Medical Supplies

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The umbilical cord clamps is a medical device used to hold the cord in place when the cut (surgery) is made, and the clamp may stay on for several days while the remaining cord attached to the baby dries.
Umbilical cord clamps are medical devices used during childbirth to clamp and cut the umbilical cord, which connects the fetus to the placenta in the womb. These clamps are essential in ensuring the safe and efficient separation of the newborn from the placenta, which provides the baby with oxygen and nutrients during pregnancy.
1. Purpose of Umbilical Cord Clamps:
Umbilical cord clamps serve several essential purposes during childbirth:
Safety: Clamping the umbilical cord prevents excessive blood loss from both the mother and the baby during delivery.
Asepsis: Clamps are typically sterile to prevent infections and ensure aseptic conditions during childbirth.
Facilitating Medical Procedures: After clamping, the cord can be cut, and the newborn can be assessed and attended to without interfering with the placenta.
Collection of Cord Blood: In some cases, the umbilical cord blood is collected for cord blood banking or medical purposes.
2. Types of Umbilical Cord Clamps:
There are two main types of umbilical cord clamps:
Plastic Umbilical Cord Clamps: They are typically made of medical-grade plastic and come in various designs. They have a hinged or sliding mechanism that allows for easy clamping and securing of the cord.
Metal Umbilical Cord Clamps: These are less common and are typically made of stainless steel. Metal clamps are reusable and are sterilized between uses.
3. Application Procedure:
The process of applying umbilical cord clamps is typically as follows:
Sterilization: Ensure that the clamp is sterile by using appropriate medical sterilization techniques.
Timing: The timing of cord clamping can vary depending on the medical situation and healthcare provider's preferences. In delayed cord clamping, the cord is clamped after a brief delay, allowing more blood to flow from the placenta to the baby. In immediate cord clamping, the cord is clamped immediately after birth.
Identification: Identify the position of the umbilical cord and ensure that it's not wrapped around the baby's neck or causing any complications.
Clamping: Place the clamp on the cord a few inches away from the baby's belly button. This is done to allow for a portion of the cord to be cut later if needed for blood collection or other medical procedures.
Cutting: After clamping, cut the cord with sterilized scissors or a scalpel. The cut should be made on the side of the clamp away from the baby, ensuring that there is no tension or pull on the baby's end of the cord.
Care of the Stump: The remaining portion of the cord stump on the baby's abdomen should be kept clean and dry to prevent infection. It typically dries up and falls off within a week or two.
4. Importance of Cord Blood Collection:
Umbilical cord clamps play a crucial role in cord blood collection, which has gained prominence in recent years. Cord blood contains stem cells that can be used for various medical treatments, including the treatment of certain diseases and disorders. When cord blood is collected, it is essential to use a specific type of clamp designed for blood collection to ensure the integrity of the sample.
5. Potential Complications:
Although umbilical cord clamps are generally safe, there can be complications such as:
Infection: If the clamp or cord stump is not adequately sterilized, it can lead to infection.
Improper Placement: If the clamp is placed too close to the baby's belly button, it can lead to difficulty in caring for the cord stump.
Hematoma: A blood clot can form at the site of the clamp, which may require medical attention
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Product Description
Manzen tongue depressor is a tool used in medical practice to depress the tongue to allow for examination of the mouth and throat. The most common modern tongue depressors are flat, thin, wooden blades, smoothed and rounded at both ends, but, historically, tongue depressors have been made of a variety of materials.
Characteristics of Manzan Wooden Tongue Depressors:
Material: Manzan wooden tongue depressors are typically made from high-quality, splinter-free, and biodegradable birchwood. This ensures their safety and environmental sustainability.
Size and Shape: They are flat, thin, and elongated, usually measuring around 6 inches in length and 3/4 inches in width. This size makes them suitable for oral exams, and their shape provides an ergonomic grip for medical professionals.
Smooth Surface: Manzan tongue depressors are well-crafted to have a smooth surface, reducing the risk of splinters or discomfort for patients during examinations.
Disposable: They are designed for single-use, preventing the risk of cross-contamination and ensuring hygiene in healthcare settings.
Sterile Options: Some Manzan tongue depressors are available in individually wrapped sterile packaging, further enhancing infection control.
 
