For people with inability to voluntarily control urination, there is a need to explore what medical care there is to solve their problem. For this reason, understanding intermittent catheterization is very useful information for these people because it introduces one of the most common ways to solve the incontinence problem.   What Is Catheterization   A catheter is a thin, flexible tube made from latex, silicone, PVC (Polyvinyl Chloride), etc., which is inserted into the bladder, a blood vessel, or other body cavity or duct. Catheterization is a procedure that involves the insertion of a catheter. Catheterization serves various purposes such as draining fluids, delivering medications, or performing diagnostic tests.   A urinary catheter is inserted into the bladder through the urethra to drain urine. Catheterization using a urinary catheter helps patients with problems such as urinary retention, bladder dysfunction, etc. A vascular catheter is inserted into a blood vessel to deliver medications or perform diagnostic procedures such as angiography.   What Is Intermittent Catheterization   In intermittent catheterization, a urinary catheter is inserted into the patient’s bladder to drain urine from it on an as-needed basis, rather than continuously. It is indwelling catheterization that involves a urinary catheter kept in the bladder for extended periods or continuously, usually days or weeks   Intermittent catheterization is performed periodically, as needed, to empty the bladder and prevent urinary retention. By contrast, during indwelling catheterization there is a urine collection bag connected to the catheter that collects urine as it is produced.   When to Use Intermittent Catheterization   The follow case illustrates when intermittent catheterization is used instead of indwelling catheterization.   Short-term bladder dysfunction: If a patient is experiencing temporary bladder dysfunction, such as after surgery or due to a medical condition that is expected to improve, intermittent catheterization may be used as a temporary solution until the patient's bladder function returns to normal.   When to Use Indwelling Catheterization   If a patient requires continuous bladder drainage, then indwelling catheterization is used, for instance, in the following cases.   Spinal cord injuries or neurological disorders: Patients with spinal cord injuries or neurological disorders that affect bladder function may require indwelling catheterization for long-term or even permanent bladder drainage.   Patient preference or inability to perform intermittent catheterization: Some patients may prefer indwelling catheterization due to the convenience or may be physically unable to perform intermittent catheterization on their own.   Intermittent Catheterization Products   The medical devices used for intermittent catheterization are called intermittent catheters. Please see their descriptions below.   Straight tip catheters   These are the most common type of intermittent catheterization catheter. They have a straight tip and are available in a range of sizes and materials.   Illustrating what a straight tip catheter is (offered by Hangzhou Bever Medical Device Co., Ltd.)   Coude tip catheters   Coude tip catheters have a curved tip that is designed to navigate around obstructions in the urethra, such as a stricture or a prostate enlargement. They are often used by patients who have difficulty inserting a straight tip catheter.   A typical Coude tip catheter from Hangzhou Bever Medical Device Co., Ltd.   Hydrophilic coated catheters   Hydrophilic coated catheters are coated with a substance that becomes slippery when wet. This makes them easier to insert and can reduce discomfort during the catheterization process. There is a sterile water sachet containing water applied to the catheter to activate the slippery property of the coat material.   A hydrophilic coated catheter   Closed system catheters   Closed system catheters are designed to reduce the risk of infection. They feature a closed drainage bag that is attached to the catheter, eliminating the need to transfer urine from the catheter to an open container.   When choosing an intermittent catheter it is important to keep in mind that the catheter must have sterile features, is made with medical grade materials, and has been approved by certifying organizations. Finding a competent, qualified manufacturer usually addresses these concerns, for example Hangzhou Bever Medical Device Co., Ltd.’s many years of experience offers safe and effective catheterization solutions (www.bevermedical.com).   Uses of Intermittent Catheterization   If the patient has any of the following medical conditions, their natural ability to urinate might be impaired to such a degree that intermittent catheterization needs to be used to solve the problem.   Neurogenic bladder   A condition caused by nerve damage, typically due to spinal cord injury, multiple sclerosis, or other neurological disorders.   Urinary retention   The inability to completely empty the bladder, often leading to discomfort, urinary frequency, and increased risk of infection.   