Product Description
We are known as the most successful supplier of superior functioning Medical Anesthesia Machine. Our entire range is sourced from the most trusted vendor of the market. These machines are assembled by utilizing superior quality components in accordance with current quality standards with the help of advance tools and techniques. This machine is used in medical and health care units for consulting with patients suffering from anesthesia. Moreover, our valuable customers can avail this Medical Anesthesia Machine in several power capacity ranges according to their specific requirements.
Features:
Specifications:
Hypoxic Guard Rotameter - Pneumatic Device
Ensures no Nitrous Oxide flow, if oxygen flow is lower than 0.5 ltr/rnln, approx. Minimum 25% (5%) oxygen (1:3 mixed ration between 02 & N20) in surgery Gas Mixture.
Oxy Locked N 20 supply
Oxy failure warning device
Higher efficiency forged regulators & Yokes with S.S Fittings
High Precision pressure reiief cum non return valve
Vaporizer Eithr & Halothane
Change Over me chan ism with oxygen flush (open & close circuit)
Oxygen & Nitrous oxide Gas Inlet point each 3 nos.
Standard Magills circuit
All Rubber Antistatic Tested
Advanced Control and Safety FeaturesThis machine incorporates a microprocessor-based control system, delivering precise gas flow with digital accuracy (1%). Comprehensive safety mechanismsincluding low oxygen, power failure, and high-pressure alarms, along with a hypoxic guardensure consistent, secure patient care. The color TFT display assists real-time monitoring and swift adjustments.
Versatile Operation and Ease of UseThe anesthesia workstation supports open and closed breathing systems, catering to various anesthesia techniques. With vaporizer mounts for halothane, isoflurane, and sevoflurane, its suitable for a wide range of procedures. Its user-friendly design includes mounted drawers and mobile, lockable castors for flexibility and accessibility.
Reliable Power and Patient SupportOperable on single-phase 220V AC, the system delivers up to 2 hours of battery backup to assure uninterrupted operation during power outages. The 50 L/min oxygen flush, auxiliary oxygen outlet, and built-in scavenging system maximize patient safety and clinical efficiency.
FAQs of Medical Anesthesia Machine:
Q: How does the microprocessor-based control system improve anesthesia delivery?
A: The microprocessor-based control system allows for automatic gas mixing and precise flow regulation, ensuring accurate, continuous delivery of anesthesia. Real-time digital monitoring minimizes the risk of error, while built-in alarms quickly notify staff of any irregularities.
Q: What types of vaporizers are compatible with this anesthesia machine?
A: This machine is compatible with vaporizers designed for halothane, isoflurane, and sevoflurane, providing versatility for various anesthesia protocols used in modern surgical procedures.
Q: When should I utilize the battery backup feature?
A: The battery backup is used automatically in the event of power failure, providing up to 2 hours of continuous operation to ensure patient safety and avoid procedure interruptions until power is restored.
Q: Where can this anesthesia machine be deployed?
A: This machine is designed for operation theaters and hospital environments throughout India. Its lockable castors facilitate movement between rooms, and the robust design ensures stable operation in clinical settings.
Q: What is the process for switching between open and closed breathing circuits?
A: Switching between open and closed breathing systems involves adjusting the circuit connections according to patient requirements, as per the user manual. This flexibility allows clinicians to tailor the machine setup for either adult or pediatric patients depending on the surgical procedure.
Q: How does the mechanical hypoxic guard system benefit patient safety?
A: The mechanical hypoxic guard with a mechanical interlock prevents the delivery of hypoxic gas mixtures by ensuring oxygen is always present in sufficient quantity, thereby safeguarding against accidental hypoxia during anesthesia.