruption

CaptiView image injection is compatible with leading IGS systems and fully integrated with your M530 OHX microscope for an interruption-free workflow. You no longer need to switch between eyepieces and screen, and a single touch of the microscope handgrip or footswitch activates CaptiView.

With CaptiView image injection you see full-HD visual data with

500:1 contrast directly in the field of view, for confident surgical decisions without interruption.

FULL HD IMAGE INJECTION,

FULL CONFIDENCE

Every detail you need before your eyes

> �Full-HD 1080p resolution and 500:1 contrast

> �Overlay data onto the live surgical view or see a full image

> �Data can be injected from an IGS system, FL800 fluorescence or GLOW800 AR fluorescence and also seen on the microscope‘s monitor

> View in left, right or both* eyepieces Surgical images taken with CaptiView and Neuronavigation software from Brainlab

*FL800 fluorescence visible in right eyepiece only10

ENHANCED VIEW WITH FLUORESCENCE

AND GLOW AUGMENTED REALITY

Augment your intra-surgical visualization with your choice of fluorescence imaging.

Aneurysm Clipping viewed with GLOW800

To enhance your visualization and support intra-surgical assessment, the M530 OHX microscope can be supplied with groundbreaking GLOW800 Augmented Reality vascular fluorescence, FL800 fluorescence, FL560 fluorescence, and FL400 oncological fluorescence. With only a few button clicks, you can easily switch from white light to fluorescence mode or between fluorescence modes. Brilliant HD fluorescence video can be easily viewed, in the oculars with CaptiView, on screen and also recorded. For best viewing results, the built-in Mode Control video technology automati-cally optimizes the settings of cameras according to the selected mode.

*Product availability may vary depending on regulatory clearance. For more information, please check with your local Leica Microsystems representative.

GLOW800 Augemented Reality fluorescence

Next generation GLOW800 augmented reality fluorescence takes the high contrast of NIR imaging with ICG and combines it with white light. The result is a single view of natural-colored cerebral anatomy augmented by real-time vascular flow.

Neurovascular structure viewed with FL800 and ICG

FL800 fluorescence

The FL800 ULT intraoperative video-angiography module is used in conjunction with ICG fluorescent agent and allows surgeons to see blood flow through vessels in real-time during surgery.

FL400 oncological fluorescence

The fluorescence module FL400 is used during open neurosurgery in conjunction with the active substance 5 aminolevulinic acid (5-ALA). It supports resection by allowing differentiation of tumor tissue from healthy brain tissue.

Glioblastoma tumor viewed with FL400 and 5-ALA

FL560 fluorescence

The FL560 for M530 module is designed to enable fluorescence observation of fluorophores with an excitation peak between ~460 nm and ~500 nm (blue) and fluorescence emission observation comprising the green, yellow, and red spectrum in a spectral band above ~510 nm.

AVM viewed with FL560

Maximum brightness at all times

The efficient light transmission of the M530 OHX ensures that the maximum possible amount of light is always being provided. Therefore, you can operate at safer light levels and still see more than ever before.

Protection for team and patients

Leica surgical microscopes are designed to support your multiple clinical needs including your hygiene protocols. Our microscopes are therefore coated with a paint which is designed to provide an antimicrobial effect on surfaces.

Reliable illumination system

The M530 OHX microscope features two redundant 400-Watt xenon arc-lamp illu-mination systems, with independent lamps and boards. The microscope automatically switches to the second illumination system when needed.

Safe, maximum brightnessBright 400-Watt xenon illumination Antimicrobial coating to minimize pathogens

REINFORCE

PATIENT SAFETY

Innovative illumination controls, fail safes and design features help you optimize patient safety and minimize interruptions.

OPTIMAL FIELD OF ILLUMINATION

Conventional microscope at low magnification

Conventional microscope at high magnification

Leica microscope with AutoIris

At low magnification, the field of illumination (yellow) fills the field of view (green) completely.

Previously, as magnifica-tion increased, the field of view became smaller, but the illumination outside the field of view could potentially cause tissue burns (red).

AutoIris automatically works with the zoom, decreasing the field of illumination as the field of view decreases. There is no peripheral illumina-tion to cause tissue burns outside the field of view.

AutoIris automatically adjusts the diaphragm so that only the visible area is illuminated.

Max. illumination Max. illumination (BrightCare Plus inactive)

Microscope with BrightCare Plus activated

Long working distance. Decreased working dis-tance at same illumination setting (left) creates burn potential in conventional microscopes.

BrightCare Plus automati-cally adapts light intensity to the working distance, providing safer illumina-tion (up to 60 % reduction of light intensity).

Stay operational

To ensure full operability the microscope and the video have completely independent operating systems. In the rare case of a video system error, the microscope retains full functionality and surgery can continue uninterrupted.

Luxmeter for consistent lighting

BrightCare Plus compensates for decreased light intensity as bulbs age to ensure con-sistent lighting. With the internal luxmeter providing real-time light intensity data to the BrightCare Plus system, light intensity is calculated on actual bulb output, not by using an algorithm or formula.