Bladder dysfunction   Issues with the bladder's muscles or nerves that can affect its ability to store and release urine properly.   Intermittent Catheterization Use Instructions   Intermittent catheterization is a relatively straightforward procedure that can be performed by the individual themselves or with the assistance of a caregiver.   Preparation   As a preparation for intermittent catheterization, you need to have all necessary supplies ready, such as a sterile catheter, lubricant, a container for collecting urine, and cleaning supplies. Remember to wash your hands thoroughly with soap and water before starting.   Cleaning the Urethra   Gently clean the urethral opening with soap and water or a recommended cleanser to reduce the risk of infection.   Lubrication   Apply a small amount of lubricant to the tip of the catheter to make insertion easier and more comfortable.   Insertion   Hold the urethral opening open slightly with one hand to assist with insertion; the other hand holds the catheter and inserts it into the urethra. Guide the catheter gently down the urethra until urine begins to flow.   Drainage   Allow the urine to drain into the collection container. It's essential to drain the bladder completely to prevent urine retention and reduce the risk of infection.   Removal   Withdraw the catheter from the urethra slowly. It should slide out smoothly, and do not use jerky movements during withdrawing lest it causes discomfort or injury to the patient.   Cleaning Up   Clean the urethral area again and dispose of the catheter and urine container properly. Wash your hands thoroughly after the procedure is finished.   Closing Remarks   The above different sections of the article have covered various aspects of the topic of understanding intermittent catheterization so that you can make informed decision about and can benefit optimally from this medical care means. We are glad if the article enhances your knowledge and improves your experiences.  

 As people age, various health conditions can lead to the need for a urinary catheter. For elderly patients, a urinary catheter can be a crucial tool for managing incontinence, relieving bladder pressure, or allowing for proper urine drainage during certain medical procedures.   Why Are Urinary Catheters Used in Elderly Patients?   Urinary catheters are often used in elderly patients for a variety of reasons.   Urinary incontinence   When an elderly patient is unable to control their bladder, a urinary catheter can help to drain urine from the bladder and prevent accidental leakage.   Bladder dysfunction   Conditions such as an enlarged prostate or nerve damage can lead to bladder dysfunction, making it difficult for the bladder to empty fully. A urinary catheter can help to drain urine from the bladder and prevent urinary retention.   Medical procedures   During certain medical procedures, such as surgery or diagnostic tests, a urinary catheter may be necessary to drain urine from the bladder and prevent it from accumulating during the procedure.   Types of Elderly Patient Urinary Catheters   There are several types of elderly patient urinary catheters, each with its own unique features and benefits.   1) Intermittent Catheters   Intermittent catheters are designed for short-term, one-time use. They are typically used by patients who need to empty their bladder periodically but do not require continuous catheterization. Intermittent catheters are available in a variety of sizes and materials, including latex, silicone, and hydrophilic-coated options. They are easy to insert and remove, making them a convenient option for elderly patients who are able to self-catheterize.   2) Indwelling Catheters   Indwelling catheters, also known as Foley catheters, are designed for long-term use. They are inserted into the bladder through the urethra and remain in place for an extended period of time, typically several days to weeks. Indwelling catheters have a small balloon at the tip that is inflated once the catheter is in place to prevent it from slipping out. These catheters are often used in elderly patients who are unable to empty their bladder on their own or who require continuous monitoring of urine output.   3) Suprapubic Catheters   Suprapubic catheters are another type of indwelling catheter that is inserted directly into the bladder through the abdominal wall, rather than through the urethra. This type of catheter is typically used in elderly patients who have difficulty with urethral catheterization due to urethral strictures or other anatomical issues. Suprapubic catheters can also be used in patients who are at risk of developing urinary tract infections (UTIs) due to long-term indwelling catheterization.   4) Coude Catheters   Coude catheters are a specialized type of catheter that has a curved tip, which makes them easier to insert in patients with anatomical abnormalities or strictures in the urethra. These catheters are often used in elderly patients who have difficulty with standard catheterization due to these issues. Coude catheters are available in both intermittent and indwelling forms.   