The ever-increasing demands for miniature integrated optics, mechanics, electronics, and
biofluidics have generated great interest in high-performance glass components featuring …

With the development of aerospace, military, medical, and 3C industries, the design of
aspherical optical component has attracted more and more attention. As a substitute for the …

High fill‐factor microlens arrays (MLA) are key for improving photon collection efficiency in
light‐sensitive devices. Although several techniques are now capable of producing high …

The high level of stress and dimension deviation induced by glass molding are the main
causes of the low yield rate of large, irregular glass components on vehicles. To solve this …

Massive pathological outbreaks have frequently impacted global risk, emphasizing the
necessity for on-site sample analysis techniques that are rapid, reliable, and responsive to …

Micro-optics and micro-structures play important roles in the field of optics. A multi-step
processing strategy with the combination of various processing technologies has been …

Glass multi-station bending machining (GMBM) is a high-precision and efficient glass
processing technique for smartphone curved screen in 3C industry. In this paper, simulation …

In a multi optical probe confocal imaging system utilizing a microlens arrays as an objective
lens, a high numerical aperture is required to improve resolving power. Glass microlens …

In this paper, we present an extrusion printing technique for producing spherical and
cylindrical plano-convex microlens arrays with controllable feature dimensions. This …

We present the manufacturing of microlens arrays on soda-lime glass substrates by using
two different IR pulsed lasers: a nanosecond Nd: YVO 4 laser (1064 nm) and a femtosecond …