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Infusion pumps are a staple of modern medicine. They're used for everything from simple IVs to complex chemotherapies.
Why are infusion pumps so popular? What makes them so useful and reliable?
This blog will talk about what infusion pumps are and how they've changed how healthcare is delivered worldwide. We'll also discuss some of their benefits, as well as their types.
What are Infusion Pumps?
An infusion pump is an automated medical device that delivers medication or fluids to patients through a catheter or IV. These pumps are usually programmed to administer a specific dose of medication at regular intervals and can be programmed to release the medication at different rates over time.
In most cases, an infusion pump requires a skilled person to operate, using the device's in-built software interface to set the delivery rate and time. The capacity to provide extremely tiny quantities of fluids and to distribute fluids at precisely programmed rates or automatic intervals are two of the main benefits of infusion pumps compared to traditional methods of fluid administration. Insulin, other hormones, antibiotics, chemotherapeutic treatments, and pain relievers are only some of the nutrients and pharmaceuticals that can be transported through these methods.
Types of Infusion Pumps
There are several types of infusion pumps:
Stationary Infusion Pumps
Stationary infusion pumps are typically found in hospitals or other healthcare facilities. They are usually connected to an IV bag with tubing, which provides the medication or fluid needed for the patient to receive treatment. Healthcare professionals can program these pumps to deliver certain amounts of nutrition, antibiotics, and pain medication at specific times throughout the day or night.
Ambulatory Infusion Pumps
Ambulatory infusion pumps are portable devices that allow patients with chronic conditions such as diabetes or congestive heart failure to self-administer their medications while in public or travelling away from home. They're also known as wearable infusion pumps because they're small enough for patients to wear on their bodies, like a vest or belt pack.
Syringe Pumps
Such infusion pumps are ideal for administering modest doses of medications. They are commonly used on infants and toddlers. A small amount of medication, such as hormones, can be administered with precision using an infusion pump. A motor with a plunger-like pumping device powers the infusion pump.
Large-volume pumps (LVPs)
The LVPs are infusion pumps that can provide vast amounts of fluids, such as food or medicine. Typically, electronic peristaltic pumps are used in LVPs. A roller controls the pump, which can be operated manually or through a computer.
Smart Infusion Pumps
Smart infusion pumps are controlled by a microprocessor which monitors the flow rate and volume of fluid being delivered to the patient at all times. They can be programmed to administer multiple doses at varying intervals throughout the day or night, depending on the drug's delivery type. These devices can also tell when an error has occurred, such as an air bubble entering the tubing or a malfunctioning sensor which prevents them from delivering any more fluid until these problems have been resolved. This means that if there is ever an issue with your drip set or IV bags, you will know about it immediately through an alarm so you can fix it before any serious damage is done.
Benefits of Infusion Pumps
Infusion pumps are popular because they can make life easier for patients, caregivers, and medical professionals. Here are some of the most common benefits:
The Rise of the Global Infusion Pumps and Accessories Market
The global infusion pumps and accessories market is expected to reach USD 13264.18 Million by 2030. The main driver for this growth is the increased demand for patient safety solutions in hospitals and other healthcare facilities, which has increased infusion pump sales.
The rise in popularity of infusion pumps is being driven by several factors, including:
The rising prevalence of chronic diseases coupled with increasing hospitalisation rates is also the key factor driving the growth of this market. In addition, the growing adoption of IT infrastructure in hospitals for managing patient data is also expected to drive market growth over the forecast period.
Takeaway
It's no surprise that infusion pumps are so popular. They're a crucial part of healthcare and medical facilities worldwide and are an integral part of a healthcare facility’s medical and surgical supplies.
Infusion pumps are designed to deliver precise doses of medication or other substances through a catheter into a patient's body. In many cases, these pumps are controlled remotely by medical staff. The level of precision these devices offer can make all the difference in the outcome of a procedure.
That is why it is important to invest in high-quality infusion pumps for your medical facility that is built to last.
At Paragon Care, we offer a wide range of medical and surgical supplies so that no matter what your needs are, you'll find something that meets them perfectly.