Elderly Patient Urinary Catheter Materials   Urinary catheters are a common medical device used to drain urine from the bladder in elderly patients who are unable to do so on their own. These catheters are made from a variety of materials, each with its own unique properties and benefits.   1) Latex   Latex is a popular material for urinary catheters due to its flexibility and durability. However, it is important to note that some patients may be allergic to latex, which can cause skin irritation or more severe reactions. For this reason, many manufacturers now offer non-latex alternatives for patients with latex allergies.   2) Silicone   Silicone is another popular material for urinary catheters. It is known for its soft, smooth texture and low incidence of allergic reactions. Silicone catheters are often considered more comfortable for patients, as they are less likely to cause irritation or discomfort during insertion and removal. Additionally, silicone is a durable material that can withstand repeated use and cleaning.   3) Polyvinyl Chloride (PVC)   Polyvinyl chloride (PVC) is a synthetic plastic material that is also used to make urinary catheters. PVC catheters are known for their low cost and ease of use, making them a popular choice for many healthcare providers.   4) Hydrophilic-Coated Materials   Some urinary catheters are coated with a hydrophilic material, which is designed to absorb water and become slippery when wet. This makes insertion and removal easier and more comfortable for patients. Hydrophilic-coated catheters are available in a variety of materials, including silicone and PVC.   5) Nitinol   Nitinol is a unique material that is used to make some specialized urinary catheters. Nitinol is a nickel-titanium alloy that has shape memory properties, meaning it can return to its original shape after being deformed. This makes nitinol catheters particularly well-suited for patients with anatomical abnormalities or strictures in the urethra, as they can be shaped to fit the patient's unique anatomy.   Differences between Elderly Patient Urinary Catheters and Regular Ones   There are some differences between elderly patient urinary catheters and regular ones.   Size and shape   One of the main distinguishing points between elderly patient urinary catheters and regular adult urinary catheters is their size and shape. Elderly patients often have smaller urethras and bladders due to age-related changes, such as atrophy and reduced muscle tone. As a result, urinary catheters designed for elderly patients are typically smaller and narrower in diameter than regular adult urinary catheters. This helps to reduce discomfort and the risk of injury during insertion and use.   Materials   Another distinguishing point between elderly patient urinary catheters and regular adult urinary catheters is the materials used in their construction. Elderly patients may have sensitive skin or allergies that make them more prone to irritation or allergic reactions to certain materials. As a result, urinary catheters designed for elderly patients often use softer, more hypoallergenic materials, such as silicone or latex-free materials, to minimize the risk of irritation or allergic reactions.   Features   In addition to size and materials, urinary catheters designed for elderly patients may also have special features that are not found in regular adult urinary catheters. For example, some elderly patient urinary catheters may have a longer length to accommodate the patient's anatomy or a larger balloon to help secure the catheter in place. Others may have special coatings or additives that help to reduce the risk of infection or promote healing.   Ease of use   Another distinguishing point between elderly patient urinary catheters and regular adult urinary catheters is the ease of use. Elderly patients may have difficulty with dexterity, vision, or cognitive function, which can make it challenging to insert, manage, or empty a urinary catheter. As a result, urinary catheters designed for elderly patients are often designed with features that make them easier to use, such as larger handles, clear markings, or easy-to-use valves.   Elderly Patient Urinary Catheter Use Instructions   Elderly patient urinary catheter use instructions are important for ensuring proper care and safety:   Sterilize equipment   Before inserting the catheter, make sure that all equipment, including the catheter and insertion tray, is sterile.   Cleanse the area   Cleanse the patient's urethral area with soap and water or a sterile cleansing solution to reduce the risk of infection.   Lubricate the catheter   Apply a water-based lubricant to the tip of the catheter to make insertion easier and more comfortable.   Insert the catheter   Gently insert the catheter into the patient's urethra. Avoid using excessive force, as this can cause injury.   In the case of the use of an indwelling catheter   After insertion, follow the steps below:   Inflate Balloon: If using an indwelling catheter, inflate the balloon with sterile water or saline according to the manufacturer's instructions. This will secure the catheter in place.   