Microport Orthopedics Inc. KFCCNP2L ADVANCE®

Harmonic ACE +7 Laparoscopic Shears Advanced Hemostasis 5mm Diameter 36cm Shaft length For Use With Gray Hand Piece Only

Access platform for minimally invasive surgery

Access platform for minimally invasive surgery

The NIDEK Optical Coherence Tomography RS-3000 Advance is an ophthalmic camera that allows non-invasive and non-contact observation of the shape of the fundus or retina. Fundus surface images (hereafter referred to as SLO image) are captured with the confocal laser scanning using a near-infrared light source with a wavelength of 785 nm. Cross-sectional images of the retina (hereafter referred to as OCT image) are captured with the optical interferometer using an infrared light source with a wavelength of 880 nm. With the images captured using the RS-3000 Advance, the shape and structure of the fundus or retina can be observed, and diseases can be observed. This system is comprised of the main body for capturing images, a computer (hereafter called PC) for storing and analyzing captured images, PC monitor, and an isolation transformer.In addition, the image filing software NAVIS-EX (hereafter referred to as NAVIS-EX) offers the following features:• Image analysis functions such as 3D/map color display or retinal thickness analysis• Networking for data review or analysis on PCs in separate locations

Cartridge with Breakaway Femoral Nozzle

CATH ADVANCE ASPIR EXPORT ADVANCE NSR

24F Symphony™ Advance™ Long Dilator

Revolution Advance designated medical device

Harmonic ACE +7 Laparoscopic Shears Advanced Hemostasis 5mm Diameter 45cm Shaft length For Use With Gray Hand Piece Only

Harmonic ACE +7 Laparoscopic Shears Advanced Hemostasis 5mm Diameter 36cm Shaft length For Use With Gray Hand Piece Only

Access platform for minimally invasive surgery

Access platform for minimally invasive surgery

The NIDEK Optical Coherence Tomography RS-3000 Advance is an ophthalmic camera that allows non-invasive and non-contact observation of the shape of the fundus or retina. Fundus surface images (hereafter referred to as SLO image) are captured with the confocal laser scanning using a near-infrared light source with a wavelength of 785 nm. Cross-sectional images of the retina (hereafter referred to as OCT image) are captured with the optical interferometer using an infrared light source with a wavelength of 880 nm. With the images captured using the RS-3000 Advance, the shape and structure of the fundus or retina can be observed, and diseases can be observed. This system is comprised of the main body for capturing images, a computer (hereafter called PC) for storing and analyzing captured images, PC monitor, and an isolation transformer.In addition, the image filing software NAVIS-EX (hereafter referred to as NAVIS-EX) offers the following features:• Image analysis functions such as 3D/map color display or retinal thickness analysis• Networking for data review or analysis on PCs in separate locations