In today's world, the spread of infectious diseases is more common than ever. This has increased awareness of the need for standard infection control precautions in hospitals and other healthcare facilities.
Hospitals must now adhere to strict guidelines regarding minimising the spread of pathogens within their facility.
Infection control starts with standard precautions every hospital needs to take to protect patients from infections that can spread through bodily fluids and cause harm. Some precautions may seem like common sense, but they're easy to forget when you're busy caring for patients.
Let's take a look at them one at a time below.
Standard Infection Control Precautions
Infection control is one of the most important aspects of keeping patients safe.
It's also one of the most complex aspects, as every hospital and healthcare facility has unique needs and practices.
That's why we're breaking it down into eight standard precautions every hospital should be taking to protect their patients and staff from infection:
Hand hygiene
Hand hygiene is essential to prevent the spread of infectious organisms and should be practised at all times by all personnel in a hospital setting. This can include using alcohol-based hand sanitisers, washing hands with soap and water, or wearing gloves when appropriate.
Protective gear for healthcare workers
Personal protective equipment (PPE) consists of things like gloves, gowns, masks, respirators, and eyeglasses that serve as barriers to prevent pathogens from contacting the wearer's skin, clothes, mucous membranes, and airways. When safe work procedures and technological safeguards are not enough to prevent exposure to hazardous substances, workers must use personal protective equipment (PPE). Different objects will be chosen for use depending on the nature of the public health worker's contact with the client and the most likely avenues of disease spread.
Always use gloves to prevent the spread of disease while handling bodily fluids, broken skin, mucous membranes, or anything else that might be contaminated. Phlebotomies and other procedures requiring access to the bloodstream always require gloves.
If there is a danger that blood or other bodily fluids will splash or spray into your eyes, mouth, or nose, you should wear a surgical mask and goggles or face shield.
If you will be handling blood or other bodily fluids, it is best to wear a gown. After finishing, take off protective gear and wash your hands immediately.
Effective Equipment Management
All equipment and technology introduced into a hospital or clinic must be appropriate for medical usage. If feasible, you should also make sure a comprehensive service package accompanies the medical equipment supplies and that the crew has received proper training in how to use the equipment safely.
Waste disposal
When it comes to preventing the spread of infectious diseases, waste disposal is one of the most important steps hospitals can take. Contaminated needles, bandages, syringes, and other items must be disposed of properly so they don't end up in the wrong hands or cause further harm.
Environmental cleaning
Patients and medical personnel alike need to feel secure in their surroundings. A surprising number of potentially harmful microorganisms may survive on surfaces even if they appear clean. Doorknobs, railings, tables, and other often touched surfaces are breeding grounds for a wide variety of infectious diseases.
Hence, it's crucial to disinfect such potentially hazardous contact sites. Disinfectants and other suitable cleaning supplies must always be used as necessary. Every healthcare institution should have stringent cleaning processes, and employees should be informed of their cleaning and disinfection tasks and assigned times.
Respiratory Hygiene
Infected patients visiting public waiting rooms or other shared spaces threaten the health of other hospital patients and staff members. The spread of respiratory diseases can be reduced by encouraging measures to reduce the dissemination of respiratory secretions.
Safe injection practices
Safe injection practices include using new needles, syringes, and vials for each injection. These items should be disposed of in sharps containers after use. Sharps containers should be leak-proof and located near the patient's bedside.
Controlled Handling of Blood and Other Body Fluids
All employees at healthcare institutions should have proper training in how to clean up blood and other bodily fluid spills.
These leaks risk spreading blood-borne pathogens like hepatitis and HIV and must be cleaned up immediately.
There should be no ambiguity about who is responsible for cleaning up accidents involving blood or other bodily fluids. There should be a spill kit available in case of blood or other bodily fluids.
A Clean Environment Is Important for Everyone!
A clean and healthy environment free from any infection is important for everyone. It's especially important for patients who are looking for treatment and recovery.
That's why hospitals need to take infection control precautions every day. From hand hygiene to cleaning room surfaces, hospitals have to be on their game when keeping their patients safe from contamination.
Hospitals need medical equipment supplies to help them keep their facilities clean and safe for patients. That's where Paragon Care comes in!
