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Size: 1ml, 2ml, 3ml, 5ml, 10ml, 20ml, l 30ml, 50ml
Material: medical grade PP, 304 stainless steels, natural rubber/butyl rubber
Package: paper blister bag or PE bag
Description:
A self-destructing syringe is a specially designed syringe that is intended for single use and has a self-destruct function. It usually consists of a syringe barrel, a needle, and a self-destruct device.
The self-destruction device of a self-destructing syringe is a special mechanical device attached to the syringe. After an injection, the self-destruct mechanism is triggered, making the syringe unable to be reused or injected again. This design can effectively prevent the syringe from being reused and avoid the risk of cross-infection and drug abuse.
The self-destruct device of a self-destruct syringe can come in many forms, including a lancing device, a cutting device, or other disposable devices. When the self-destruct device is triggered, some parts of the syringe will be damaged or disabled, making the syringe unable to be used again.
Self-destructing syringes are widely used in medical institutions, clinics, injection stations, and personal homes to ensure the safety and hygiene of injections. By using self-destructing syringes, you can reduce the risk of spreading infectious diseases and ensure safe and reliable injection operations.
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A syringe is a widely used needle tool in the medical field and consists of two parts: a syringe and a needle. The main function of a syringe is to accurately measure, draw and inject liquid medications.
1. Function of syringe:
Drug Injection: Syringe barrels are widely used to inject drugs into patients, including vaccines, antibiotics, analgesics, etc. Through subcutaneous, intramuscular or intravenous injection, the drug can quickly and effectively enter the patient's blood system to treat or relieve symptoms.
Fluid extraction: Syringe barrels can also be used to withdraw fluid samples such as blood, tissue fluid, or other biological fluids from patients. These samples are often used to perform diagnostics, laboratory tests, or research to learn about a patient's health or disease.
Precise dose control: The syringe barrel is precisely designed to accurately control the dose of the drug. This is important to ensure patients receive appropriate treatment without too much or too little.
Vaccination: In the field of preventive medicine, syringes are widely used for vaccination to increase the immunity of a population against specific diseases.
2. Function of needle:
Medication Delivery: The syringe needle is responsible for pushing the medication from the syringe into the patient's body. By piercing the skin, it allows drugs to enter directly into the blood, muscle or subcutaneous tissue, allowing for fast and accurate drug delivery.
Tissue Sampling: In some medical exams and laboratory tests, syringe needles are used to draw tissue, fluid, or blood samples from patients. These samples are often used to diagnose disease, monitor health conditions, or conduct research.
Vaccination: A syringe needle is used to administer vaccines by piercing the skin and injecting the vaccine into the patient's body to boost the immune system's defenses against specific diseases.
Precise Penetration: Syringe needles are often designed with great precision to ensure minimal pain and tissue damage when penetrating the skin. Some needles also have special coatings or edge designs to further reduce the sting.
The comprehensive function of the syringe:
Precisely control the dosage: The structure and scale of the syringe enable medical staff to precisely control the dosage of the drug during treatment, ensuring that patients receive the correct therapeutic effect.
Avoid cross-contamination: Using disposable needles and syringes helps prevent cross-contamination because they are typically discarded after use, reducing the risk of spreading pathogens.
Improve treatment efficiency: The design of the syringe enables medical staff to inject drugs quickly and safely, improving treatment efficiency.
Syringe barrels and needles serve as indispensable tools in medical practice, providing patients with effective medication through precise measurement and safe injection. At the same time, its structural design also helps reduce risks to patients and medical staff, ensuring the safety and controllability of the medical process.