The delivery unit is used for endophotocoagulation. The photocoagulation system can be easily comprised by connecting the optional sterilized endophotoprobe or optional sterilized coaxial illumination probe to the Green Laser Photocoagulator GYC-1000 and GYC-500, and attaching the protective filter to the main laser device as well as the surgical microscope. This photocoagulation system enables laser endophotocoagulation while observing the affected area through the surgical microscope.

The delivery unit is used for endophotocoagulation. The photocoagulation system can be easily comprised by connecting the optional sterilized endophotoprobe or optional sterilized coaxial illumination probe to the Multicolor Laser Photocoagulator System MC-500, and attaching the protective filter to the main laser device as well as the surgical microscope. This photocoagulation system enables laser endophotocoagulation while observing the affected area through the surgical microscope.

delivery unit is connected to the laser photocoagulator and YAG laser system to comprise the photocoagulation system and to treat affected areas using a slit lamp.The photocoagulation system enables photocoagulation using a green laser beam (532 nm) or photodisruption using a Nd:YAG laser beam (1064 nm, hereafter referred to as “YAG laser beam”) or SLT laser (532 nm, for YC-200 S plus only) while observing the patient’s eye with the slit lamp.

Expansion box is the optional accessory that is used to connect a scan delivery unit and the external devices (LAN cable, barcode scanner, or magnetic card reader) to the GYC-500.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using the SLIT LAMP SL-1800. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.A configuration in which the delivery unit comes together with a slit lamp mounted on a motorized optical table so that the photocoagulation system can be comprised by simply connecting to the main laser device.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.configuration in which the delivery unit comes together with a slit lamp mounted on a motorized optical table so that the photocoagulation system (with the scan function) can be comprised by simply connecting to the main laser device. NIDEK SL-1800 type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system. The ZEISS 30 SL type is availabe.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system. NIDEK SL-1800 type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system.ZEISS SL130 type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system. HAAG 900 series type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated. A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). ZEISS 30 SL type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated. A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). NIDEK SL-1800 type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated. A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). ZEISS SL130 type is available.

The delivery unit is connected to the Green Laser Photocoagulator GYC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a green laser beam (532 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system that ensures low laser power density on the anterior segment is incorporated. A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). HAAG 900 BQ type is available.

The delivery unit is connected to the YELLOW LASER PHOTOCOAGULATOR YLC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system (SOLIC *1) that ensures low laser power density on the anterior segment is incorporated. The ZEISS SL130 type is available.*1 Safety Optics with Low Impact on Cornea

The delivery unit is connected to the YELLOW LASER PHOTOCOAGULATOR YLC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system (SOLIC *1) that ensures low laser power density on the anterior segment is incorporated.*1 Safety Optics with Low Impact on Cornea

The delivery unit is connected to the Yellow Laser Photocoagulator YLC-500 to comprise the photocoagulation system and to treat affected areas using a binocular indirect ophthalmoscope. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the binocular indirect ophthalmoscope.

The delivery unit is connected to the YELLOW LASER PHOTOCOAGULATOR YLC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system (SOLIC *1) that ensures low laser power density on the anterior segment is incorporated. The ZEISS SL130 type is available.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). The ZEISS SL130 type is available: *1 Safety Optics with Low Impact on Cornea

The delivery unit is connected to the YELLOW LASER PHOTOCOAGULATOR YLC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system (SOLIC *1) that ensures low laser power density on the anterior segment is incorporated.*1 Safety Optics with Low Impact on Cornea

The delivery unit is connected to the YELLOW LASER PHOTOCOAGULATOR YLC-500 to comprise the photocoagulation system and to treat affected areas using a slit lamp. The photocoagulation system enables photocoagulation using a yellow laser beam (577 nm) while observing the patient’s eye with the slit lamp. In order to reduce damages to the ocular media, the optical system (SOLIC *1) that ensures low laser power density on the anterior segment is incorporated. The ZEISS SL130 type is available.A delivery unit to be attached to an existing slit lamp mounted on an existing motorized optical table. The delivery unit is then connected to the main laser device to comprise the photocoagulation system (with the scan function). The HAAG BQ900 type type is available: *1 Safety Optics with Low Impact on Cornea

The OPHTHALMIC YAG LASER SYSTEM YC-200 is an ophthalmic pulsed-laser system consisting of a main body containing the laser, a head rest, a control box, and a connector box. The device uses a 1,064 nm pulsed Nd: YAG laser as the treatment beam source. Laser pulses are generated using a method called passive Q-switching. With this method, short high-power pulses can be emitted. At the target, the emitted pulses cause photodisruption, which is fragmentation of tissue using light energy.

The NIDEK YELLOW LASER PHOTOCOAGULATOR YLC-500 is an ophthalmic laser photocoagulator consisting of a main laser device, a control box, and a power supply. With various types of laser delivery units, it comprises a photocoagulation system. The YLC-500 uses a 577 nm optically pumped semiconductor laser (yellow laser beam) as the treatment beam source. The pumped yellow laser beam (treatment beam) and the aiming beam (635 nm, red laser beam) are fed coaxially into the fiber optic cable. The output terminal of the fiber optic cable is connected to a delivery unit. The laser beam is formed into the desired spot size by the optical system, then the laser beam is emitted to the target area. The delivery units are equipped with a protective filter that protects the physician’s eyes from exposure to the treatment beam reflected from the patient’s eye or contact lens.

Procedure Pack Ø 8.5mm,100µm flap thickness

Procedure Pack Ø 8.5mm,110µm flap thickness

Procedure Pack Ø 8.5mm, 140µm flap thickness

Procedure Pack Ø 8.5mm, 90µm flap thickness

Procedure Pack Ø 9.0mm,100µm flap thickness

Procedure Pack Ø 9.0mm, 110µm flap thickness

Procedure Pack Ø 9.0mm, 140µm flap thickness

Procedure Pack Ø 9.0mm, 90µm flap thickness

Procedure Pack 10.0 mm, 100um flap Thickness

Procedure Pack Ø 10.0mm, 110µm flap thickness

Procedure Pack Ø 10.0mm, 140µm flap thickness

Procedure Pack Ø 10.0mm, 90µm flap thickness