We are a medical equipment services provider that offers a wide variety of medical equipment supplies, including products designed to help hospitals stay clean and safe.
Making your first appointment with a urologist might be nerve-wracking if you don't know when to start seeing one.
This internal blog will explore what a urologist is, when a person would require one, and how they can assist in the treatment of a variety of problems. It will also go over the typical equipment a urologist may utilise.
What Is a Urologist?
A urologist is a doctor who specialises in treating conditions affecting the urinary tract of both men and women. Urologists can work with anyone from infants to senior citizens. They mainly specialise in the urinary tract and the male reproductive system.
Urologists specialise in various procedures including surgery, laser surgery, and minimally invasive surgeries like biopsy or vasectomy.
The urologist will examine you and ask questions about your medical history, symptoms, and medications. They may also perform tests to examine your kidneys, bladder, or prostate gland.
Urologists may treat conditions that require surgery. The main responsibilities of urologists include:
How Does A Urologist Help Patients?
A urologist is your best bet for diagnosis and treatment when it comes to health problems related to the urinary tract.
Suppose a doctor feels that a patient has a problem with their urinary tract (bladder, urethra, ureters, kidneys, or adrenal glands). In that case, they may send the patient to a urologist for further evaluation and possible treatment.
Urologists also treat male patients who have issues with their genitalia, including the epididymis, penis, prostate, seminal vesicles, and testes.
Urologists are trained in fields such as:
Urologists can be found in private practice or at hospitals. They may also work in urology clinics or with other specialists, such as nephrologists and radiologists, to provide comprehensive care for patients with complex medical needs (such as kidney disease). The urologist will often receive notes from the referring physician but will still do their assessment and examination.
In addition, they could request diagnostic procedures.
Some of the Conditions That Require a Visit to a Urologist
If you experience the following symptoms, it might be time to see a urologist.
Common Equipment A Urologist Uses
Urologists use many different tools and equipment while they treat patients. Some of these tools include:
Urology examining tables: These tables usually have stirrups to hold the patient’s legs and a mechanism to help adjust both the height of the table and the position of the stirrups. They also have a padded top for comfort.
Urology operating tables: In contrast to examining tables, operating tables do not have padded tops or stirrups. However, the operating table does have split leg sections that allow for the best stability possible while still allowing for simple access to the surgical site.
Takeaway
As a urologist, you know that the success of your practice depends on having the right equipment and supplies to perform your procedures. You can offer the best urology solutions only with an efficient and reliable workflow.
Paragon Care's quality medical equipment and supplies can help you achieve these goals by providing you with high-quality medical equipment supplies.
Our solutions are designed to provide value, performance, and reliability for urology practices. We offer a full range of high-quality medical equipment supplies, including irrigation products and diagnostic instruments. Our products are carefully selected for their superior performance in urology procedures.
An IV set is a collection of devices used to administer fluids and medications via an intravenous catheter. IV sets come in various styles depending on the patient's needs, but they all have one thing in common: they are an essential part of delivering safe and effective medical care.
The most common types of IV sets include filtered, vented, non-vented, and gravity tubing. Each type has its unique benefits, so it's important to understand how they work so you can make informed decisions about what type will work best for your patient.
We'll cover the differences between these types in this blog so you can make sure you're choosing the right set for your patient's needs.
What are IV sets?
IV sets are a type of healthcare equipment that is used in hospitals and other healthcare facilities. IV sets are used to administer medications or fluids to a patient via intravenous (IV) access.
IVs are made up of a fluid-filled bag, a tube that the fluid flows through, and a needle that is used to inject the fluid into the veins. Meanwhile, the rate at which fluid is drawn from the bag and given to the patient is managed by an intravenous pump.
Together, these constituents form what are known as intravenous (IV) sets. IV kits are designed to make initiating an IV as simple and risk-free as possible. There are several varieties of IV sets, each designed for a particular situation or combination of circumstances. Knowing how to utilise the various IV sets available is essential for caring for patients.
Types of IV Sets and Their Applications
IV sets are used for intravenous therapy and include tubing and the needle or catheter. The type of IV set you need depends on the type of fluid you need to administer, as well as its viscosity and flow rate.
