Configuration Camera unit Controller Remote controller Camera cable (5 m) Remote controller cable (2 m) BNC-BNC cable Y/C cable BNC-RCA conversion connector Power supply cord Spare fuse T2 A 250 V pde-neo II Controller Front panel Camera unit Camera cable Rear panel Remote controller cable [Video output] 1 1 1 1 1 2 1 2 1 2 For full system ICG Monitor Remote controller Sterilized drape [Video in] Y/C cable or BNC-BNC cable *The standard configuration of the pde-neo II does not include a monitor, video recorder, ICG or sterilized drapes. A user choosing to add a monitor should select one with a PAL format and BNC, Y/C or RCA inputs. Specification Type No. Output signal (Analog) Video output Line voltage Power consumption Ambient operating temperature Ambient operating humidity Ambient storage temperature Ambient storage humidity Video recorder, etc. C10935-700 Video PAL format 2 ch (BNC), 1 ch (Y/C) AC 100 V to AC 240 V, 50 Hz/60 Hz Approx. 60 VA +10 ˚C to +30 ˚C 20 % to 70 % (with no condensation) -10 ˚C to +50 ˚C 20 % to 90 % (with no condensation) R Dimensional outline Dimension / Weight Camera unit Approx. 80 mm (W) × 182 mm (D) × 80 mm (H) (not including projections) Approx. 0.5 kg (not including cables and accessories) Controller R Approx. 322 mm (W) × 283 mm (D) × 55 mm (H) (not including projections) R Approx. 2.6 kg (not including cables and accessories) LED SAFETY The pde-neo II is classified as a Class 1M LED product (IEC 60825-1:1993+A1:1997+A2:2001). · pde-neo is a registered trademark of Hamamatsu Photonics K.K. (Australia, EU, Japan) www.hamamatsu.com Distributor SDR Scientific Pty Ltd 206 / 354 Eastern Valley Way, Chatswood NSW 2067, Australia Tel : +61 2 9882 2882, Fax: +61 2 9882 6468 URL: www.sdr.com.au Manufacturer 812 Joko-cho, Higashi-ku, Hamamatsu-City, Shizuoka-Pref, 431-3196 Japan Tel: +81(53)431-0124, Fax: +81(53)435-1574 Cat. No. SMES0035E02 MAY/2016 HPK Created in Japan Photodynamic Eye C10935-700 A new method of near infrared fluorescent imaging Visualize blood vessels and tissue perfusion in real time by observing fluorescence emitted by ICG dye Various modes of visualization for more accurate observation Fluorescence Mapping Function Fluorescence Fluorescence Mapping PDE (Previous model) pde-neo II The Fluorescence Mapping function creates a high contrast image by applying a green color to the near-infrared fluorescence images. Through a unique digital subtraction process, the non-fluorescent background of the image can be independently adjusted to the surgeon’s preference. Focus adjustment (Near - Far) By turning the focus ring of the camera unit, you may observe either near or far focused images depending on the working distance. Adjustment of excitation light intensity 10 mm Switch between B/W image and Color image Color and B/W images Easily switch between a black and white fluorescent image to a full color image. This feature is helpful for comparing anatomy to the fluorescent image. White LED Lightweight, compact design The white LED light feature illuminates the surgical field without compromising the fluorescent image. This is particularly helpful when OR lights have been turned off to prevent interference with the fluorescent image. LED light source (Patent pending) Handheld camera features manual adjustment options including excitation light and camera mode. *Class 1M LED product Status display Observation by ICG fluorescence Fluorescence characteristics of ICG When ICG is administered as a bolus intravenously, the pde-neo II is able to visualize the ICG fluorescence to assess blood flow and tissue perfusion. After bonding with plasma protein in the blood, ICG will become excited with near infrared light and fluoresce at a slightly longer near infrared wavelength. The pde-neo II's special sensor and filters will see this fluorescence clearly through a range of human soft tissues. Near infrared excitation light ICG Near infrared emission light Turning on the Status function will display the pde-neo II settings in real time. Quickly reference current brightness, contrast, and excitation light settings. Status display 10 mm