₹0.00–₹850,000.00Price range: ₹0.00 through ₹850,000.00
GE Datex Ohmeda Avance S5 Features The GE Datex Ohmeda Avance S5 ?is a compact anesthesia machine that combines advanced anesthesia delivery with patient monitoring...
Maintain Accurate Blood Flow Monitoring: GE SLE 4000/5000/6000 Flow Sensor Cable The GE SLE 4000/5000/6000 Flow Sensor Cable is a critical component for your GE...
₹0.00–₹850,000.00Price range: ₹0.00 through ₹850,000.00
GE SLE 5000 HFO: Delivering Powerful and Versatile Respiratory Support for Neonates and Infants The GE SLE 5000 HFO is a state-of-the-art infant ventilator designed...
Ensure Precise Airflow Measurement: GE SLE 5000/6000 Single-Use Flow Sensor The GE SLE 5000/6000 Single-Use Flow Sensor is designed for accurate and reliable airflow measurement...
₹0.00–₹1,000,000.00Price range: ₹0.00 through ₹1,000,000.00
GE SLE 6000: Unleashing Versatility in Neonatal Ventilation The GE SLE 6000 is a versatile neonatal ventilator designed to accommodate the ever-changing respiratory needs of...
₹0.00–₹550,000.00Price range: ₹0.00 through ₹550,000.00
HAMILTON C2: Unleashing Power and Portability in Critical Care Ventilation The HAMILTON C2 ventilator, by Hamilton Medical AG, redefines mobility and performance in critical care....
₹0.00–₹650,000.00Price range: ₹0.00 through ₹650,000.00
HAMILTON C3: Unleashing Mobility and Power in Advanced Ventilation The HAMILTON C3, by Hamilton Medical AG, is a revolutionary high-end ventilator designed to redefine mobility...
₹0.00–₹650,000.00Price range: ₹0.00 through ₹650,000.00
Hamilton G5 Features The Hamilton G5 is a critical care ventilation system. The? Hamilton G5Plus?system offers a wide variety of settings and features that can...
The Leica M530 OH6 Neurosurgery Microscope stands as an advanced and versatile optical system tailored specifically for neurosurgical procedures. Manufactured by Leica Microsystems, a leading provider of optical solutions, this microscope combines cutting-edge technology with ergonomic design to deliver exceptional visualization and precision in neurosurgery.
