As the demand for widely used enclosures continues to grow across various industries, people are increasingly focusing on the relevant information regarding medical enclosures. In recent years, due to the continuous upgrading of medical devices, medical enclosures have also been widely used. The overall situation of medical enclosures is crucial, and if you are not yet clear about their role, then today I will discuss with you the functions of medical enclosures.
Medical enclosures have gained widespread application due to the continuous upgrading of medical equipment. Their overall importance cannot be overstated. If you are still unclear about the role of medical enclosures, then today I will discuss with you their functions. Medical enclosures are designed to be durable and long-lasting. This is largely due to their ability to protect healthcare workers from contracting viruses during their work. Additionally, the medical enclosure shields the instruments that doctors want to protect from viral contamination.

How are medical device casings made?
Medical device shells are divided into fiberglass shells and plastic shells according to materials. Let’s take a look at the production process of housings for medical devices.

Production Process and Flow of Medical Equipment Shells
一、Creation of Wooden Models
The wooden model for the fiberglass medical equipment shell is created according to the drawing, which is then subject to review by Party A for any necessary modifications until final approval. After that, the molding technician will use the mold to finalize the shape, make any necessary adjustments, and confirm the design of the fiberglass-reinforced medical equipment shell.
二、Mold Production
The surface of the processed wooden medical equipment shell is first prepared, meeting all specified requirements, before being waxed. Gelcoat is then applied with a brush, and once it's semi-dry, fiberglass cloth is laid over it. Resin is applied, allowing the resin to penetrate the fiberglass layers. This process is repeated, layer by layer, until the desired thickness is achieved. Once this process is completed, the mold is ready for use.
Demolding and Trimming
Demolding involves removing the mold from the wooden form. Excess edges of the fiberglass mold are trimmed. Afterward, the glass fiber reinforced plastic mold is polished with water to meet the requirements for mass production.IV. Product Processing and Spraying
The product is once again polished with sandpaper to remove the release wax from the surface. Any pinholes or closed mold lines on the surface are filled with putty.
The sandpaper is used to smooth the surface, and then a layer of primer is sprayed. Any imperfections are filled with putty.
After smoothing with sandpaper, another layer of primer is sprayed, followed by fine red and gray paint to repair details.
The surface is smoothed with sandpaper and then sprayed with automotive paint until it dries.
After the paint dries, the production supervisor inspects the surface for any oil streaks or spray leaks. Once it is deemed satisfactory, the customer's logo or pattern is transferred, and a layer of automotive clear coat is sprayed to ensure the brightness of the product and protect the durability of the paint.
After the paint has dried, it undergoes a thorough quality inspection to ensure its satisfaction. Once confirmed to be free of any issues, the products can be packaged and safely shipped to our esteemed customers..  

After the paint has dried, it undergoes a thorough quality inspection to ensure its satisfaction. Once confirmed to be free of any issues, the products can be packaged and safely shipped to our esteemed customers..