A new method of near infrared fluorescent imaging Visualize blood vessels and tissue perfusion in real time by observing fluorescence emitted by ICG dye Various modes of visualization for more accurate observation Fluorescence Mapping Function Fluorescence Fluorescence Mapping PDE (Previous model) pde-neo II The Fluorescence Mapping function creates a high contrast image by applying a green color to the near-infrared fluorescence images. Through a unique digital subtraction process, the non-fluorescent background of the image can be independently adjusted to the surgeon’s preference. Focus adjustment (Near - Far) By turning the focus ring of the camera unit, you may observe either near or far focused images depending on the working distance. Adjustment of excitation light intensity 10 mm Switch between B/W image and Color image Color and B/W images Easily switch between a black and white fluorescent image to a full color image. This feature is helpful for comparing anatomy to the fluorescent image. White LED Lightweight, compact design The white LED light feature illuminates the surgical field without compromising the fluorescent image. This is particularly helpful when OR lights have been turned off to prevent interference with the fluorescent image. LED light source (Patent pending) Handheld camera features manual adjustment options including excitation light and camera mode. *Class 1M LED product Status display Observation by ICG fluorescence Fluorescence characteristics of ICG When ICG is administered as a bolus intravenously, the pde-neo II is able to visualize the ICG fluorescence to assess blood flow and tissue perfusion. After bonding with plasma protein in the blood, ICG will become excited with near infrared light and fluoresce at a slightly longer near infrared wavelength. The pde-neo II's special sensor and filters will see this fluorescence clearly through a range of human soft tissues. Near infrared excitation light ICG Near infrared emission light Turning on the Status function will display the pde-neo II settings in real time. Quickly reference current brightness, contrast, and excitation light settings. Status display 10 mm Configuration Camera unit Controller Remote controller Camera cable (5 m) Remote controller cable (2 m) BNC-BNC cable Y/C cable BNC-RCA conversion connector Power supply cord Spare fuse T2 A 250 V pde-neo II Controller Front panel Camera unit Camera cable Rear panel Remote controller cable [Video output] 1 1 1 1 1 2 1 2 1 2 For full system ICG Monitor Remote controller Sterilized drape [Video in] Y/C cable or BNC-BNC cable *The standard configuration of the pde-neo II does not include a monitor, video recorder, ICG or sterilized drapes. A user choosing to add a monitor should select one with a PAL format and BNC, Y/C or RCA inputs. Specification Type No. Output signal (Analog) Video output Line voltage Power consumption Ambient operating temperature Ambient operating humidity Ambient storage temperature Ambient storage humidity Video recorder, etc. C10935-700 Video PAL format 2 ch (BNC), 1 ch (Y/C) AC 100 V to AC 240 V, 50 Hz/60 Hz Approx. 60 VA +10 ˚C to +30 ˚C 20 % to 70 % (with no condensation) -10 ˚C to +50 ˚C 20 % to 90 % (with no condensation) R Dimensional outline Dimension / Weight Camera unit Approx. 80 mm (W) × 182 mm (D) × 80 mm (H) (not including projections) Approx. 0.5 kg (not including cables and accessories) Controller R Approx. 322 mm (W) × 283 mm (D) × 55 mm (H) (not including projections) R Approx. 2.6 kg (not including cables and accessories) LED SAFETY The pde-neo II is classified as a Class 1M LED product (IEC 60825-1:1993+A1:1997+A2:2001). · pde-neo is a registered trademark of Hamamatsu Photonics K.K. (Australia, EU, Japan) www.hamamatsu.com Distributor SDR Scientific Pty Ltd 206 / 354 Eastern Valley Way, Chatswood NSW 2067, Australia Tel : +61 2 9882 2882, Fax: +61 2 9882 6468 URL: www.sdr.com.au Manufacturer 812 Joko-cho, Higashi-ku, Hamamatsu-City, Shizuoka-Pref, 431-3196 Japan Tel: +81(53)431-0124, Fax: +81(53)435-1574 Cat. No. SMES0035E02 MAY/2016 HPK Created in Japan Photodynamic Eye C10935-700