Introduction to IV Set Manufacturing:
Medical devices play a crucial role in diagnosing, treating, and monitoring various medical conditions. In the context of IV set manufacturing, manufacturers need to adhere to the CDSCO registration process in India. This process involves obtaining a CDSCO manufacturing license, and experienced consultants can facilitate a timely and smooth application process.
IV Set Overview:
IV sets, vital for administering intravenous treatments, are designed to deliver fluids and medications directly into a patient’s vein. These sets are indispensable in addressing conditions such as dehydration, electrolyte imbalances, specific drug delivery, and blood transfusions.
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Types of IV Sets:
IV sets, essential for medical treatments, come in various types tailored to specific therapeutic needs. Understanding these distinctions is crucial for healthcare professionals and manufacturers alike. This guide delves into different types of IV sets and their applications.
Filtered IV Sets: Enhancing Infusion Safety:
Filtered IV sets feature micron filters designed to eliminate contaminants from IV products. Ranging from .22 microns for bacteria filtration to 5 microns for larger particles, these filters safeguard patients from particulate matter, bacteria, and air emboli. They play a vital role in preventing phlebitis caused by contaminants in medications. These sets are compatible with a wide array of medications, offering versatility in patient care.
Vented IV Sets: Ideal for Rigid Containers:
Vented IV sets, suitable for hard plastic or glass containers, incorporate a small vent that can be opened or closed. This feature allows air to enter and displace fluid as it leaves the container, ensuring a smooth flow. Vented IV sets are essential for rigid containers, preventing complications that may arise without proper venting.
Non-Vented IV Sets: Flexible Solution for Various Containers:
Non-vented IV sets, conversely, lack vents in the tubing. Suited for flexible plastic containers like the Home pump Eclipse, these sets must be primed to remove air from the tube. The non-vented design facilitates the creation of a vacuum within the plastic IV bag, enabling controlled collapse as it empties.
Gravity Tubing: Harnessing Gravity for Medication Infusion:
Gravity tubing, also known as gravity administration sets, utilizes gravity and flow rate regulators to administer medicine. By hanging the IV bag on a pole above the patient, gravity creates the necessary pressure for medication delivery. The spike, fitted into a sterile container, allows controlled liquid flow through a trickle chamber. The Y-sets, T-sets, and V-sets, unique three-way connectors, enable additional IV sets to be connected for the seamless delivery of antibiotics or other continuous liquid infusions.
What is the Process for IV Set Manufacturing?
IV set manufacturing process is a cycle comprised of four phases; Filling – Pressurizing – Cooling – Remolding. These four phases legitimately decide the framing nature of our items. These four phases are a nonstop cycle. When complete we can duplicate items in groups.
- We affirm the crude materials; our center is no contamination all through the way toward bundling.
- Turning on the warming switch, and deliberately set the temperature of each segment.
- To get into self-loader or full-programmed working state.
- Utilize the vernier calipers to check the size of needle.
- Imperfection in the appearance, for example, a silver staining or a weld mark.
- Innovative inquiries, for example, a flying edge, shrinkage or paste lack.
- Execution questions, for example, a warpage or embrittlement
Get together beginnings with a framework check for any issues or deformities with the gathering through the needle machine and the gas gracefully framework. We turn on the Main force flexibly of the get together machine and guarantee the crisis power gracefully is dynamic. We draw in the needle coat, center bar, elastic plug and infusion needle into each fortification. We turn on the vibrating container to change the taking care of speed.
Individual components are manufactured by molding process by use of molds on various molding machines. All these components are sub assembled in different subassemblies such as Drip chamber Assembly, Clamp & Roller Assembly, Male luer assembly, Y connector sealing with rubber tube. Drip Chamber, Disc Filter, Airway spike, Airway cap and spike protector are assembled to make Drip chamber sub assembly. This is done on Drip chamber assembly machine. Clamp and rollers are assembled on special automated machine.
Male luer lock connector and plain stopper is sub assembled to make Luer assembly. Y connector and tube are sealed to make the Y connector sub-assembly. The above subassemblies along with tubes are assembled on the final assembly machine to make the final product. IV Set Manufacturing is then packed and sealed on an automatic packing machine. A fully packed pouch is then sterilized in a sterilization plant.
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IV Set Manufacturing Machines:
Machinery used:
- Injection molding machine
- Set of molds for various parts like Drip Chamber, Airway spike, Airway cap, spike protector, clamp, roller connector, and male lure lock.
- Sealing machine
- Automatic packaging machine
- Blister Packaging machine
- Sterilization Plant
- Scrap Guiding machine
- Weighing scale
- Water Pump
- Air Compressor
- Chilling Plant
- Testing Equipment
- Electrical Fittings & Socket
All the components are manufactured by a molding process. At that point they are sub-gathered in various subassemblies, for example, Drip chamber Assembly, Clamp, and Roller Assembly, Male luer get-together, and Y connector fixing with the elastic cylinder. All these subassemblies are then gathered alongside the tube in a programmed get-together machine. Each IV set parts plays a vital role in ensuring the safe and efficient delivery of fluids and medications to patients in need.
Raw materials used for IV Set Manufacturing:
Raw material used for manufacturing of IV Sets is listed below:
1. Polypropylene
2. Highly kink resistant non-Toxic Medical grade PVC Tube
3. HDPE
4. Packing Material
5. Non toxic grade PVC
6. Filter (Nylon +HDPE)
7. Printing Ink
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Operon Strategist a leading medical device regulatory consultant helps in obtaining a CDSCO Manufacturing License for IV set manufacturing in India. With a commitment to excellence, we extend our expertise to ISO 13485 Certification and compliance with 21 Part 820 QSR standards, ensuring the highest quality in IV set manufacturing. Benefit from our support in establishing a cutting-edge manufacturing facility, designed for efficiency, regulatory compliance, and unmatched results. Join the ranks of our satisfied clients who have experienced the operational excellence and regulatory expertise that Operon Strategist brings to every project.
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