Optical glasses used in a range of industrially important optoelectronic devices must be
polished to nano-level roughness for proper device operation. Polishing process with …

Towards the development of a novel polishing technique for the high-precision surface
finishing of miniature V-grooves, the feasibility of finishing linear V-grooves generated on an …

Optoelectronic devices made using precision polymers must be polished to achieve
nanolevel surface roughness for proper device operation. One promising novel finishing …

Piezoelements used in robotics require large elasticity and extensibility to be installed in an
artificial robot skin. However, the piezoelements used until recently are vulnerable to large …

Functional microstructured surfaces are becoming increasingly important in the fields of
optics, microfluidics, and surface engineering. These parts' functional surface roughnesses …

Electroless nickel–phosphorus (Ni–P) plating used in a range of hot embossing metal
molds/dies and injection metal molds/dies must be manufactured to nano-precision …

This study investigates the development of an ultrasonic vibration-assisted magnetic
compound fluid (MCF) polishing technology for final polishing. The fabrication of an …

A novel magnetic field-assisted polishing technique was proposed for finishing 3D
structured surface using a magnetic compound (MC) slurry. The MC slurry was prepared by …

The magnetic compound fluid (MCF) polishing process is a precision finishing method that
has been applied to a large variety of materials, from soft optical polymers to hard ceramics …

Currently, research on the optimization of key process parameters in the polishing process
usually uses orthogonal test method, which needs a lot of experiments. In order to solve this …