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Anesthesia machines play a critical role in surgical procedures, providing controlled administration of anesthesia gases and monitoring vital signs. As medical technology continues to advance, anesthesia delivery and management systems have become increasingly sophisticated.
At Medzell, we offer a wide range of anesthesia machines and workstations to meet the needs of patients and healthcare providers alike. Our machines are built with advanced technology and precision to deliver accurate gas concentrations, ensuring patient comfort and safety throughout the procedure. We offer a variety of models and configurations that can meet the needs of all healthcare facilities.
Our equipment is intuitive and user-friendly, allowing for uncomplicated operation by healthcare professionals. Our customizable anesthesia workstations are designed to meet the specific needs of any operating room environment. For enhanced functionality and efficiency, our anesthesia workstations offer comprehensive features such as integrated patient monitoring systems and advanced ventilation capabilities. These workstations are designed to streamline workflow and provide healthcare professionals with the tools they need for effective anesthesia management.
The anesthesia machines showcased on our platform are designed and manufactured to meet stringent quality standards. We know the importance of precision and reliability in anesthesia equipment. So we make sure to bring you products from trusted Indian manufacturers known for their expertise in the medical device field.
We help you provide the highest level of care for your end users. If you are looking for the latest in anesthesia technology, look no further than Medzell. We offer advanced medical equipment and healthcare technology that can help improve patient outcomes, enhance surgical procedures, and increase the overall efficiency of healthcare delivery.
Buying Guide for Anesthesia Machine & Workstation
How to choose
The choice of anesthesia machine depends on the model (Boyles Apparatus, Anesthesia Machine, and Anesthesia Workstation) and features (With Respiration Monitoring, With Scavenging Unit, MRI Compatible, and With Inbuilt Ventilator).
Other factors to be considered are backup oxygen cylinders, oxygen sensors, minimum of two vaporizer ports, size, mobility, storage space, and a built-in suction system.
Application
Anesthesia machines are used in operating rooms, dental clinics, and eye clinics. Boyles apparatus is used to administer general anesthesia. Anesthesia machines with gas scavenging systems protect healthcare professionals from being exposed to anesthetic gases. Anesthesia machines with respiration monitoring are used to monitor respiratory parameters.
What is the difference between a bellows ventilator and a piston ventilator?
The piston ventilator uses a single circuit. A motor controlled by a computer supplies gas to the breathing system. Instead of using driving gas, it utilizes gas compression to push air into the lungs. The gas inside the piston is compressed by the motor which increases the pressure and results in gas flowing into the lungs. Bellows ventilators make use of a double circuit. At the time of inspiration, the pressurized gas used by the double-circuit machine drives and compresses a bellow and delivers ventilation. The phrase “double-circuit” is used because the bellows expand again during expiration due to the flow of the breathing system gas. In bellows ventilators, the driving gas is expelled out through an exhaust valve.
What is the difference between the breathing circuits of anesthesia machines and ventilators?
In anesthesia machines, the breathing circuit delivers anesthetic gases and oxygen and eliminates carbon dioxide using soda lime absorption or gas inflow. The breathing system can be divided into closed, semi-closed, semi-open, and open as well as into rebreathing and non-rebreathing systems. In a typical ICU ventilator, the breathing circuit can be called an open circuit due to the lack of a reservoir for accumulating gas and because there is no rebreathing. The circuit’s inspiratory limb enables the lungs of the patient to be isolated from the environment. The expiratory valve vents gas into the atmosphere. It is also a non-rebreathing circuit since it enables flow in one direction only and the exhaled gases are not reused by the patient.
What is the difference between an active and passive scavenging system?
An active system is one where a vacuum or a negative pressure source is attached to the scavenging interface. The gas disposal tubing will have a negative pressure. A passive system is one where a vacuum is not utilized. The pressure is raised above atmospheric when the reservoir bag is manually compressed or when the patient exhales passively.
What are the important components of an anesthesia machine?
The main components of an anesthesia machine are the gas mixing and delivery system, a series of monitors, the ventilator, and the anesthetic breathing system.
What are the accessories of an anesthesia machine?
The accessories of an anesthesia machine can include a bag mount, vacuum suction trolley unit, vacuum jar, emergency unit, vaporizers, oxygen failure warning device, y piece, silicon Ambu bag, bacterial/viral filter, humidifier, Isoflurane funnel, rota meter.
How do I maintain an anesthesia machine?
Cleaning the equipment, filling the vaporizer, changing the soda sorb, and removing moisture should be done as required. Preventive maintenance is typically done annually and includes disassembling the machine and inspection of the components. Parts may be replaced if needed and low pressure, rebreathing system, and high pressure are verified. The vaporizer’s calibration verification must also be performed.