There are several different types of IV sets available for use in hospitals and other medical settings, including:
Filtered IV Sets
A filtered IV set has a filter in the tubing that prevents any foreign matter from entering the bloodstream. This is important because it ensures that the patient receives only sterile solutions through their IV. Filtered IV sets are mainly used when there is a risk of infection or contamination.
There is a wide range of drugs and solutions that are compatible with these IV setups. They use filters ranging in size from .22 to 5 microns, giving them much flexibility regarding what they can filter out. Filtered UV sets remove particles of any size, from the tiny to the large.
Vented IV Sets
There is a little blue hole in the side of the vented IV sets. The lid may be opened and closed by medical staff to let air in, displacing the fluid as it exits.
These IV kits must be stored in rigid plastic or fluid-proof glass containers. A fluid contained in a hard container will not escape unless the container is equipped with some sort of air release mechanism. The air intake vent is often installed on the drip chamber during manufacturing.
There are two forces at work on the fluid in vented IV systems, allowing it to flow:
The fluid is pushed downward by gravity and the air pressure from the vented IV set. Gravity rises when you raise a bag or container of fluid, causing the fluid to flow more quickly. When medical staff lowers the bag or bottle of liquids, the opposite occurs.
Non-Vented IV Sets
A non-vented IV set does not include a removable air vent.
This sort of intravenous set is required for use with flexible plastic containers. Before attaching a non-vented IV set to a patient, the tubing must be filled with IV fluid to eliminate the presence of air. As the IV bag empties, the tubing produces a vacuum, causing the bag to collapse.
Non-vented intravenous sets rely on two forces acting on the fluid to allow it to flow:
The collapsing force is absent in fixed fluid containers like bottles and plastic tubing. This causes stagnation in the fluid. Venting the bottle or other stationary fluid container allows air to enter, triggering the fluid to flow.
Gravity Tubing
Gravity tubing is the most common type of IV set used in hospitals today. It consists of a plastic bag hung from a pole or hook, which holds it in place at a certain height above the patient's bed. The fluid is pushed through the tube and into the patient's bloodstream by gravity's force. Gravity tubing is used for delivering fluids and medications that do not need to be administered quickly because gravity will help move them from the bag down into the patient's vein at a slow but steady rate.
Takeaway
IV sets play a vital role in the healthcare industry, and you must choose the right one for your patient's needs. Paragon Care can provide a wide range of IV sets for your patient's needs—from the most common to the most complex. We can help you with everything from choosing the right type of IV set for your patient to finding other healthcare equipment to accompany them. We also offer a range of high-quality surgical equipment Australia-wide.
If you want more information about how Paragon Care can help your hospital stock its IV sets, contact us today.
Critical care in Australia is a vital part of the health care system. It is the most complex environment in which healthcare professionals work. They require highly skilled, educated, and motivated staff to provide patient safety, quality, and satisfaction.
In Australia, there are three levels of critical care that you can expect to receive during your stay in a hospital. This includes Intensive Care Unit, High Dependency Unit, and ward-based care.
This internal blog will examine the services offered at each level and give an overview of the treatments available at each stage so that you know what to expect when you are admitted.
What Is Critical Care?
Critical care medicine is a medical specialty focused on assessing and treating critically ill patients who require life-supporting interventions. They develop and implement treatment plans that provide maximal benefit to the patient while minimising harm; they also supervise less experienced members of the healthcare team. In a critical care unit, healthcare providers use lots of medical and surgical supplies to provide the highest medical care to patients diagnosed with critical illness or injury.
Various health professionals and allied health staff provide critical care in several different settings. This includes intensive care units (ICUs), high dependency units (HDUs), and general medical wards. Other types of critical care are provided in the community, such as emergency departments or hospitals without intensive care facilities.
The nurse-to-patient ratio is the key differentiator between intensive care and high-dependency care. The ratio of nurses to patients in the intensive care unit is one-to-one, whereas, in the high-dependency unit, it's one nurse for every two patients. On the other hand, on a typical ward, two registered nurses may be responsible for up to thirty patients.