Secure Catheter: Tape the catheter to the patient's leg or abdomen to prevent it from being accidentally pulled out.   Monitor and Clean   Monitor the catheter site for signs of infection, such as redness, swelling, or discharge. Regularly monitor the patient's urine output to ensure that the catheter is working properly and that the patient is not retaining urine.   Maintain hygiene   Keep the catheter and surrounding area clean and dry to reduce the risk of infection.   Removal   When it is time to remove the catheter, gently pull it out of the urethra. Do not force it, as this can cause discomfort or injury.   Considerations for Using Elderly Patient Urinary Catheters   Considerations for using elderly patient urinary catheters need to be heeded when using a urinary catheter in an elderly patient.   Risk of infection   Urinary catheters can increase the risk of urinary tract infections (UTIs). Make sure to follow proper hygiene protocols and monitor the patient for signs of infection, such as fever, pain, or changes in urine color or odor. Experienced manufacturer implement technologies that promote sterility, for example Hangzhou Bever Medical Device Co. Ltd. (www.bevermedical.com)   Professional, sterile catheters from Hangzhou Bever Medical Device Co. Ltd.   Discomfort and pain   Urinary catheters can cause discomfort or pain, particularly during insertion or if the catheter becomes dislodged. Regularly assess the patient's comfort level and adjust the catheter as needed.   Blockages and clots   Urinary catheters can become blocked or clogged with debris or clots, which can prevent urine from draining properly. Regularly check the catheter for blockages and flush it as needed.   Mobility and dexterity   Elderly patients may have difficulty with mobility or dexterity, which can make it challenging to manage a urinary catheter. Provide assistance and support as needed to ensure that the patient can properly care for their catheter.   Kindly Reminders The use of a urinary catheter in elderly patients can be an effective way to manage incontinence, bladder dysfunction, and other urinary issues. However, it's important to follow proper elderly patient urinary catheter use instructions and considerations for using elderly patient urinary catheters to ensure patient safety and comfort. By taking these factors into account, healthcare providers can help elderly patients successfully manage their urinary catheter and maintain optimal urinary health.

When it comes to pediatric patients, tender medical care is required. It is of great significance for healthcare providers and parents to know pediatric nasopharyngeal airway use instructions. Background Information: What Is the Human Airway   The human airway is a complex system that facilitates the intake and expulsion of air during respiration. It comprises several distinct sections, each with its unique anatomical features and functional roles.   Nasal Cavity   This is the starting point of the respiratory tract, located in the face. The nasal cavity filters, warms, and humidifies inhaled air, reducing the irritants that would otherwise reach the lower respiratory tract. Its intricate structure, including nasal hairs, mucous membranes, and sinuses, contributes to these functions.   Pharynx   Serving as a common passage for both the respiratory and digestive tracts, the pharynx is divided into three main regions: nasopharynx, oropharynx, and laryngopharynx. Each of these regions has specialized roles in swallowing, voice production, and protecting the airway from foreign bodies.   Larynx (Voice Box)   Located below the pharynx, the larynx contains the vocal folds (also known as vocal cords), which are crucial for sound production. Additionally, the larynx acts as a gatekeeper, preventing food and liquids from entering the lungs during swallowing.   Trachea (Windpipe)   The trachea is a rigid, cylindrical tube that connects the larynx to the lungs. It is composed of rings of cartilage reinforced by smooth muscle, which allows it to maintain its shape while also being flexible enough to accommodate changes in air pressure during breathing. The trachea's lining is covered with ciliated epithelium and mucus-secreting glands, which help clear debris and pathogens from the airway.   Bronchial Tree   The trachea branches into the right and left main bronchi upon entering the lungs. These bronchi further divide into smaller and smaller bronchioles, eventually terminating in tiny alveoli where gas exchange occurs. The bronchial tree's intricate branching pattern ensures that air is distributed evenly throughout the lungs. Like the trachea, the bronchi and bronchioles are lined with ciliated epithelium and mucus-producing glands, which are vital for maintaining airway health.   What Is a Pediatric pvc nasopharyngeal airway   A PVC pediatric nasopharyngeal airway (PNA) is a small, flexible tube that is inserted through the nose and into the pharynx (the area behind the nose and mouth that leads to the throat) to help keep the airway open and unobstructed.   