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Anesthesia And Ventilator Machine

Your Professional Ventilator Supplier

Shanghai Huifeng Medical Instrument Co., Ltd. is a publicly listed company that integrates research and development, manufacturing, and sales. The company specializes in the production of a wide range of medical equipment, including LED shadowless operating lamps, examination lamps, operating tables, medical pendants, head bed panels, hospital beds, electrosurgical units, patient monitors, oxygen bags, air mattresses, pneumatic tourniquets, and other related products.

Mature Production Chain
We have 3 factories, each focus on different product line. all things are under our own control. each production line neat and orderly, reasonable division of labor,Control the quality from the source and provide you with high-quality products. There is more support we can offer to you compared with trading company. No third party makes the difference.

Recognized As A Class A Enterprise
HFMED takes respect for life-focus on professionalism-excellence-sustainable development as its action policy. It has ISO, CE, FDA, MDR and other certificates, and has been rated as a quality credit A-level enterprise for medical device manufacturers. Shanghai Food and Drug Administration has maintained Good business reputation, and always provide customers with satisfactory products.

Extensive Cooperation Market
The power distribution networks is meinly located in the Asia-Pacifc region and Africa. Actively expands its technical cooperation with Eurepe, the Unitelo States and other countries.The sales basein more than 50 countries aroule the world. It is committed to promoting "HEMED" brand Gradually strive to achieve a global distribution of sales networks.

Veterinary Anesthesia Ventilator
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The basic anesthesia machine provides reliable and safe delivery of medical gases and anesthetic vapors. Its simple, robust design ensures essential ventilation and monitoring for routine surgical...
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Anaesthesia Machine Ventilator
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Advanced Anesthesia Machine
The advanced anesthesia machine delivers precise gas delivery and integrated patient monitoring for maximum safety. Featuring electronic controls, ventilation modes, and comprehensive data...
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Portable Ventilator For Hospital
The Portable Ventilator for Hospital is a critical-care solution combining ICU performance with mobility. This Portable Ventilator for Hospital features invasive/NIV modes, 10-hour battery life,...
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Portable Medical Ventilator
The Portable ICU Ventilator delivers hospital-grade respiratory support in a compact, transportable design. Engineered for critical care, the Portable ICU Ventilator features advanced modes...
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N2O SEDATION System
N2O Sedation System delivers safe, fast-acting nitrous oxide analgesia for conscious sedation. This compact system features precise gas mixing (30-70% N2O/O2), touchscreen controls, and automatic...
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Emergency Ventilator
The Emergency Ventilator is a rugged, life-saving device designed for rapid response in critical situations. Featuring intuitive operation and multiple ventilation modes, the Emergency...
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Anesthesia Workstation
The Anesthesia Workstation is an advanced integrated system designed for safe and precise delivery of anesthetic gases. Combining ventilation, monitoring, and gas delivery in one unit,...
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Anesthesia Machines For Precise Care
Anesthesia Machines for Precise Care deliver safe and accurate gas delivery for surgical procedures. These advanced systems feature integrated ventilation, real-time monitoring, and customizable...
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Parameters

Technical Parameters	HF-2000B2	HF-2000B3
Tidal volume	20~1800ml	20~1800ml
Rate	2~120bpm	2~120bpm
SIMV rate	2~120bpm	2~120bpm
I:E	4:1~1:8	4:1~1:8
Pressure trigger sensitivity	-10~20cm H₂O	-10~10cm H₂O
Flow trigger sensitivity	1~20L/min	1~20L/min
PEEP	0~25cm H₂O	0~25cm H₂O
Pressure Range	3~50cm H₂O	3~50cm H₂O
Pressure limitation	5~60cm H₂O	5~60cm H₂O
Pressure slope	1~10 gear	1~10 gear
Flow rate setting	1~10 gear	1~10 gear
Expiratory trigger sensitivity	10%~90%	10%~90%
Time control	1~10s	1~10s
SIGH	1.5 times the inspiratory time (60~120 adjustable)	1.5 times the inspiratory time (60~120 adjustable)
Inspiratory platform	0~50%	0~50%
Oxygen concentration	21%~99%	21%~99%

Types of Ventilator

The ventilators produced by our company mainly include the following types:

Invasive ventilator
With invasive ventilation, you have a tube in your airway that connects to a ventilator machine. The tube can either enter through your mouth (intubation) or through an incision a doctor cuts into your neck (tracheostomy).

Mechanical ventilator
A mechanical ventilator is a machine that keeps your airways open and delivers oxygen to help you breathe. It's considered a form of life support.

Face mask ventilator
A face mask ventilator is a form of noninvasive ventilation. It essentially means you wear a face mask to get oxygen. It may be used to deliver anesthesia as well as to help you breathe.

Situations Requiring Ventilator Use

● While having surgery. Breathing enough on your own might be challenging under general anesthesia.
● If you have infections or certain lung diseases.
● In an emergency medical situation where breathing becomes difficult or your airway becomes blocked.
● If you suffer from certain disorders or brain damage. It's possible that your brain isn't able to send enough signals to your lungs and other parts of your body to enable healthy breathing.
● If you suffer from any illnesses that result in either hypoxemia (low oxygen levels in the blood) or hypercapnia (high carbon dioxide in the blood).
● To stop you from unintentionally aspirating fluids into your lungs.

Steps to Assemble a Ventilator

Read the Instruction Manual
You must read the entire instruction manual with your ventilator. Not every ventilator is the same, and while they operate using similar parts and principles, some ventilators have different connections and setups.