Who Needs Critical Care?
Some people will be admitted directly to a critical care unit from the hospital emergency department (ED). Others may need to be transferred from other hospital areas, such as intensive care units (ICU) or surgical wards.
Some people who need critical care include:
Other common reasons someone might need critical care include the following:
Levels of Critical Care in Australia
There are three levels of critical care available in Australia. These are:
Level 1
Intensive Care Unit (ICU). Here patients require continuous monitoring and treatment by highly trained medical staff. Intensive Care Units provide life support, including mechanical ventilation, intravenous access, and medications to treat infections and other complications.
In the intensive care unit (ICU), patients are often hooked up to various equipment, the most frequent of which are heart monitors and artificial ventilators (when patients can't breathe on their own). The devices in an intensive care unit (ICU) often generate piercing beeping noises and other alarms to alert medical workers to changes in a patient's condition.
In addition, the patient probably has several tubes going in and out of their body, either delivering or removing fluids and nutrients.
In the intensive care unit, there is a large number of doctors and nurses. A trained nurse is assigned to each patient and routinely examines all vital signs and other systems supporting the patient's life. The ICU often has its nursing station where medical staff can be called if needed urgently.
Level 2
High Dependency Unit (HDU). High Dependency Units (HDUs) are a type of intermediate care facility found in some hospitals. Higher Dependency Units (HDUs) are wards for patients who require more extensive monitoring, therapy, and nursing care than is typically provided in a regular ward but less than what is provided in intensive care. HDUs can be located within an intensive care unit or exist as separate areas within a hospital or healthcare facility.
There may be fewer nurses per patient than in intensive care, but there will still be more than in most ordinary wards. The patient stays at HDU might range from a few days to weeks or months, depending on the severity of their disease and the unit's current patient load.
Level 3
General Medical Wards. General medical wards receive patients who need 24-hour monitoring with support from nursing staff rather than continuous critical care. Here people stay overnight or longer while they recover from surgery or other procedures or are treated for an illness that isn't life-threatening but needs more care than an emergency room can offer. These patients tend to be stable enough to be transferred to another ward once they're better enough to be moved safely, so they don't receive ongoing intensive treatment such as mechanical ventilation or dialysis. There may be more than one general hospital ward at each hospital, depending on how many beds it has available and how sick the patients are.
Bottom Line
Critical care is a field that requires specialised equipment and supplies, as well as a full understanding of the process. At Paragon Care, we provide medical and surgical supplies to help healthcare professionals go through every step of the way. We offer you the best medical equipment for your critical care needs.
If you have any questions about our services or would like to request a quote, please feel free to contact us today.
Medical devices are a critical part of the healthcare industry and a key component of any hospital's equipment. In the medical device industry, mitigating risk is a top priority. Medical devices are often used to treat patients with severe or chronic conditions, and failure could have serious consequences. They are used for many purposes, from the simple to the complex: from monitoring heart rates to delivering life-saving care. As such, manufacturers must take all necessary steps to ensure that their products meet safety standards and are safe for patients.
This can be especially tricky for a company that manufactures urology solutions and other medical products in Australia. Not only do they have to worry about meeting government regulations, but they also must ensure their products comply with international standards. This is why ensuring that your medical product is manufactured under the highest standards is important.
In this article, we'll discuss how you can mitigate risk when manufacturing medical products in Australia.
Risk Assessment and Management Standards
As the medical industry has expanded, so too have the risks associated with production. While pharmaceuticals and medical devices are essential for patient care, they can also pose significant health and safety hazards.
The manufacturing of medical products in Australia is governed by strict regulatory requirements that protect human health and safety. These regulations are designed to ensure that medical products are safe and meet all quality standards.
The Therapeutic Goods Administration (TGA) set out the requirements for manufacturing medical devices in Australia. The main areas covered by these regulations include:
Risks When Manufacturing Medical Products
Here are some of the main risks associated with manufacturing medical devices:
Infection
Bacteria, viruses, and other pathogens can contaminate medical devices. This can lead to serious infections that can be life-threatening if left untreated. If patients are infected with a drug-resistant strain of bacteria or virus, their condition may worsen rapidly and they could die from their illness.
