A 30 watt Beacon Advanced Energy CO2 Laser System for Surgical use with ability
A 30 watt Beacon Advanced Energy CO2 Laser System for Surgical use with ability to use line of sight laser energy or fiber supplied laser energy for use with the OmniGuide waveguide laser fiber
The OmniGuide TRIO multi-functional handpiece combines three fundamental surgica
The OmniGuide TRIO multi-functional handpiece combines three fundamental surgical functions into one lightweight and compact handheld disposable surgical instrument. It enables a surgeon to provide fluid suction, bipolar cautery and CO2 laser energy delivered via a flexible OmniGuide fiber for minimally invasive surgery. The handpiece is delivered sterile, and is intended for one-time use only. TRIO has been validated to be used with the Valleylab Triad or Valleylab Force FX.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
It is used to deliver the laser beam from the main laser device into the eye. Th
It is used to deliver the laser beam from the main laser device into the eye. The sterilized endophoto probe comes already sterilized at the factory and is disposable. Sterilized endophoto probes are available in a variety of tip shapes and diameters.
The delivery unit is used for endophotocoagulation. The photocoagulation system
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.
The delivery unit is used for endophotocoagulation. The photocoagulation system
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.
This combination delivery unit is need to comprise the combination system which
This combination delivery unit is need to comprise the combination system which enables you to emit the green laser beam or YAG laser beam while performing the observation with the slit lamp of the YAG laser system. This delivery unit is mounted on the slit lamp of the YAG laser system and connected to the NIDEK GREEN LASER PHOTOCOAGULATOR GYC-1000 using the connecting cable and fiber optic cable. The combination system allows selection between photocoagulation with the green laser beam (wavelength: 532 nm (continuous wave)) and photodisruption with the Nd:YAG laser beam (wavelength: 1064 nm (pulse laser)). In addition, they are selected easily by changing the optical path of the laserbeam with the laser select lever, and various kinds of safety devices are integrated into the system so that only the selected laser beam is emitted.The GYC2SZ-3A is the only combination delivery unit that can be connected both to the NIDEK GREEN LASER PHOTOCOAGULATOR GYC-1000 and the NIDEK OPHTHALMIC YAG LASER SYSTEM YC-1800.
This Endophotocoagulation Delivery Unit is used for endophotocoagulation. The de
This Endophotocoagulation Delivery Unit is used for endophotocoagulation. The delivery unit is comprised of an endophoto probe, a relay adapter, a protective filter unit, and a carrying case. The photocoagulation laser system can be easily formed by connecting the endophoto probe to theGREEN LASER PHOTOCOAGULATOR Model GYC-1000 main body and connecting the protective filter to the GYC-1000 main body and the surgical microscope. This photocoagulation laser system enables endophotocoagulation with the green laser (wavelength: 532 nm) while observing theaffected area through the surgical microscope. This delivery unit is intended to be used with the protective filter unit attached to surgical microscopes. NIDEK provides following four types of delivery units according to the types of protective filters and the surgical microscopes*1.Before use, check the type of your surgical microscope and delivery unit.
This dual delivery unit is used in connection with the green laser photocoagulat
This dual delivery unit is used in connection with the green laser photocoagulator GYC-1000. Using this unit enables connection of two types of delivery units to a unit of GYC-1000. The desired connected delivery unit can be selected and used with easy switching.
This unit is connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC- 1000
This unit is connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC- 1000 (main body) to comprise the photocoagulation system and applied to the treatment of the affected area using the B.I.O. delivery unit (HEINE OMEGA 500). The comprised photocoagulation system makes it possible to switch between photocoagulation with the green laser beam (wavelength: 532 nm) and observation with the B.I.O.
This unit is connected to the NIDEK GREEN LASER DIODE PHOTOCOAGULATOR, Model GYC
This unit is connected to the NIDEK GREEN LASER DIODE PHOTOCOAGULATOR, Model GYC-1000 (main body) to comprise the photocoagulation system and applied to the treatment of the affected area using the B.I.O. (HEINE OMEGA 180 TYPE). The comprised photocoagulation system makes it possible to select between photocoagulation with the green laser beam (wavelength: 532 nm) and observation with the B.I.O..