The PNA is made of a soft, flexible material that is gentle on the patient's nasal passages and pharynx. It is typically coated with a lubricant to make it easier to insert and to reduce irritation to the patient's nasal mucosa.   What Is the Use of a Pediatric Nasopharyngeal Airway   A Pediatric Nasopharyngeal Airway (PNA) is typically used in situations where a pediatric patient requires an open and unobstructed airway but cannot maintain it on their own. Specifically, a PNA may be used in the following situations:   Airway Obstruction   A pediatric patient may have an obstructed airway due to a variety of causes, such as a foreign body aspiration, vomiting, or a swollen tongue. This obstruction can prevent the pediatric patient from breathing freely and may require the use of an NPA to help maintain an open airway.   Injury or Illness: Certain injuries or illnesses, such as a head injury, stroke, or neuromuscular disorder, can affect a pediatric patient's ability to maintain an open airway. These conditions can cause weakness or paralysis of the muscles that control breathing and swallowing, making it difficult for the pediatric patient to breathe on their own.   Sedation or Anesthesia: When a pediatric patient is sedated or anesthetized for a medical procedure, a PNA can help maintain an open airway and prevent aspiration of gastric contents or other secretions.   How to Determine the Size of a Pediatric Nasopharyngeal Airway   If the pediatric nasopharyngeal airway is too small, it may not provide an adequate seal or may be easily dislodged. If it is too large, it may cause discomfort or trauma to the patient's nasal tissues. Here are some general guidelines for selecting the right size PNA:   Age-Based Guidelines   Many manufacturers provide age-based guidelines for selecting the appropriate size PNA. These guidelines can be a useful starting point, but it's important to note that they may not be accurate for every patient, as children can vary significantly in size and development.   Measuring the Nasal Passage   One of the most accurate ways to determine the appropriate size PNA is to measure the patient's nasal passage. This can be done using a nasal speculum or other measurement tool to assess the width and depth of the nasal cavity. Based on these measurements, a PNA of the appropriate size can be selected.   Pediatric Nasopharyngeal Airway Use Instructions   Preparation   Before inserting a pediatric nasopharyngeal airway, it is important to ensure that the patient is in a safe and comfortable position. The patient should be lying flat on their back with their head tilted slightly backwards. This position will help to open the airway and make it easier to insert the PNA.   It is also important to select the appropriate size of pediatric nasopharyngeal airway. The size of the PNA should be based on the patient's age, weight, and anatomical features. Manufacturers often provide sizing guidelines or charts that can help practitioners determine the most appropriate size for the patient.   Insertion   Gather all necessary equipment, including the pediatric nasopharyngeal airway, lubricant (such as water-based gel or saline solution), and any additional supplies that may be required.   Clean the patient's nose and face with a clean cloth or gauze pad to remove any dirt, mucus, or other debris that may interfere with the insertion of the PNA.   Apply a small amount of lubricant to the tip of the pediatric nasopharyngeal airway. This will help to reduce friction and make it easier to insert the PNA into the patient's nose.   Gently insert the pediatric nasopharyngeal airway into the patient's nose, pointing the tip towards the back of the throat. Use a slow and steady motion to avoid causing discomfort or injury to the patient.   Once the tip of the PNA has passed through the nose and into the pharynx, rotate the device slightly to ensure that it is properly positioned. The PNA should be inserted far enough that it sits comfortably in the pharynx and does not interfere with the patient's breathing.   Check the patient's airway to ensure that it is patent and unobstructed. If necessary, adjust the position of the PNA to ensure that the patient can breathe freely.   Care and Maintenance   After use, the pediatric nasopharyngeal airway should be cleaned and disinfected according to the manufacturer's instructions. This will help to prevent the spread of infection and ensure that the PNA is ready for use in future procedures.   It is also important to inspect the PNA for any signs of wear or damage before each use. If the PNA is damaged or no longer functions properly, it should be discarded and replaced with a new one.   Conclusion   The pediatric nasopharyngeal airway is a valuable tool for maintaining an open airway in pediatric patients during medical procedures or in emergency situations. By following the instructions outlined in this article, medical practitioners can safely and effectively insert and use a pediatric nasopharyngeal airway to ensure that their patients can breathe freely and comfortably.