Product failure
Failure rates for medical devices tend to be high because they're used so often by patients who need them for their health or well-being. Some medical products may fail more frequently than others due to patient misuse or poor dth in some cases.
Patient safety violations
Poorly designed or manufactured products can also lead to patient safety violations that result in injuries or even death for patients who use them correctly according to instructions from their doctors or pharmacists.
Measures to Take to Ensure Compliance with TGA Regulations
The Therapeutic Goods Administration (TGA) is the Australian government agency responsible for ensuring that all medical products are safe and effective. The TGA has strict guidelines that must be met during the manufacturing process.
These are some of the steps that companies can take to ensure TGA compliance:
Certifying the manufacturing facility
The first step of complying with GMP regulations is certifying your facility to manufacture medical devices or pharmaceuticals. This involves applying for permission from the TGA and undergoing an audit of your factory.
Quality checking raw materials
Raw materials used in the production of your product must meet high-quality standards before being used in any stage of production or assembly. Raw materials must be checked for purity before entering your premises. This can be done through laboratory analysis or by testing samples from suppliers directly at their facilities.
Ensuring manufacturing equipment is in good condition
The next step to ensuring compliance with TGA regulations is ensuring that all of your manufacturing equipment is up to standard. This includes cleanliness, sterilisation, and maintenance of equipment. Equipment failure could result in a recall or other costly consequences.
Training staff to handle equipment correctly and safely
Another important step in ensuring compliance with TGA regulations is ensuring that all your employees are properly trained to use and maintain all production equipment for making medical devices. They must also know of any risks involved with using these machines to avoid accidents while working on them.
Labelling and packaging products correctly
The labelling on your products must meet all TGA labelling requirements. You also must ensure that your packaging complies with regulations governing hazardous substances, child-resistant packaging, etc. Failure to comply can result in fines or even prosecution.
Inspecting finished products for quality defects
You should ensure that all finished products meet quality standards before they are released for distribution or sale. This includes checking them and using pre-market testing methods such as physical inspection, chemical analysis, etc. This will help identify problems like contamination or damage before they reach customers' hands.
Storing finished products safely until distribution
Once you've completed your inspection, store your finished product safely until they're ready for distribution. For example, if you manufacture IV bags, ensure they are kept away from heat sources so they don't degrade before reaching their destination. You should also ensure that all packaging materials are secure so nothing gets damaged in transit.
Strive towards perfection
Quality management data should be used to encourage adaptability and drive major changes in your production processes to guarantee the best possible health, safety, and financial results.
Wrapping Up
Manufacturers of medical products in Australia have a clear legal obligation to ensure that their products are safe and reliable. The Therapeutic Goods Administration (TGA) provides guidance and information on fulfilling this obligation. That is why the medical manufacturing industry in Australia is highly credible.
Paragon Care's commitment to compliance has resulted in our products being used worldwide. Our manufacturing process is designed to ensure that our equipment meets the highest safety and quality standards, and we take every measure to ensure this is the case.
We are proud to be a part of Australia's healthcare industry, and we will continue to work with our clients to provide them with urology solutions with high-quality surgical equipment and medical supplies.
Neonatal Intensive Care Units (NICU) are places where newborns are treated when they require intensive medical care. They are some of the most advanced medical facilities in the world. The equipment used in these units is designed to provide comfort and safety for babies born prematurely or with health problems.
The NICU is staffed by a multidisciplinary team of specialist doctors, nurses, respiratory therapists, and healthcare professionals who provide continuous monitoring, diagnostic testing, and treatment to the most vulnerable infants.
The equipment used in a NICU is designed to meet the unique needs of these patients, who require close monitoring and specialised treatment to ensure survival. As such, NICUs use various medical devices and equipment to help keep babies safe and healthy.
This article describes some of the common equipment used in NICUs worldwide.
Common Equipment in the NICU
Neonatal Intensive Care Units (NICU) are the most critical areas of a hospital and are used to treat premature and very ill new borns. They use a wide range of equipment to monitor and care for these babies, including:
Incubators
Incubators temporarily house premature babies until they're strong enough for more advanced care or can go home. Incubators use heat transfer to warm up the baby's environment so they can grow properly without being exposed to viruses or bacteria from their surroundings.
