3D printing refers to a process that uses a layer-by-layer method to develop a real or physical object from a digital design. The technology is in the primary stage in healthcare applications and secures strong potential for a broad range of applications in medical implants.
The global market for 3D printed medical implants has witnessed enormous growth in the last few years. The market’s growth is mainly being driven by the massive technological developments in the medical device industry.
Furthermore, the factors such as the growing need for medical implantation, strategic investments are made by leading players.
The healthcare industry is being impacted by the potential of 3D printing in revolutionising the usage of medical devices to treat various ailments, enabling the development of non-implanted and implantable medical devices, as well as cost-effective customizable medical equipment.
The growing need for medical equipment that are customized to a patient’s anatomy in orthopedic and maxillofacial surgery is boosting the medical 3D-printing sector.
3D printing medical devices aid surgeons inside the scheduling of operations, minimising operating risks, reducing the length of anaesthetic exposure, and decreasing the chance of infection.
Reinshaw PLC is a leading mobiliser of the healthcare solutions involving production application and solutions requirements in the market. It has brought in newer versions that have been formerly impossible to realise are now conceivable thanks to additive manufacturing (AM).
Renishaw’s metal AM technique may add functionality to knee replacement, vertebral implant, particularly craniomaxillofacial (CMF) implants by generating complicated features like ordered and disordered lattice structures. The duration among both design and manufacturing may be kept to a minimum using expedited development timelines.
SLM Solutionsis part of the component manufacture trending companies in the current industry. Its latest addition has been brought in through object model of components, laser cutting burning technique creates a component layer at a time. It starts with a CAD or STL file, powder bed fusion technology scans a precision laser beam over tiny layers of powder metallurgy to precisely melt complicated structures.
Parts made using SLM technologies have a high density, frequently surpassing 99.9%, and structural qualities that are superior to those of cast parts and, with heat treatments, can be comparable to those of machined components.
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