Applications of Manzan Wooden Tongue Depressors:
Oral Examinations: These tongue depressors are primarily used to hold down the tongue for a clear view of the oral cavity. They are essential tools for dentists, doctors, and nurses when conducting oral examinations and assessments.
Throat Swabs: Manzan wooden tongue depressors are also used to facilitate throat swabs and specimen collection for diagnostic purposes, such as strep throat testing.
Mixing and Dispensing: In addition to medical uses, they find applications in various industries, including arts and crafts, as tools for mixing and dispensing small quantities of substances.
 
Benefits of Manzan Wooden Tongue Depressors:
Hygiene: Their disposable nature reduces the risk of infections and cross-contamination in medical settings.
Safety: The smooth surface and high-quality birchwood reduce the chances of splinters or discomfort for patients during oral examinations.
Ergonomic Design: Their size and shape make them easy to handle, providing a comfortable grip for medical professionals.
Biodegradable: Manzan tongue depressors are environmentally friendly, as they are made from birchwood, a renewable resource.
Sterile Options: Individually wrapped sterile options enhance infection control in healthcare facilities.
 
Potential Drawbacks of Manzan Wooden Tongue Depressors:
Single-Use: Their disposable nature can lead to increased waste in healthcare settings, which may be a concern for those focusing on sustainability.
Limited Reusability: Unlike some other materials, wooden tongue depressors cannot be sterilized and reused.
Cost: While generally affordable, the cost of wooden tongue depressors can add up for healthcare facilities with high patient volumes.
In summary, Manzan wooden tongue depressors are essential medical tools for oral examinations and specimen collection. They offer numerous advantages, including hygiene, safety, and environmental sustainability, but they are designed for single-use, which can contribute to waste in healthcare settings. Understanding their characteristics and applications is crucial for medical professionals and healthcare institutions to ensure safe and effective patient care.

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Manzen Cord Clamps Suitable for clamping the umbilical cord of new born baby immediately after birth.
It is Provided with double purpose security lock click to indicate the correct locking and protect against accidental reopening.
Finger grip ensures safe and convenient handling, particularly when gloves are wet.
Provided with grooves all along the length to prevent the sliping of the umbilical cord and to retain it in the same position.
Manufactured from non toxic medical grade polymer.
Supplied in blue color, other colours are available on demand.
Sterile, individually packed in blister pack.
A cord clamp is a medical device used to clamp and secure the umbilical cord shortly after childbirth. The umbilical cord is the flexible tube-like structure that connects the developing fetus to the placenta in the womb. It provides essential nutrients and oxygen to the fetus during pregnancy.
After the baby is born, the umbilical cord needs to be clamped and cut to separate the baby from the placenta. This is a standard practice in childbirth, and the cord clamp serves several important purposes:
1. Prevention of Bleeding: Clamping the cord helps prevent excess bleeding from the vessels within the cord itself. When the cord is clamped, the blood vessels are sealed off, reducing the risk of hemorrhage in both the mother and the baby.
2. Initiation of Independent Respiration and Circulation: Once the cord is clamped and cut, the baby's transition to independent respiration (breathing) and circulation (through the lungs and heart) begins. The baby's lungs expand, and blood circulation shifts from the placenta to the baby's own pulmonary and systemic circulatory systems.
3. Collection of Cord Blood: In some cases, cord blood may be collected for medical purposes. Cord blood is rich in stem cells, which can be used in various medical treatments and research. After clamping the cord, blood can be drawn from the cord and collected for storage or donation.
The process of clamping the cord usually occurs within a few minutes after birth, though there is ongoing research and debate about the optimal timing for cord clamping. Delayed cord clamping, which involves waiting a minute or more before clamping the cord, has been associated with potential benefits such as increased iron levels in the baby, improved cardiovascular stability, and decreased risk of anemia.
It's important to note that cord clamping is a routine medical procedure performed by healthcare professionals during childbirth. It's generally safe and has been a standard practice for many years. However, variations in practice and guidelines might exist depending on the specific medical institution or healthcare provider.
Bulk cord clamps available with us
We supply bulk Cord Clamps to agra meerut gaziabad sahibabad nuh hissar panipat karnal aligarh manesar gurgaon delhi lucknow noida faridabad delhi karnal lucknow gujrat punjab

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Approx. Rs 44.99 / PieceGet Latest Price

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Approx. Rs 120.99 / PieceGet Latest Price

The Manzen Enteral Feeding Bag is a medical device designed for the delivery of liquid nutrition directly into the stomach or intestines of patients who cannot consume food orally. 

