EQUIPMENTS USED :
We have all the latest Equipments in our OT from the latest Multi National Companies, Few of the Equipments which we are using are as below:
Dräger has been at the forefront of anesthesia system design for over 100 years. The Fabius GS anesthesia system is the latest development in the evolution of anesthesia technology. Designed for routine anesthesia practice, the Fabius GS combines the latest ventilation and gas delivery technologies with an intuitive and familiar user interface.
Fabius GS Features
Fabius GS is a Simply Smarter anesthesia solution because it integrates:
- an ergonomic design of all components
- an economical and upgradable architecture
- an intelligent safety concept
- an optimized workstation structure
- a simple and intuitive user interface
- a highly advanced ventilator
- an innovative gas delivery module
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The highly sophisticated Oxylog 2000 ventilator combines the advantages of larger intensive care ventilators with the compact dimensions of small transport and emergency ventilators. With four ventilation modes, an integrated PEEP valve and a variable I:E ratio, both non-breathing and spontaneously breathing patients receive optimum ventilation with the Oxylog 2000.
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Additional features include the integrated CPR mode, comprehensive airway monitoring and a real-time minute volume measurement which is carried out close to the patient - unique for ventilators in this class.
Stella – Lighting your way
The Stella illumination concept is designed with user’s needs in mind. Because the light is distributed throughout a long homogeneous light cylinder, there is no need to focus. Further more light intensity from 80.000 lux up to 160.000 lux and depth illumination can be adjusted personally by the surgeon.
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Like a double star whose two stars are close together and as balls of gas change their brightness, Stella has two optical systems in a single body. They are joined on at an optical axis, each with its own lenses, filters and reflectors. And, the system combines halogen and gas discharge technology. While the gas discharge lamp generates large-area, shadow-free and depth illumination, the halogen lamp provides an additional high-contrast depth illumination. As a result, the system is able to evenly illuminate both the area surrounding the wound and deep into the situs, supporting stereoscopic vision and preventing disturbing shadows.
Conditions for optimal color recognition are created by the high, identical 4200 Kelvin color temperature of both light systems of, as well as the light cylinder
(230 mm constant light field diameter x 1300 mm length). Tissue layers are more easily distinguished from each other.