A baby's incubator is a small, enclosed box. A heating system is located underneath the infant tray and warms the air mixture that is then circulated in the baby's enclosed surroundings. Indicators on the panels show both the air and the baby's temperature. Depending on the incubators, temperature regulation can be either automatic or manual. Alarms are installed in incubators to alert the user to any significant changes in the internal temperature.
Ventilators
Ventilators are medical devices that help patients breathe when they can't do it on their own. They're used in many different situations, from recovering from surgery to people who have stopped breathing because of an injury or accident. Neonatal ventilators are designed specifically for babies who have breathing problems related to premature birth or other conditions affecting the lungs or heart.
A plastic tubing connects the ventilator to the patient (endotracheal or ET tube). Babies often have the ET tube inserted into their nose or mouth. The tube enters the infant's windpipe via the baby's voice box. The baby's trachea is the entry point for the air from the ventilator; from there, it goes to the lungs. Each infant's oxygen, air pressure, and respiratory rate demands may be individually accommodated.
Radiant Warmer
Radiant warmers help keep newborns at a constant temperature, as they require a warm environment in the first few hours of life. A radiant warmer is the most fundamental piece of equipment in a neonatal intensive care unit (NICU). It is used to keep a newborn's internal body temperature stable and slow down their metabolic rate. Warmers are used as an artificial support mechanism to help keep the body temperature of some newborns from dropping too quickly.
An open tray in the centre of a radiant warmer is heated by a system positioned above. Babies are monitored by the use of a temperature knob that is connected to their clothing, with the results shown on a tiny LCD panel.
Cardiorespiratory Monitor
Attached to the baby's skin with sensors, a physiologic monitor (also known as a cardiorespiratory monitor) offers a continuous readout of the baby's vital signs, including heart rate and rhythm, breathing rate, arterial or central venous pressure, and other relevant information. An alarm will sound when a monitored vital sign exceeds or falls below a user-defined threshold. A wide range of sizes and styles of monitoring devices are available, with the newest ones often including embedded computer systems that may perform activities such as trend analysis, long-term data storage, and false-alarm suppression.
Apnea Monitors
Apnea monitors are used to monitor for apnea or cessation of breathing. They use a sensor attached to the baby’s chest and alert the nurse when there is a change in heart rate or breathing pattern.
Heart Rate Monitor
The heart rate monitor, also called an electrocardiogram (ECG) machine, records a baby's heart rhythm.
Oxygen Saturation Monitor
This monitor measures the amount of oxygen in your baby's blood, which helps determine if he or she needs supplemental oxygen.
Temperature Monitoring Systems
Temperature monitoring systems record your baby's temperature at all times to ensure it stays within normal limits.
Pulse Oximeters
A pulse oximeter is a small device attached to your baby's foot or hand. It measures how much oxygen your baby's blood carries to estimate how well your baby's lungs work.
IV pumps and Infusion Pumps
These devices deliver medications to patients through intravenous lines.
They are often used to administer antibiotics, diuretics, and other medications. Infusion pumps allow the administration of drugs at specific intervals, which is important for preventing drug overdoses.
Endotracheal (ET) And Tracheostomy Tubes
These tubes are inserted into the trachea and secured with adhesive or surgical tape. These devices provide a conduit for mechanical ventilation and protect the airway from aspiration of stomach contents. Depending on the patient's condition, ET tubes may be inserted through the nose or mouth.
Tracheostomy tubes are placed surgically through an incision in the front of the neck and secured with sutures or staples.
Suction Machines
Suction machines clear the baby's airway by removing excess mucus, blood, and other fluids from the baby's mouth and nose.
Takeaway
Medical device companies are one of the most important parts of the healthcare industry as they provide crucial medical equipment in the NICU.
Paragon Care can provide medical equipment in Australia for all your NICU needs.
We are committed to ensuring that you have the best possible equipment for your neonatal intensive care unit so that you can provide excellent care to your small angels.