1.Purpose: The primary purpose of the Manzen Enteral Feeding Bag is to provide a safe and efficient method for administering enteral nutrition to patients who are unable to eat or drink normally due to conditions such as dysphagia, neurological disorders, or gastrointestinal dysfunction.

2.Design: The bag typically consists of a durable, transparent plastic material that allows healthcare providers to monitor the flow of liquid nutrition into the patient's digestive system. The bag is designed to be easy to handle and transport, with various sizes available to accommodate different feeding volumes and durations.

3. Compatibility: The Manzen Enteral Feeding Bag is compatible with a wide range of enteral feeding pumps and administration sets commonly used in clinical settings. This compatibility ensures seamless integration into existing enteral feeding protocols and minimizes the risk of errors or complications during the feeding process.

4. Safety Features: The bag is equipped with safety features to prevent accidental contamination or leakage of the liquid nutrition. This may include a secure closure mechanism, such as a twist-off cap or a clamp, to seal the bag and prevent spills. Additionally, some bags may include built-in filters to remove air bubbles and particulate matter from the feeding solution, reducing the risk of blockages in the feeding tube.

5. Feeding Tube Attachment: The Manzen Enteral Feeding Bag is designed to connect to a feeding tube via a compatible administration set. The administration set typically includes a spike or connector that allows for easy attachment to the feeding port of the bag, as well as a tubing system that delivers the liquid nutrition from the bag to the patient's digestive tract.

6. Graduated Measurements: The bag is often marked with graduated measurements to allow healthcare providers to accurately measure the volume of liquid nutrition being delivered to the patient. This helps ensure precise dosing and facilitates monitoring of the patient's nutritional intake over time.

7. Single-Use Design: Like many medical devices used in enteral feeding, the Manzen Enteral Feeding Bag is intended for single-patient use to minimize the risk of cross-contamination and infection transmission between patients. After each use, the bag is typically disposed of according to healthcare facility protocols for medical waste management.

8. Regulatory Compliance: The manufacturing and distribution of the Manzen Enteral Feeding Bag are subject to regulatory oversight to ensure compliance with quality and safety standards. This may include adherence to regulations set forth by government agencies such as the Food and Drug Administration (FDA) in the United States or the European Medicines Agency (EMA) in the European Union.

Overall, the Manzen Enteral Feeding Bag plays a crucial role in supporting the nutritional needs of patients who are unable to eat or drink orally, providing a safe and effective means of delivering liquid nutrition directly into the gastrointestinal tract. Its design, compatibility, safety features, and regulatory compliance make it a trusted option for healthcare providers managing enteral feeding in clinical settings.

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Urometer® (DB-1068)

Graduated measured volume meter for accurate measurement of the urine output.

Clear and transparent measured volume chamber allows precise reading.

Urine meter is directly attached to a two litre capacity urine bag having overflow facility.

Fully closed circuit drainage eliminates the risk of contamination.

Soft and kink resistant PVC tubing.

Universal tapered connector provided facilitates secure connection with the uretheral catheter.

Foldable hanger with tube holder for bed side hanging.

Sterile, individually packed.

Urometer® Plus (DB-1068N)

