What medical grade plastics are biocompatible? The typical medical plastics grades are used for biocompatible applications. It includes medical polymers of polyethylene, polycarbonate, polysulfide, polypropylene, polyurethane, and polyether ether ketone. Manufacturers subject these plastic materials to stringent standard tests before they are considered appropriate for manufacturing medical devices. How is medical plastic made? The plastic …
Medical plastic polymers undergo various plastic fabrication and screening procedures before they get applied in the healthcare manufacturing industry to produce multiple medical devices and instruments that meet the standard requirements. Below are some of the common medical plastic products: Surgical instruments (catheters, cannulas, gauges, etc.)SuturesDental instruments (suction tips, dam clamps, cotton roll holders, etc.)Infusion …
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Medical plastic parts offer several advantages to the healthcare industry. Take a look at them below: Even so, there are other reusable medical plastic parts with surfaces that can accommodate infective organisms, and such components require rapid and consistent sterilization to ensure their safe use. The innovation of heat-resistant and biocompatible plastics grades has helped …
There are diverse types of medical plastics, and each plastic grade’s utilization is often limited to specific applications due to inherent characteristics and design factors. The essential properties of medical plastic polymers are biocompatibility and sterilizable properties. BiocompatibilityThis property describes the compatibility of medical plastic polymers with the body tissues without adverse effects. Aside from …
Essential Properties of Medical Plastic Polymers Read More »
There are diverse types of medical plastic polymers, and every plastic grade comprises distinct characteristics that inform they are respective for specific medical devices. Here are some of the commonest medical plastics for medical devices and their properties. Aside from this, polycarbonate sheets are pliable or workable into various shapes at room temperature without cracking. …
Medical plastics refer to plastic grades designed or tailored to produce different types of medical plastic products in the healthcare industry. These plastic polymers have become essential components in the modern health system. To a large extent, medical plastics vary in properties and characteristics. Due to stringent regulatory requirements for medical parts, health engineers use …
ABS stands for Acrylonitrile Butadiene Styrene. This plastic material comprises three monomers that make up its name. Each of these monomers contributes its properties to the polymer plastic to give it a wide range of properties. The properties the plastic possesses include chemical resistance, hardness, and heat resistance contributed by acrylonitrile. Other properties include impact …
Injection molding is a highly efficient and effective manufacturing technique for the medical industry. It’s a seamless process that boasts high precision and accuracy, even for large-volume production. This makes it the go-to method for many companies that fabricate components for the medical and pharmaceutical industries. The process is quite common for manufacturing the following …
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There are different thermoplastics for fabricating hospital and medical injection parts. However, each polymer suit better for specific applications. Let’s discuss the criteria to consider when selecting medical-grade plastics. 1. Industry (FDA) Regulations When designing components for medical equipment, the first thing to consider is its compliance with the appropriate authority, mainly the FDA. There …
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There are different engineering plastic polymers suitable for medical injection molding. These plastics – are mainly thermoplastics and not thermosets because of their superior performance over the latter. Moreover, it guarantees impeccable dimensional stability, even after exposure to stress. It also possesses other top-notch mechanical properties, making it an excellent fit for manufacturing medical gadgets. …
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