Surface finish is an essential factor in determining product sustainability and functionality.
Most methods have been developed that can be utilized to manufacture optical, mechanical …

Nano-finishing processes have revolutionized industrial surface therapy, providing excellent
chances to improve surface integrity in various medical sectors. However, in biomedical …

The capabilities of the milling process stem from the appropriate regulation of its parameters,
the adoption of efficient milling strategies and the use of cooling methods, especially during …

Abstract Ti-6Al-4V alloys are extensively used as a substitution for human bones as they are
biocompatible, lightweight, corrosive resistant, and have low elastic modulus. Additive …

Improving the surface quality of biomedical alloys is of great practical significance to the
evolution of orthopaedic implant surgery. In the polishing stage, traditional polishing …

Surface roughness improvement of the freeform surfaces is essential for the enhanced
functionality of the components, including implants, turbine blades, microchannels, etc. The …

High-performance devices usually have curved surfaces, requiring high accuracy of shape
and low surface roughness. It is a challenge to achieve high accuracies for form and position …

Zirconia ceramic components have great applications in the fields of medical, aerospace,
and energy. Stereolithographic (SLA) 3D printing technology is widely employed for zirconia …

A computer numerical controlled (CNC) magnetorheological fluid assisted finishing (MFAF)
process can super-finish the metallic surfaces of objects without any human intervention. In …

Additive Manufacturing (AM) is recently used to manufacture biomedical implants as the
customized fabrication of the desired complex shapes is easily achievable with reduced …