Infusion IV Components can together form a safe and efficient intravenous infusion system. These accessories work together to achieve core functions such as aseptic transmission of drug solution from packaging to patient's blood vessels, precise flow rate control, air and particle filtration, and mid-course dosing, while ensuring ease of operation and clinical adaptability. The entire system adopts a standardized interface design, which is compatible with various infusion containers and intravenous access devices. It meets the needs of different medical scenarios on the basis of ensuring the safety of treatment, and is an important guarantee for modern clinical infusion therapy.
The infusion accessories we provide are complete in types and models. Standardized interfaces (such as Luer connectors) can be connected to indwelling needles, infusion pumps and other equipment (such as surgery, ICU, and general wards), which can meet the diverse needs from conventional infusion to special drug infusion, and adapt to different medical scenarios and patient groups. At the same time, all accessories are made of medical-grade ABS or PVC materials, which have strong chemical stability and can withstand various types of drug solutions.
| IV Components | ||||
| ITEM | PIC | |||
| Drip Chamber | ![]() | ![]() | ||
| Plastic Spike |
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| Air Vent | ![]() | |||
| Flow Regulator | ![]() | |||
| Slide Clamp | ![]() | ![]() | ||
| Roller Clamp | ![]() | |||
| Injection Port | ![]() | |||
| Back Check Valve |
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| Luer Connector | ![]() | ![]() | ![]() | ![]() |
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| Cap | ![]() | ![]() | ![]() | ![]() |
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1. Incoming material inspection
Verify accessories:
✓ Supplier's "Medical Device Registration Certificate"
✓ COA (inspection report) and biological performance report for each batch
✓ Accessory size (such as Luer connector in accordance with ISO 80369)
2. Clean area assembly
Environmental control: temperature 18-28℃, humidity 45%-65%
Key processes:
Heat sealing of dropper and pipeline (to verify sealing)
Filter installation (100% bubble point test required)
Lurer connector torque test (0.5-1.2N·m)
3. Process inspection
Sampling every 2 hours:
Flow accuracy (±5% error)
Leak test (no leakage under 50kPa pressure)
4. Terminal processing
Sterilization: EO sterilization (if provided sterile) → analytical residue (≤10μg/g)
Packaging: primary packaging must pass ISO 11607 sealing verification
Standardized assembly process
1. Incoming material inspection
Verify accessories:
✓ Supplier's "Medical Device Registration Certificate"
✓ COA (inspection report) and biological performance report for each batch
✓ Accessory size (such as Luer connector in accordance with ISO 80369)
2. Clean area assembly
Environmental control: temperature 18-28℃, humidity 45%-65%
Key processes:
Heat sealing of dropper and pipeline (to verify sealing)
Filter installation (100% bubble point test required)
Lurer connector torque test (0.5-1.2N·m)
3. Process inspection
Sampling every 2 hours:
Flow accuracy (±5% error)
Leak test (no leakage under 50kPa pressure)
4. Terminal processing
Sterilization: EO sterilization (if provided sterile) → analytical residue (≤10μg/g)
Packaging: primary packaging must pass ISO 11607 sealing verification
Drip Chamber : Visual monitoring of infusion speed. Some models have built-in filter membranes to intercept particulate impurities in the drug solution. The special cavity structure separates bubbles to ensure the safety of infusion. Some models support mid-dose dosing to ensure safe and controllable infusion. .
Plastic Spike: Safely puncture the seal of the infusion bag/bottle. Its medical-grade PP material can avoid the contamination of rubber chips produced by metal needles. Some models integrate air filters to maintain air pressure balance, while eliminating the risk of sharp injuries and improving clinical operation safety.
Air Vent (usually located in the drip pot or bottle stopper): It is a key design to ensure infusion safety. It balances the air pressure inside and outside the infusion container to prevent negative pressure from causing abnormal drip rate or container collapse. At the same time, it blocks microorganisms and particles from entering the drug solution to ensure a stable and safe infusion process.
Flow Regulator: The flow rate of the drug solution is controlled through a precision mechanical structure (adjustment range 1-1000mL/h). Its error rate is less than 5%. It has an anti-slip locking function and can accurately adapt to different treatment needs to ensure safe and stable infusion.
Injection Port: Self-sealing design with silicone diaphragm, 30° bevel needle insertion reduces puncture difficulty, compatible with standard Luer connector syringes
Back Check Valve: One-way control device in the infusion system, which can completely block the backflow of drug solution or blood (pressure resistance 0.03MPa), avoid cross contamination, and is especially suitable for blood transfusion and pump therapy.
Luer Connector: Standardized connection interface of the infusion system, with 6% taper fit and thread locking design (ISO 80369 standard), can withstand 300kPa pressure, and ensure sterile and leak-free connection between the infusion set and the needle/catheter.
Needle Cap: Safety protection device for infusion needles, in line with ISO 23908 anti-puncture standards, with sterile sealing design, which can effectively avoid needle contamination and sharp injuries to medical staff, ensuring safety throughout the use.
IV Components are mainly used in the following scenarios:
Infusion therapy in hospital wards
Infusion of emergency drugs
Delivery of chemotherapy drugs
Anesthetic administration
Home infusion management of chronic diseases
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