Separate operating systems for video and microscope

OPTIMAL LIGHT INTENSITY

BrightCare Plus optimizes the light intensity relative to the working distance.

MANEUVERABILITY

XY speed Zoom linked XY speed

Balancing One button/two push complete automatic balancing of stand and optics

Intraoperative balancing

Automatic intraoperative AC/BC balancing of AC and BC axes (not available for Japan).

Brakes Floor stand with 6 electromagnetic brakes

OPTICS AND ILLUMINATION

FusionOptics For increased depth of field and high resolution for main surgeon and opposite assistant

Fully apochromatic optics

For high contrast, natural colors without chromatic aberrations

Magnification 6:1 zoom, motorized

Total magnification 1.0× to 12.1× with 10× eyepiece

Magnification multiplier

1.4× (optional)

Focus Motorized via multifocal lens, with manual adjustment

Fine focus ±5 diopter available for opposite assistant (ULT)

Objective / working distance

225–600 mm, motorized multifocal lens, continuously adjustable and manual adjustment option

Field of view 17.4 to 210 mm ø with 10× eyepiece

Eyepieces Wide-field eyepieces for persons wearing glasses 8.3×, 10× and 12.5× dioptric adjustment, ±5 diopter settings and adjustable eyecup

Integrated 360° rotatable adapter

For main surgeon binocular (IVA, ULT) and opposite assistant (ULT)

Illumination - High-output 2x 400-W redundant xenon arc-lamp systems via fiber optics cable

- Continuously variable illumination field diameter with Gaussian distribution

- Continuously adjustable brightness at constant color temperature

SpeedSpot Laser focusing aid for fast and exact positioning of the microscope

MODULARITY

Basic: IVA530 - Full stereo view for main surgeon, semi stereo view for 2 side assistants and C-mount interface for camera (HD or SD)

- Light distribution: 67 % for surgeon, 23 % for side assistant, 20 % for C-mount port

Standard: ULT530 - Full stereo view for main surgeon and opposite assistant, semi stereo view for up to 2 side assistants

- High sensitivity, built-in IR video camera with 1/2“ CCD

- Optional integrated HD Camera (HD C100), FL400, and FL560

- Light distribution: 50 % for main surgeon, either 20 % for each side assistant or 40 % for opposite assistant

FL400 FL400 oncological fluorescence observation filter module

FL560 FL560 investigational fluorescence observation filter module

Advanced: FL800 ULT &/or CaptiView image injection

- Full stereo view for main surgeon and opposite assistant, semi stereo view for up to 2 side assistants

in NIR camera (optional)

- Optional: C-mount interface for camera (HD or SD)

OpenArchitecture - Easy integration of neuronavigation systems and laser systems (please ask your Leica Microsystems representative)

- Prepared for integration of video camera system and digital recording system

Connectors - Numerous built-in connectors for video, IGS and control data transfer

- Internal power supply 12 VDC, 19 VDC and AC terminals

2D/3D HD Video Fully integrated 2D HD and/or 3D HD video and recording

TECHNICAL SPECIFICATIONS

Carrier for monitor 700 mm flexible arm with 4 axis for rotation and inclination

SAFETY

AutoIris Built-in automatic zoom-synchronized illumination field diameter, with manual override and reset feature

BrightCare Plus Safety function through working distance-dependent limitation of the brightness, controlled by a built-in luxmeter

TECHNICAL DATA

Ambient conditions in use

pressure

(+10 %/–15 %)

Protection class Class 1 max. 1925

±270°

±50°

±40°

±50°

+120° -30°

CONTROL

Control unit - Programmable touch-screen with user-friendly Graphical User Interface for control of microscope and stand

- Built-in electronic auto-diagnosis and user support

- Software independent hard keys for illumination and auto-balancing

- Indicator for main/backup illumination and fluorescence modes

Control elements - Pistol handle with 10 programmable functions

footswitch

IR sensor For remote control of the external HD C100 camera

CONSTRUCTION

Base 690 × 690 mm with four 360° rotating casters with a diameter of 150 mm each, one parking brake

Materials All solid metal construction coated with antimicrobial paint

Load Min. 6.7 kg, max. 12.2 kg from microscope dovetail ring interface

Weight Approx. 320 kg without load

Indicator LEDs for fluorescence mode status and video record status

CONNECT

WITH US!

Leica Microsystems (Schweiz) AG · Max Schmidheiny Strasse 201 · CH-9435 Heerbrugg

T +41 71 726 3333 · F +41 71 726 3399 www.leica-microsystems.com

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Leica Microsystems (Schweiz) AG Max Schmidheiny-Strasse 201 9435 Heerbrugg, Switzerland 0123

Not all products or services are approved or offered in every market and approved labeling and instructions may vary between countries.

Please contact your local Leica representative for details.

Class IIa FL800 ULT, GLOW800

Class I surgical microscope Leica M530 OHX incl. accessories