The creative and the innovative minds behind the country’s 3-dimensional printing industry are constantly working nonstop to further improve the nation’s 3D printing process. Only by this measure can they have a great chance of using it further in the manufacture of a wide spectrum of in-demand and most used medical equipment.
Defining 3D Printing Perth Industry and Its Role in Medical Devices
The application of “medical phantoms” or the practice of substituting something artificial for human subjects is among the case studies that is highlighting the 3D printing role in the production of medical equipment through the years.
The technology behind 3-dimensional printing involves the creation of 3-dimensional solid objects, taken out of a digital file and adding the layers of the material in succession on top of one another — hence, its definition as additive manufacturing came into being.
This does not only signify a wide spectrum of medical device components that can be manufactured on demand in the most cost-efficient manner, but the inherent level of flexibility that 3D printing comes with makes room for a more tailored design, faster prototyping processes, and a wider range of materials that can be used against other methods of production such as injection moulding.
There is a wide array of medical/surgical tools that have been manufactured in the past and utilized the power of 3D printing technology. This would include medical clamps, forceps, retractors, hemostats, needle drivers, and scalpel handles.
These tools mentioned above are not classified as something complex and are not invasive to the human body when used. Thus, the use of additive manufacturing or 3D printing for their production is subject only to just a few practical barriers and regulatory hurdles. Hence, they have been widely taken advantage of in the healthcare community,
E-nable is an online community that enjoys being credited for their pioneering efforts in the first-ever production of a prosthetic limb, manufactured using a 3D printing machine. Custom-body parts that are patient-specific, from fingers to toes, and as above even limbs — have been manufactured on a wide scale using a 3D printing method since 2013.
Comparing this now to the traditional manufacturing process, we know that it will involve the use of the expensive method of casting and recasting prosthetic, which is done to help ensure that the final product is fitting snugly to the patient’s anatomy.
Additive manufacturing or 3D printing makes room for greater control of the final product, and this benefit works to your advantage because it allows you to produce more complex designs that are lighter and longer-lasting which can be attributed to the materials used in the production.
The majority of the advantages that are seen in prosthetics 3D printing also ring true when it comes to orthopaedic implants — these are manufactured medical devices that are designed to take the place of bones and joints. Sometimes also they are taken advantage of to provide structural support to a damaged bone.
Permanent implants often include replacement of the joints. Like for instance, in the wrist, knee, or hip, the temporary fixation devices such as screws, pins, plates, and wires can be introduced to the body to allow the fractured bones to recover on its own in a relatively short amount of time.
The key benefit offered by the 3D printing Perth industry in the manufacturing of medical equipment is that it makes it possible to implement specific modifications when highly necessary and involves the functionality or the usability of the product. Changes to product specifications and design are often based on the feedback that surgeons give after checking out and inspecting a prototype in close range.