Catheterization is a common medical procedure used to drain urine from the bladder when a person is unable to do so naturally. Female intermittent catheter, though generally quick, requires precision and care to avoid discomfort and complications. In this article, we will explore the procedure for inserting a female catheter, the experience of putting in a catheter in females, and address the concern about whether removing a catheter in females is painful. Procedure for Inserting a Female Catheter   Inserting a urinary catheter into a female patient requires medical expertise and sterile techniques to prevent infection and ensure comfort. Below are the basic steps:   1) Preparation:   The patient is typically positioned in a comfortable and accessible manner, often lying on her back with legs bent or apart.   Healthcare providers use sterile gloves and sterilized equipment, including the catheter itself, to avoid infection.   Cleaning the area: Before insertion, the external genital area is cleaned thoroughly using antiseptic solutions to reduce the risk of introducing bacteria into the urinary tract.   2) Lubrication:   A sterile lubricant (such as catheter jelly) is applied to the catheter to make the insertion smoother and reduce discomfort. This lubricant can sometimes contain a local anesthetic like lidocaine to numb the area slightly.   Lubrication ensures the catheter slides into the urethra with minimal friction, protecting sensitive tissues from irritation.   3) Insertion:   The healthcare provider carefully separates the labia to visualize the urethral opening.   The catheter is then gently inserted into the urethra, advancing it slowly until urine begins to flow, which signals that the catheter is properly positioned in the bladder.   A balloon near the catheter tip may be inflated to keep the catheter in place if it's an indwelling (Foley) catheter.   4) Securing the Catheter:   Once urine starts flowing, the catheter is connected to a drainage bag.   The catheter is taped or secured in a way that ensures comfort and prevents accidental movement that could cause irritation or injury.   Putting in a Catheter in Females: What to Expect   For most women, the process of having a catheter inserted is relatively quick, taking only a few minutes. However, it can be an uncomfortable experience, especially for those who are undergoing the procedure for the first time.   A. Discomfort: While the procedure isn't typically painful, it can cause a sense of pressure or discomfort as the catheter passes through the urethra. This is why proper lubrication and gentle handling are essential.   B. Local Anesthesia: In some cases, particularly with patients who experience anxiety or heightened sensitivity, lidocaine jelly or another local anesthetic may be applied to the urethra to numb the area and make the procedure more comfortable.   After insertion, there may be an initial feeling of having a foreign object inside the body, but most women adjust to the sensation fairly quickly. The catheter remains in place as long as necessary to allow proper bladder drainage.   Is Removing a Catheter in Females Painful?   The removal of a catheter is generally a much simpler process than insertion, but it can still provoke anxiety, especially when patients fear pain. Whether or not removing a catheter is painful depends on several factors:   A. Procedure: For a Foley catheter, the small balloon that keeps the catheter in place must first be deflated. After this step, the catheter is gently withdrawn. The sensation may feel slightly uncomfortable or strange, but it is typically not painful.   B. Discomfort: Some women report mild discomfort or a stinging sensation when the catheter is removed, particularly if there has been some inflammation or irritation around the urethra. However, this discomfort is usually brief.   C. Pain: If there is pain during removal, it might indicate a complication, such as a urinary tract infection (UTI) or urethral irritation. In such cases, healthcare providers will assess the situation and offer appropriate pain management or treatment.   Preventing Complications   To minimize discomfort during both insertion and removal, healthcare professionals ensure the following:   A. Proper hygiene and sterilization of tools.   B. Lubrication with catheter jelly to ease both insertion and removal.   C. Monitoring for infections: It's important to watch for signs of infection or complications such as burning sensations, fever, or discomfort, which should be addressed promptly by a healthcare provider.   D. Using catheter and related parts from qualified, professional manufacturer minimizes the risk of complications. We suggest you do research into the producer and their products, for instance making inquiries, visiting their website, etc. Websites such as www.bevermedical.com that from Hangzhou Bever Medical Devices Co., Ltd. provides useful information.   Conclusion   Catheterization in female patients is a common and relatively straightforward procedure when performed correctly. Proper insertion involves careful sterilization, lubrication, and gentle handling, while removal is typically quick and painless, though it may cause brief discomfort for some women. Understanding the procedure and what to expect helps reduce anxiety and ensures that patients feel more comfortable throughout the process. Should any complications arise, it's important to consult a healthcare provider to ensure proper care.

