5 Ways Injection Molding is Used in the Medical Industry

The medical industry is full of some fantastic innovations. One such innovation involves injection molding in which plastic pieces are created, molded, and shaped into what the doctors need them to be. This article will explore five ways that injection molding is used in the medical industry.

1) Syringes

Injection molding is used to create syringe bodies. These are the plastic pieces that hold all of the internal parts and resources needed for a doctor or nurse to inject medications into patients as they need them. Syringes come in many different sizes, from those designed for babies who only receive small doses of medicine to adults who need larger doses.

Injection molding is also used to create syringe plungers and caps. The plunger fits inside of the body, and the cap covers it after use so that medicine does not leak out or become contaminated by germs in the air. Syringes are an important part of medical treatment because they allow doctors to give patients the exact dosage that they need.

2) Dialysis Bags

Dialysis bags are used in dialysis treatment. This is a process by which patients suffering from kidney failure can get rid of toxins and other harmful substances that their kidneys cannot filter out on their own anymore. The bag, made through injection molding, holds the filtered blood until it has been cleaned and returned to the patient.

One of the benefits of using dialysis bags is that they are disposable, and this means that patients do not have to worry about sterilizing them after each use. However, other types of bags can also be used in medical treatment, such as blood collection bags. These must be properly cleaned and reused because blood contains important nutrients and proteins which help with tissue growth.

3) Blood Collection Bags

Injection molding is used to create blood collection bags. These are used for patients who need various treatments such as chemotherapy, dialysis, and other medical procedures that require the return of their own filtered blood or newly donated blood from another person. Blood collection bags must be properly cleaned because they can potentially spread infection or disease. If a patient’s blood type is different from the donor’s, there may be an increased risk of death if their body attacks and destroys foreign cells.

4) Syringe Plungers

Syringe plungers are made through injection molding. These plastic pieces fit inside of syringes and act as the stopper, which stops the flow of liquid medication when pressed down on by a doctor or nurse’s hand. This action forces air out of the top to create suction, allowing easy transfer of the drug.

Injection molding is also used to create other syringe parts, such as plunger caps and needles. These are important because they help keep germs out of the medication. At the same time, it is being transferred from one container to another, which can prevent infection or disease if done improperly. Some patients may be more susceptible than others to certain diseases or conditions, so it is essential that the medicine they are given does not contain any form of bacteria.

5) IV Bags

IV bags are made through injection molding. These pieces of plastic hold all types of intravenous medications that can be injected into a patient’s veins to help them heal faster and improve their quality of life. They also include ports that allow for access, such as catheters or needles. All parts must be adequately cleaned before being used on a different patient.

Injection molding is also used to create other types of plastic medical equipment such as syringes and dialysis bags. Other materials that can be created through the process include blood collection bags, which must be adequately cleaned before being reused or placed into another person’s body. All parts must meet certain standards to be considered safe for medical use.

In conclusion, injection molding is used in the medical industry for a variety of different reasons. Syringe plungers and caps, dialysis bags, blood collection bags, IV bags, and other types of equipment are all created through this process because they can produce pieces that meet specific quality standards at an affordable cost.