Check You’ve Got All the Parts and Pieces
After reading the instruction manual thoroughly, it’s time to assemble all of the pieces you’ll need to construct the device. This means all the plugs, tubes, connections, and monitors. It’s essential to check that you’ve got everything before starting to ensure you’re doing it right.

Connect the Ventilator to a Power Source
The next step in setting up your ventilator is to connect the monitor to a power source. Connect the ventilator to a power supply in a room away from open flames or fire. Ventilators operate using oxygen which can cause flammable objects to combust quickly, setting your home ablaze in a short time.

Connect Ventilation Tubing and Wiring
Reading the instructions, sorting the pieces you need, and plugging in the ventilator are straightforward steps. Now it’s time to connect the wires and tubing so the ventilator can function as it should. This may seem like a daunting task, but following these instructions will save you time and hassle.

Test the Functions
After you’ve attached the wiring and tubing to the ventilator, you’ll need to run a functional test on the device before you can use it. This test happens automatically on some ventilators, while on others, you need to push a button and consult a manual to learn how your model works.

Select the Correct Settings and Modes
Ventilators can be set up in a few different ways and under other parameters. Here are the five primary modes of ventilation:
● Volume Assist / Control
● Pressure Assist / Control
● Pressure Support Ventilation
● Volume Synchronized Intermittent Mandatory Ventilation (SIMV)
● Pressure-Volume Synchronized Intermittent Mandatory Ventilation

Connect to Patient
The next step is attaching the tubing to the patient.

Precautions for Using Ventilator

Proper Setup and Installation
Proper setup and installation of a ventilator are crucial to its effective operation. This involves checking all components of the ventilator, ensuring that all connections are secure, and setting the appropriate ventilator modes based on the patient’s needs.

Patient Management
Managing a patient on a ventilator involves more than just monitoring the machine. It requires careful observation of the patient’s physical and emotional state, as well as their vital signs. Regular assessments are necessary to ensure the patient’s comfort and to detect any signs of distress or discomfort.

Communication and Coordination
Effective communication and coordination among healthcare providers are essential in ventilator use. This involves sharing information about the patient’s condition, ventilator settings, and any changes in the patient’s status. Good communication ensures that all members of the healthcare team are on the same page and can respond quickly to any issues that may arise.

Infection Prevention
Infection prevention is a key aspect of ventilator use. This involves regular cleaning and disinfection of the ventilator and associated equipment, as well as strict adherence to hand hygiene protocols. In addition, healthcare providers should be trained in infection prevention strategies, such as the use of personal protective equipment and safe handling of respiratory secretions.

Avoiding Common Mistakes
Ventilator use is a delicate process, and even minor errors can have significant consequences. One common mistake is incorrect setting of the ventilator parameters, which can lead to patient discomfort or even harm. To avoid this, healthcare professionals must be thoroughly trained and vigilant in their monitoring of the ventilator settings.

Preventing Ventilator Malfunction
Preventing ventilator malfunction is crucial in ensuring patient safety and comfort. This involves regular maintenance checks to identify any potential issues before they become serious problems. These checks should include inspection of the ventilator’s components for signs of wear and tear, as well as performance tests to ensure the ventilator is functioning optimally.

Avoiding Patient Discomfort and Harm
Ensuring patient comfort and safety during ventilation is paramount. This involves careful monitoring of the patient’s vital signs and ventilator settings, as well as regular patient assessments to check for signs of discomfort or distress.

Packaging and Shipping

Packaging

Inner packaging: Plastic foam

Outer packaging: Cardboard box

Shipping

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

Our Factory

Shanghai Huifeng Medical Instrument Co., Ltd. is located in Building #2, No. 885 Qiuxing Road, Nicheng Town, LinGang, Shanghai. It has more than 100 employees and consists of domestic business Department, International Business Department, Customer Service Department, Commerce Department, Finance Department, Technology RESEARCH and development Department, Quality Department and Personnel administration Department.

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FAQ

Q: What is the basic knowledge about ventilators?

A: A ventilator is a machine that breathes for you or helps you breathe. It is also called a breathing machine or respirator. The ventilator: Is attached to a computer with knobs and buttons that are controlled by a respiratory therapist, nurse, or health care provider.

Q: How long can a person stay on a ventilator?

A: The time you need mechanical ventilation depends on the reason. It could be hours, days, weeks, or, rarely, months or years. Ideally, you'll only stay on a ventilator for as little time as possible. Your providers will test your ability to breathe unassisted daily or more often.

Q: Is being on a ventilator the same as life support?

A: Ventilators, often referred to as life support machines, are used in intensive care units for patients who cannot breathe on their own.

Q: Can a person hear you when they are on a ventilator?

A: If they have a breathing tube in their mouth then they will not be able to talk as the tube passes through the voice box (larynx). It is better to assume they can hear you & talk to them normally, even if the conversation is only one-way.

Q: What is the green line on a ventilator?

A: The red dashed line indicates the beginning of expiratory flow and T low, while the green dashed line indicates the beginning of the drop in pressure and volume; the distance between both lines was called the "Volume & Pressure lag". The blue dashed line indicates the peak expiratory flow (PEF).

Q: Is there a difference between being intubated and being on a ventilator?

A: Intubation means placing a breathing tube through the mouth and down the throat into the lungs. A ventilator is a breathing machine that takes over the work of breathing and increases the oxygen levels in the patient's blood.

Shanghai Huifeng Medical Instrument Co., Ltd. is one of the most professional anesthesia and ventilator machine manufacturers and suppliers in China, featured by quality products and good service. Please rest assured to buy customized anesthesia and ventilator machine made in China here from our factory.

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