The Romsons Urometer DB 1068 is a urinary drainage and monitoring system that plays a crucial role in healthcare, especially for patients who require urinary catheterization. This device is designed to efficiently collect, measure, and manage urine output in a clinical setting. Let's delve into the key features, components, usage, and benefits of the Urometer DB 1068.
Features:
High-Quality Materials: The Urometer DB 1068 is crafted using medical-grade, non-toxic materials, ensuring patient safety and comfort.
Measurement Capability: It features a calibrated urine meter that accurately measures and records urine output, aiding healthcare professionals in patient care and treatment planning.
Anti-Reflux Valve: This device includes an anti-reflux valve that prevents urine from flowing back into the catheter, reducing the risk of urinary tract infections.
Drip Chamber: The drip chamber helps control the flow of urine
Drainage Bag: The Urometer DB 1068 comes with a drainage bag that can hold a significant volume of urine. The bag is equipped with a drain outlet for efficient and convenient emptying.
Easy-to-Read Scale: The calibrated scale on the urine meter ensures easy and accurate urine volume measurement.
Sterile Packaging: The Urometer DB 1068 is provided in a sterile package, reducing the risk of infection during catheterization.
Components:Urine Meter: The central component of the Urometer DB 1068 is the urine meter, which connects to the catheter and measures the urine output.
Drainage Bag: This bag is attached to the urine meter and collects the urine.
Anti-Reflux Valve: The anti-reflux valve is positioned between the urine meter and the catheter to prevent urine from flowing backward.
Catheter Connector: The catheter connector allows easy and secure attachment to the patient's catheter.
Usage:Patient Preparation: Before using the Urometer DB 1068, ensure proper hand hygiene and sterile technique. Sterilize the catheter and connect it to the catheter connector on the urine meter.
Calibration: The urine meter should be properly calibrated to measure urine output accurately.
Monitoring: The healthcare provider can now monitor the patient's urine output over time, ensuring that it remains within acceptable ranges.
Emptying: When the drainage bag is nearing its capacity, empty it hygienically, and record the volume. This step helps in tracking the patient's urinary output accurately.
Maintenance: Regularly inspect the system for any kinks, obstructions, or leakage. Replace the system as necessary to maintain a closed and sterile environment.
Benefits:Accurate Monitoring: The Urometer DB 1068 allows healthcare providers to accurately monitor a patient's urinary output, which is critical for assessing renal function and fluid balance.
Reduced Infection Risk: The use of sterile materials and anti-reflux valves minimizes the risk of urinary tract infections and contamination.
Patient Comfort: The materials used in the Urometer DB 1068 are designed for patient comfort during catheterization.

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Dispovan Syringe Without Needle 10ml are sterile single use syringes with needle made of high quality non-toxic, medical-grade polypropylene compatible with any medication.The nozzle of the barrel is of two types - luer mount and luer lock

Uses:
Dispovan sterile single use syringes without needle and offer high quality.

Product Specifications and features:

Barrels and plungers made of non-toxic, medical-grade polypropylene compatible with any medication

Secure fitment of needle due to presence of luer lock

Directions for use:
Use as directed by the physician.

Safety Information:

Read the instructions carefully before use

Keep away from children

Avoid physical damage

Store in a clean and dry place

1. Barrel:The barrel is the main body of the syringe and is typically made of clear, high-quality plastic. It is transparent to allow for easy visualization of the volume of liquid being drawn or administered. The barrel is marked with volume graduations, usually in milliliters (ml), to help healthcare professionals or individuals accurately measure the desired amount of fluid.

2. Plunger:The plunger is a movable component within the barrel. It is also made of plastic and is designed to create a seal inside the barrel. The plunger is fitted with a rubber or silicone gasket at the end, which ensures an airtight seal when it's pushed or pulled. This sealing mechanism prevents leaks and helps maintain accuracy during fluid measurement and administration.

4. Luer-Lock Tip:At the end of the barrel, there is a Luer-lock tip, which is a standardized connector used to securely attach various accessories, such as needles, catheters, or other adaptors. The Luer-lock mechanism ensures a tight, secure connection to prevent accidental detachment during use. In the case of a syringe without a needle, the Luer-lock tip is left open for various applications.

6. Capacity:A 10ml syringe is designed to hold a maximum of 10 milliliters of fluid. This capacity makes it suitable for a wide range of medical and non-medical applications, including administering medications, feeding, and laboratory experiments.

7. Accuracy and Calibration:10ml syringes are typically calibrated to ensure accuracy in measurements. They are designed to deliver precise volumes, and the accuracy may vary depending on the quality and brand of the syringe. Healthcare professionals often choose syringes based on their specific needs for accuracy and consistency.

8. Versatility:While a 10ml syringe is primarily used for medical purposes, it can also be employed in various other applications. It is commonly used in laboratories for measuring and transferring fluids during experiments, in the culinary industry for precision cooking and baking, and in other fields where accurate volume measurement is necessary.

9. Sterility and Single-Use:Many medical syringes, including 10ml syringes, are manufactured for single-use and come pre-packaged in a sterile condition. This ensures that each syringe is free from contaminants and minimizes the risk of infection when used in medical procedures.

