Single-point diamond turning (SPDT) is a leading machining technology for advanced
manufacturing of high-accuracy optical components characterized by their nanometric …

Single point diamond turning SPDT is key technology to overcome the shortcomings of
conventional machining of optical components. In the last decade, researchers explored …

Selective laser melting allows aluminum-silicon alloy mirrors further lightweight for
aerospace applications. The reflective surfaces based on Selective laser melting aluminum …

Micro-cutting processes, such as single-point diamond turning, are required for selective
laser melting (SLM)–fabricated AlSi10Mg to machine optical mirrors. During the SLM …

The compliant mechanism (CM)-based fast-tool servo (FTS) is used in ultraprecision
machining contexts to produce high value products for technically advanced applications …

In this paper, we propose the tilted milling method for the fabrication of the precise microlens
array (MLA) by eliminating the influence of tool error. In the conventional milling process, the …

Ultra-High precision Single-Point Diamond Turning (SPDT) is a widely used machining
technology for generation components with optical grade surfaces. SPDT has been widely …

Optical plastic lenses are progressively substituting glass optics due to their lightweight and
low costs. Polycarbonate (PC) is considered as one of the leading optical materials due to its …

To suppress the Fresnel reflection loss and enhance light transmission, subwavelength
structured surfaces are used as antireflector. In this work, rigorous coupled wave (RCWA) …

The biodegradable magnesium (Mg) alloys have been acknowledged amongst the top
potential biomedical materials for developing different orthopedic devices. Indeed, the …