Traffic accidents, falls from stature, etc. can lead to spinal cord injuries, which often cause urinary dysfunction and other neurological issues. Subsequently, patients may find it difficult to voluntarily urinate, leading to urinary retention or incontinence. To help restore normal urinary function, the patient can use of intermittent catheter, it is effective and safe. Due to regular insertion to drain urine from the bladder,  patients can master the tips to insert the intermittent catheter themselves, minimizing the impact on their daily lives. We share the complete instructions for both male and female catheter insertion, as well as sterilizing tips for reusable products to help minimize risks. Why should patients insert the catheter themselves? Initially, intermittent catheterization is done in a hospital, and the patients should learn to do it themselves for privacy. However, if a patient has impaired hand function, or is unable to learn the process, a family member or caregiver can provide help. And importantly, do not forget to maintain hygiene to prevent urinary tract infections. How to sterilize intermittent catheters? 1. Prepare cleaning supplies Mild soap and clean water, 70% alcohol solution, medical disinfectant, or other disinfectants recommended by your doctor. 2. Clean the catheter Before use, thoroughly clean the surface of the catheter with warm water and soap. Ensure you remove any remaining debris. Rinse with clean water to remove all soap residue. 3. Sterlize the catheter Soak the catheter in the disinfectant according to the instructions. Alternatively, wipe the catheter's surface with a medical disinfectant to ensure all areas are thoroughly disinfected. 4. Dry and store After disinfecting, place the catheter on a clean towel to air dry. Once dry, store the catheter in a clean, dry container to prevent contamination. How to insert an intermittent catheter? Patients should urinate first to empty the bladder as much as possible. Then prepare the catheter supplies (such as single-use or reusable intermittent catheters, clean gloves, single-use wet wipes, lubricant, etc.) and wash your hands. Male intermittent catheterization instructions 1. Hold your penis with one hand to keep the urethra straight. 2. Use the other hand to insert the catheter into the urethra, advancing about 2 centimeters at a time. 3. As the catheter approaches the bladder, you may feel slight resistance from the sphincter. 4. Do not squeeze the penis, as this will make catheter insertion more difficult. 5. Wait for the urine to flow completely. Keep the catheter in the urethra for a moment to ensure the bladder is fully emptied. 6. Gently withdraw the catheter. Properly dispose of the single-use catheter or clean and disinfect the reusable catheter. 7. After catheterization, wash your hands again. If needed, record the time and amount of urine for your doctor to monitor your urinary status. Female intermittent catheterization instructions 1. One hand to separate the labia to expose the urethral opening. 2. Another hand gradually inserts the catheter into the urethra, advancing about 2 centimeters at a time. 3. As the catheter approaches the bladder, you may feel slight resistance from the sphincter. 4. Continue to gently advance the catheter until urine begins to flow. Ensure the catheter is positioned correctly to avoid inserting it too shallow or too deep. 5. Follow steps 5-7 from the male instructions. FAQs How many times can intermittent catheterization be done in a day? Generally, the frequency should not exceed 4 to 6 times per day. Each catheterization should involve a volume of no more than 400 to 600 ml. When to stop intermittent catheterization? If the residual urine is less than 100 ml for three consecutive days, it means you can stop to use it. How often should the catheter be changed? Typically, it should be changed every 1 to 4 weeks. If the urethral area is not regularly cleaned, you need change it every week. Otherwise, the catheter can be changed approximately every 4 weeks. However, if the time interval is too long, it may lead to urinary tract infections and unpleasant odors from the urethra.  How to choose an intermittent catheter? There are various materials and designs for your consideration. For instance, soft, rounded tips help with smooth insertion. Hydrophilic catheters do not require direct hand contact, so can prevent contamination from bacteria on your hands. And catheters with a jelly pouch are ideal for patients with limited finger dexterity. Conclusion Through our detailed sterilization and insertion guide for intermittent catheters, patients can urinate successfully while avoiding infections. Patients should choose catheters based on their needs and their doctor’s recommendations. Doctors must provide FDA, CE, and ISO-certified intermittent catheters to ensure safety and prevent complications. Bever offers OEM services, and you can find various types of catheter products that meet FDA, CE, and ISO standards. Any interests, please contact us immediately.