10. Ease of Use:10ml syringes are designed to be user-friendly. The clear barrel and clearly marked graduations make it easy for healthcare professionals or individuals to accurately measure and administer fluids. The smooth movement of the plunger ensures a controlled and comfortable user experience.

11. Storage and Disposal:After use, syringes should be disposed of properly, following medical waste disposal regulations and guidelines. They should be placed in puncture-resistant containers to prevent accidental needlestick injuries and contamination.

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Product Description :

• Made of Stainless steel
• Fine Quality

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IV Cannula also known as IV Catheter is Bevel type needle used for easier and less traumatic insert. This tube of Catheter is flexible, kink resistant and is double tapered with rounded tip for smooth introduction and minimum discomfort to the patient. IV cannula is available in all sizes

A disposable IV cannula, also known as an intravenous catheter, is a medical device used for the administration of fluids, medications, or blood products directly into a patient's bloodstream. 

Introduction:A disposable IV cannula is a crucial medical tool used to establish intravenous access for various medical interventions. It consists of a thin, flexible tube with a sharp needle at one end, designed to be inserted into a patient's vein.
Components:
Needle: The needle is the initial piercing component used to access the vein. It is typically sharp and beveled to minimize patient discomfort during insertion.Catheter: The catheter is a flexible, hollow tube that remains in the vein once the needle is withdrawn. It allows for the continuous flow of fluids and medications.Sizes and Types:Disposable IV cannulas come in various sizes to accommodate different patient needs. Common sizes include 14, 16, 18, and 20 gauge, with lower gauge numbers indicating larger diameters suitable for high-flow applications like blood transfusions.
Materials:
Needle Material: Often made of stainless steel to ensure sharpness and durability.Catheter Material: Typically constructed from materials like polyurethane or Teflon, offering flexibility and biocompatibility.Insertion Procedure:
Site Selection: A healthcare professional selects an appropriate vein, often in the patient's forearm or hand.Skin Preparation: The selected area is cleaned with an antiseptic to minimize the risk of infection.Needle Insertion: The needle is inserted into the vein at a specific angle. Once the needle pierces the vein, the catheter is advanced while the needle is withdrawn.Securing the Cannula: The catheter is secured in place using an adhesive dressing or tape.Advantages of Disposable IV Cannulas:
Reduced Infection Risk: Being disposable minimizes the risk of contamination between patients.Convenience: Ready-to-use and eliminates the need for sterilization.Patient Comfort: Thin and flexible design minimizes discomfort during insertion.Applications:
Fluid Administration: Used to deliver fluids, electrolytes, and medications directly into the bloodstream.Blood Transfusions: Larger gauge cannulas are suitable for rapid blood transfusions.Emergency Situations: Vital for quick intravenous access in emergency medical situations.Complications and Considerations:
Infection Risk: Though rare, there is a potential risk of infection at the insertion site.Phlebitis: Inflammation of the vein may occur.Dislodgement: The cannula may accidentally come out, requiring reinsertion.Care and Maintenance:
Regular Inspection: Healthcare providers monitor the site for signs of infection or complications.Securement: Adequate securement is crucial to prevent accidental dislodgment.Timely Removal: Once the IV therapy is completed, the cannula is removed promptly.Conclusion:Disposable IV cannulas play a vital role in modern healthcare, providing a safe and efficient means of delivering essential fluids and medications directly into the bloodstream. Their design, materials, and applications contribute to improved patient care, making them an indispensable tool in medical settings. Regular monitoring and adherence to best practices in insertion and maintenance ensure the safe and effective use of disposable IV cannulas in various clinical scenarios. 

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• Disposable ECG electrodes, white foam type, centred snap with conductive solid gel column ensures quality transmission.
• The electrode is designed for conditions where adhesion is difficult such as holter patient monitoring, where excessive moisture may be a problem. For example : stress test, ICU/ICCU, operating room, recovery room, Cardiac rehabilitation etc.
• ECG solid gel electrodes eliminate the mess of liquid gels, while still offering low impedance.
• Our proprietary solid gel holds aqueous content in a polymerized hydrogel formulation, maintaining good body contact and ease of fixation.

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Approx. Rs 599 / PieceGet Latest Price