About Heart Lung Machine Trainer
Heart Lung Machine Trainer is basically a cardiopulmonary bypass machine which is used for supplying oxygen and blood to the patients body during cardiac surgical procedure ( at this time, the heart is stopped for the safety of patient) to activate normal functioning of heart. This system is useful to impart knowledge on how to deal with trouble shooting during critical cardiac surgery. This biomedical trainer comprises of user friendly bubble detector, nylon roller pump and bright LCD display screen. This Heart Lung Machine Trainer requires single phase power source to operate.
Product details
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Minimum Order Quantity
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01 Unit
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Model Number
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SE2646
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Application
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Biomedical Trainer
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Bubble Detector
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Yes
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Flow Rate
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Adjustable
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Number Of Wheels
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2
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Roller Pump
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Nylon
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Condition
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New
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Frequency
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50Hz
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Phase
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Single
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Operating Mode
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Key
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Display type
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LCD
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Voltage
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230V
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Power Source
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230V/ 50Hz
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Weight
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20Kg
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Brand
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Skrip
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Usage
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Laboratory
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Model
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SKRIP-HLM-UC
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Advanced Realistic SimulationDesigned for comprehensive medical training, the Heart Lung Machine Trainer replicates the functions of a clinical heart-lung bypass system. Trainees gain valuable experience in managing perfusion flow, adjusting parameters, and responding to alarms in a controlled environment, bridging the gap between classroom learning and real-life surgical procedures.
User-Centric Interface and ControlsEquipped with a modern, user-friendly control panel, this trainer ensures easy navigation and adjustment during simulation exercises. The digital LCD display presents critical performance data, while integrated audio-visual alarms heighten operational awareness, fostering safe and effective training sessions for all skill levels.
Built for Versatility and MobilityThe machines sturdy build and lockable wheels provide both stability and ease of transport. Its compatibility with standard medical tubing and simulation components, combined with a 5-liter water reservoir and broad temperature/humidity range, makes it adaptable to various educational and training settings.
FAQs of Heart Lung Machine Trainer:
Q: How does the Heart Lung Machine Trainer simulate cardiopulmonary bypass procedures?
A: The trainer utilizes a roller pump, transparent polycarbonate reservoir, and integrated oxygenator simulation to realistically mimic heart and lung functions during perfusion, allowing users to practice clinical perfusion flow management and response to emergency scenarios.
Q: What types of training environments is this heart lung machine trainer suitable for?
A: This trainer is ideal for use in medical colleges, hospitals, and simulation laboratories, making it suitable for both group instruction and individual practice for cardiac surgeons and perfusionists.
Q: When should simulation training with this device be incorporated into cardiac surgery education?
A: Simulation training should be introduced prior to clinical exposure to real surgical cases, giving trainees hands-on experience in a risk-free environment and supporting skill development throughout their continued medical practice.
Q: Where is the optimal location to place or operate the trainer?
A: The trainer is designed for use in controlled indoor environments such as simulation labs or classrooms, where temperature and humidity conditions can be maintained within its specified range (15C to 35C and 30% to 85% humidity).
Q: What is the process for measuring perfusion flow with this machine?
A: The device includes a flow indicator that displays real-time perfusion rates on its digital LCD panel, enabling precise adjustment and monitoring during simulation exercises to ensure high accuracy and correct clinical practice.
Q: How do integrated alarms enhance training outcomes with this device?
A: Built-in audio-visual alarms alert users to abnormal conditions, helping train future perfusionists and surgeons to quickly recognize and respond to critical situations as they would in actual surgical environments.
Q: What are the main benefits of using this heart lung machine trainer in simulation-based education?
A: It offers high-precision simulation, supports hands-on experience with realistic system controls, enhances trainee confidence, minimizes clinical risk, and ensures better preparedness for actual cardiopulmonary bypass procedures.