With advancements in medical technology, intermittent catheterization has become an essential method for many patients to manage bladder function. The design of Ready-To-Use (RTU) Hydrophilic Intermittent Catheters allows patients to use them comfortably at home or on the go. However, there are still some important setup and usage considerations. This article will delve into the setup techniques and usage tips for RTU hydrophilic intermittent catheters, as well as provide practical solutions to common issues. 1. What is a Ready-To-Use Hydrophilic Intermittent Catheter? An RTU hydrophilic intermittent catheter is a pre-lubricated catheter device, typically packaged in a sterile manner, that requires no additional lubricant. The surface of these catheters is coated with a hydrophilic layer that, once activated, forms a lubricated layer for a smoother insertion process, reducing discomfort. These catheters are especially suitable for short-term or daily use, helping patients manage bladder emptying easily and conveniently. 2. Pre-Use Setup: How to Ensure Optimal Effectiveness Proper preparation before using an RTU hydrophilic intermittent catheter can improve the overall experience, ensuring both comfort and safety. Hand and Equipment Hygiene Washing your hands thoroughly is a critical first step before using a catheter. Using a disinfectant or wearing sterile gloves can effectively reduce the risk of infection. Also, check the catheter packaging for any damage, and avoid using it if the packaging is compromised. Activating the Coating While most RTU hydrophilic catheters are pre-lubricated, some models require activation to achieve optimal results. Many RTU catheter packages are designed so users can immerse the catheter directly in saline to activate the coating's lubricating effect. Activation time may vary by brand and model, so carefully read the product instructions to ensure even coating activation. Checking Lubrication Some catheters may have reduced lubrication due to extended storage time or environmental conditions. To ensure the catheter is adequately lubricated, gently touch the catheter's surface with your fingers, checking for a smooth but not overly slick texture. If the catheter doesn't feel lubricated enough, wait briefly after activation to ensure it's fully ready. 3. Insertion and Catheterization Steps: Tips to Minimize Discomfort Using the correct insertion technique is essential for reducing discomfort in the urethra. Here are the key steps: Stabilizing the Catheter During insertion, hold the catheter near the front end to control its direction. Avoid touching the insertion part of the catheter to prevent contamination. Choosing a Comfortable Position Find a comfortable position, whether sitting, standing, or lying down. Adjusting the catheter's angle slightly can also aid in a smoother insertion. Gently and steadily advance the catheter, pausing if there's resistance or discomfort, and take a moment to relax your muscles. Ensuring Proper Placement Once the catheter is fully inserted, ensure urine is flowing out. Hold the catheter steady until the bladder is empty. Avoid removing the catheter too quickly to allow complete bladder emptying. 4. Post-Use Care: Reducing Secondary Contamination Proper post-use care is just as essential as setup: Disposing of the Catheter A single-use catheter should be discarded immediately after use. Reusing a catheter can increase infection risks. Dispose of used catheters in appropriate medical waste containers to prevent secondary contamination. Maintaining Hand Hygiene After completing the catheterization process, wash your hands or use disinfectant again to ensure cleanliness. 5. Common Setup Issues and Solutions Here are some common issues that may arise during the setup and use of RTU hydrophilic intermittent catheters: Insufficient Lubrication Some catheters may lose their lubricating properties over time, making insertion uncomfortable. Waiting briefly after activation or opting for a catheter model that allows additional lubricant can help alleviate this issue. Difficulty Inserting the Catheter If you experience resistance during insertion, try adjusting your position or angling the catheter slightly. If difficulties persist, consult a healthcare provider or consider trying a different catheter model. Risk of Infection If you experience symptoms like fever or urethral pain, seek medical attention promptly. Maintaining strict hand and equipment hygiene can significantly reduce infection risk. 6. Conclusion: Simplifying Self-Care The Ready-To-Use (RTU) Hydrophilic Intermittent Catheter offers great convenience for self-catheterization. With proper setup and use, the process can be smooth and comfortable. Whether at home or on the go, RTU catheters empower patients with greater independence. We hope that the setup tips and solutions providedn this article help you use this device more effectively, making bladder management an easier part of daily life. This guide provides helpful instructions and advice to ensure a positive experience with RTU hydrophilic intermittent catheters. Let me know if you'd like any additional information or specific sections expanded!