This delivery unit is mounted on your HAAG type slit lamp and connected to the N
This delivery unit is mounted on your HAAG type slit lamp and connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC-1000 (main body) to comprise the photocoagulation system.Moving the delivery unit aside allows the operator to select between photocoagulation with the greenlaser beam (wavelength: 532 nm) and observation with the slit lamp without removing the delivery unit.This unit is attachable to the following five slit lamps.*1• HAAG STREIT ................. Model 900BM, 900CN and 900BQ• NIDEK ............................... Model SL-250 and SL-450This model does not include manipulator.
This delivery unit is mounted on your HAAG type slit lamp and connected to the N
This delivery unit is mounted on your HAAG type slit lamp and connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC-1000 (main body) to comprise the photocoagulation system. Moving the delivery unit aside allows the operator to select between photocoagulation with the green laser beam (wavelength: 532 nm) and observation with the slit lamp without removing the delivery unit.This unit is attachable to the following five slit lamps.• HAAG STREIT ................. Model 900BM, 900CN and 900BQ• NIDEK ............................... Model SL-250 and SL-450This model includes manipulator.
The Attachable Delivery Unit (for ZEISS SL130) (hereafter called “attachable del
The Attachable Delivery Unit (for ZEISS SL130) (hereafter called “attachable delivery unit”) is attached to the Carl Zeiss Meditec SL130 (hereafter called Zeiss SL130) to comprise a slit lamp delivery unit. The comprised scan slit lamp delivery unit is connected to the GYC-1000 to comprise aphotocoagulation system. The attachable delivery unit is mainly comprised of a photocoagulation unit and a protective filter unit.
This delivery unit is connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model
This delivery unit is connected to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC-1000 (main body) to comprise the photocoagulation system and to treat affected areas using the slit lamp, NIDEK SL-1800. The integrated delivery unit which incorporates the SL-1800 comprises the photocoagulation system in connection with the GYC-1000 main body. The attachable delivery unit is mainly the photocoagulation unit and the protective filter unit. They are attached to your slit lamp (NIDEK SL-1800) to comprise the integrated delivery unit. The comprisedintegrated delivery is connected to the GYC-1000 to comprise the photocoagulation system. This photocoagulation system allows the operator to select between photocoagulation with the green laser beam (wavelength: 532 nm) and observation of the affected area with the slit lamp.
This attachable slit lamp delivery unit allows you to form a photocoagulation sy
This attachable slit lamp delivery unit allows you to form a photocoagulation system easily by mounting the delivery unit on your CARL ZEISS 30SL/M or NIDEK SL-1600 and connecting the delivery unit to the NIDEK GREEN LASER PHOTOCOAGULATOR, Model GYC-1000 main body. This unit is chiefly comprised of three units: Photocoagulation unit, protective filter unit (motorized) and illumination tower unit. With each unit attached, this laser system allows the operator to select between photocoagulation with the green laser beam (wavelength: 532 nm) and observation with the slit lamp.
This delivery unit is connected to the GYC-1000 main body to comprise the photoc
This delivery unit is connected to the GYC-1000 main body to comprise the photocoagulation system and to treat affected areas using the slit lamp, NIDEK SL-1800. A slit lamp delivery unit that includes the SL-1800 comprises a photocoagulation system in connection with the GYC-1000 main body.
The GREEN LASER PHOTOCOAGULATOR SYSTEM GYC-1000 is an ophthalmological photocoag
The GREEN LASER PHOTOCOAGULATOR SYSTEM GYC-1000 is an ophthalmological photocoagulation system using a solid state laser (green laser beam) with a wavelength of 532nm. Like conventional laser photocoagulation systems, this system is used in ophthalmic surgical procedures, including retinal and macular photocoagulation, iridotomy and trabeculoplasty.Since the GYC-1000 uses a diode laser as its pumping light source, the efficient oscillation of the 532nm laser beam can be obtained. As the GYC-1000 can be used with various kinds of delivery units, the system can be applied to transpupillary photocoagulation using the slit lamp or indirect ophthalmoscope, and to intraocular photocoagulation using the endophotocoagulation probe.
