Micro/nano-electroforming has received considerable interest from various industry sectors
as an advanced micro-manufacturing technique that offers high dimensional precision and …

Polymeric micro devices are gaining huge market potential in broad areas of medical
devices, diagnostic devices, drug delivery, and optical applications. Current research is …

Micro electroforming is a promising electrodeposition-based precision replication technique
for the fabrication of microstructured moulds. In this process, a poor mass transfer inside the …

Homogeneous dispersion of graphene oxide (GO) in nickel sulfamate solution is a
significant challenge for electrodepositing high-performance nickel/GO composite coatings …

In the replication of polymeric micro/nano structures, adhesion and friction between mould
tool and polymer cause significant feature failure. For the first time, this work developed a …

Microstructural replication accuracy in precision micro electroforming process is related to
ions transportation inside the micro structure and microstructural feature width and aspect …

The dispersibility of graphene oxide particles (GOs) in nickel electrolytes is critical for its
uniform incorporation in the nickel matrix during the electrodeposition process. In this study …

Electroforming allows for the precise fabrication of Ni-Co alloy mold but encounters
challenges with uneven thickness and persistent internal stress, which impact the mold's …

Electroforming of submillimeter scale array structures holds great promise for a wide range
of applications in array microelectrodes, vacuum electron devices and metal molds, but poor …

A new approach to precision electroforming of a wafer scale nickel shim using a rotating
cathode with an auxiliary cathode mask is developed to improve thickness uniformity and …