The PacScan 300 Plus ophthalmic ultrasound system is a non-invasive, active devi
The PacScan 300 Plus ophthalmic ultrasound system is a non-invasive, active device intended for imaging ocular features for diagnostic purposes. The system integrates A-Scan and Pachymeter capabilities into a single system. The A-Scan system allows for measuring the axial length (AXL), anterior chamber depth, and lens thickness of an eye and for calculating the associated IOL power for an implanted lens. The pachymeter is a biometric device that allows for measuring and mapping corneal thickness. The 300A+ A-Scan model can be used to collect scan data using the direct contact or immersion method. There are five examination modes: Cataract, Dense Cataract, Aphakic, Pseudophakic and 4-Gate Manual. The pachymeter uses a higher frequency signal to measure shorter distances. The PacScan 300AP+ system includes a 6" color LCD, touch screen, built-in thermal printer, 10 MHz A-probe, 20 MHz Pachymeter probe, foot switch and operator manual.
The PacScan 300 Plus ophthalmic ultrasound system is a non-invasive, active devi
The PacScan 300 Plus ophthalmic ultrasound system is a non-invasive, active device intended for imaging ocular features for diagnostic purposes. The A-Scan system allows for measuring the axial length (AXL), anterior chamber depth, and lens thickness of an eye and for calculating the associated IOL power for an implanted lens. The 300A+ A-Scan model can be used to collect scan data using the direct contact or immersion method. There are five examination modes: Cataract, Dense Cataract, Aphakic, Pseudophakic and 4-Gate Manual. The PacScan 300A+ system includes a 6" color LCD, touch screen, built-in thermal printer, 10 MHz A-probe, foot switch and operator manual.
The Wi-3 Arm is used to fix the outer (white) HAL-RAR sleeve in place to enhance
The Wi-3 Arm is used to fix the outer (white) HAL-RAR sleeve in place to enhance gradual opening of the RAR window when mucopexy is performed, allowing the surgeon, the nurse or any assistant to comfortably hold the system in position.The Wi-3 HAL-RAR System (HAL - Hemorrhoidal Artery Ligation, RAR - Recto Anal Repair) is a Bluetooth-enabled, pulsed Doppler, ultrasound system intended to be used for detecting hemorrhoidal arteries, to manually ligate these arteries (HAL), and subsequently carry out a mucopexy of hemorrhoidal tissue prolapse (RAR) if necessary.
Electronic unit for identifying the localised haemorrhoidal arteries by means of
Electronic unit for identifying the localised haemorrhoidal arteries by means of acoustic signals. Part of the Wi-3 HAL-RAR System.The Wi-3 HAL-RAR System (HAL - Hemorrhoidal Artery Ligation, RAR - Recto Anal Repair) is a Bluetooth-enabled, pulsed Doppler, ultrasound system intended to be used for detecting hemorrhoidal arteries, to manually ligate these arteries (HAL), and subsequently carry out a mucopexy of hemorrhoidal tissue prolapse (RAR) if necessary.
Electronic unit for identifying the localised haemorrhoidal arteries by means of
Electronic unit for identifying the localised haemorrhoidal arteries by means of acoustic signals. Part of the A.M.I. HAL/RAR System.The A.M.I. HAL-II Electronic System is a Doppler-based device. It is powered by a DC voltage source (rechargeable batteries or 12 V adapter). The A.M.I. HAL-II Electronic System generates electrical signals, calculates differences between the wavelength of outgoing and reflected electrical signals, and generates an acoustic Doppler signal.Together with auxiliary A.M.I. devices (A.M.I. HAL Handle, Probe and Sleeve) the A.M.I. HAL-II Electronic System serves for the detection of haemorrhoidal arteries and enables manual ligation of detected arteries, as well as mucopexy of prolapsing haemorrhoidal mucosa.