LightMed Dental Laser System is intended to assist during dental procedures perf
LightMed Dental Laser System is intended to assist during dental procedures performed in oral and maxillofacial surgery and dentistry. The Erbium YAG laser is indicated for a variety of hard tissue, soft tissue and bone applications. It is also indicated for incision, excision, cutting, ablation, vaporization, and coagulation of soft tissue in oral and maxillofacial surgery and dentistry.
The OxyLight system is a skin care therapy system that that uses multiple therap
The OxyLight system is a skin care therapy system that that uses multiple therapeutic modalities delivered through different attachments or handles. The system includes a panel that irradiates Blue, Red and Yellow LED light for photodynamic therapy and Oxygen spray therapy as well as a microdermabrasion handle.
Radial Emission Fiber, core 550µm, clad 578µm, fiber OD 1300µm, white Tefzel Jac
Radial Emission Fiber, core 550µm, clad 578µm, fiber OD 1300µm, white Tefzel Jacket with length marking, SMA 905 connector, black protection cap, black bend protection, distal conical tip with silica capillary dome 1800µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Radial Emission Fiber, core 400µm, clad 420µm, fiber OD 900µm, white Tefzel Jack
Radial Emission Fiber, core 400µm, clad 420µm, fiber OD 900µm, white Tefzel Jacket with length marking, SMA 905 connector, black protection cap, black bend protection, distal conical tip with silica capillary dome 1000µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Laser Surgery Fiber - Radial Emission Fiber 600µm Vein
Radial Emission Fiber Vein, core 550µm, clad 578µm, fiber OD 1400µm, white Tefze
Radial Emission Fiber Vein, core 550µm, clad 578µm, fiber OD 1400µm, white Tefzel Jacket with length marking, SMA 905 connector, PVC protection cap, RFID extension sleeve red, black bend protection, distal conical tip with silica capillary dome 1800µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Laser Surgery Fiber - Radial Emission Fiber 600µm Stopper
Radial Emission Fiber with Stopper, core 550µm, clad 578µm, fiber OD 1400µm, whi
Radial Emission Fiber with Stopper, core 550µm, clad 578µm, fiber OD 1400µm, white Tefzel Jacket, SMA 905 connector, PVC protection cap, RFID extension sleeve red, black bend protection, stopper 466mm from distal end, distal conical tip with silica capillary dome 1800µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Laser Surgery Fiber - Radial Emission Fiber 400µm Vein
Radial Emission Fiber Vein, core 400µm, clad 420µm, fiber OD 900µm, white Tefzel
Radial Emission Fiber Vein, core 400µm, clad 420µm, fiber OD 900µm, white Tefzel Jacket with length marking, SMA 905 connector, PVC protection cap, RFID extension sleeve red, black bend protection, distal conical tip with silica capillary dome 1000µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Laser Surgery Fiber - Radial Emission Fiber 400µm Stopper
Radial Emission Fiber with Stopper, core 400µm, clad 420µm, fiber OD 900µm, whit
Radial Emission Fiber with Stopper, core 400µm, clad 420µm, fiber OD 900µm, white Tefzel Jacket, SMA 905 connector, PVC protection cap, RFID extension sleeve red, black bend protection, stopper 466mm from distal end, distal conical tip with silica capillary dome 1000µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Radial Emission Fiber, core 400µm, clad 420µm, fiber OD 950µm, white Vestodur Ja
Radial Emission Fiber, core 400µm, clad 420µm, fiber OD 950µm, white Vestodur Jacket with length marking, standard SMA905 connector with knurl nut, PVC protection cap, extension sleeve red engraved, black bend protection, LUER adapter, distal conical tip with silica capillary dome, capillary OD 1000µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed
Corona 360 Fiber, core 550µm, clad 578µm, fiber OD 1400µm, white Vestodur Jacket
Corona 360 Fiber, core 550µm, clad 578µm, fiber OD 1400µm, white Vestodur Jacket with length marking, customized connector, white bend protection, distal conical tip with silica capillary dome, capillary OD 1800µm, NA 0.22, length 2,6m +/-0,2m, sterile EO, disposable, double packed