3D Printing: From Production to Cutting-edge Innovations
The use of online 3D printing in industries is boosting manufacturing processes in more ways than one. With its continuous innovations, time-saving processes, and flexibility of designing, additive manufacturing is at the forefront of cutting-edge technologies.
3D printing services in Australia are being leveraged by varied manufacturing sectors. In this article, we examine two such contributions of 3D printing process in alleviating existing challenges in the medical and defense sectors, respectively.
3D Printing Innovations in Medical Sciences
The use of 3D printing design service seems to have immensely benefited the medical industry. Medical sciences are always on the lookout for innovations on the cutting edge. This is essential for patient recovery and care.
Due to its ability to produce complex moulds in small batches, 3D printing technologies are preferred. Some of the complex medical products being produced through AM include:
· Stents and cardiovascular models
· Disposable items for sample collections
· Microfluidic systems
· Micro-plates
· Culture flasks for cells and tissues
· Surgical models specific to patients
· Implants
· Systems of drug delivery
Micro-systems used in 3D printing hold the key to this evolution of 3D printing for medical science research and manufacturing.
Use of Additive Manufacturing Technologies in the Army
One of the major challenges faced by army troops close to or on the battlefield is the scarcity of replacement parts. These parts take time to arrive, time that is otherwise so crucial in any battle strategy.
However, all that is set to change as research is underway to develop a 3D print technology that will allow soldiers to replace faulty parts with 3D printed ones. This will eliminate the long wait time for the troops.
The innovation has been made possible thanks to a pioneering technology called the dual-polymer 3D printing. 3D print in Melbourne is adopting it to help soldiers get on with their job on the battlefield. A combination of ABS and PC, the dual-polymer filament can produce rigorous 3D prints, ideal for the hostile military environs.
The evolution and innovations taking place in machining practices are poised to bring about a major shift in industrial production. 3D printing in Melbourne is thriving owing to greater collaborations between erstwhile competitors and futuristic business strategies.