Microlens array through induction-aided hot embossing: fabrication, optimization, and characterization

SS Deshmukh, A Goswami - Materials and Manufacturing …, 2022 - Taylor & Francis
In the present work, an induction-aided hot embossing (IHE) setup was developed in-house,
to reduce the time required for embossing. Using the setup, a micro-lens array was …

Experimental investigation of replication accuracy of polymer-based microfluidic chip fabricated through induction-assisted hot embossing and parametric optimization …

SS Deshmukh, A Goswami - Proceedings of the Institution of …, 2023 - journals.sagepub.com
Hot embossing (HE) creates micron-scaled patterns on a polymer substrate. Conventional-
HE faces a long cycle-time issue and reduces productivity. An induction-assisted HE (IHE) …

Bowtie design for thermal expansion mimicry and mitigation

J Miller - Precision Engineering, 2024 - Elsevier
A geometric bowtie design for the purpose of mimicking (matching) and/or mitigating
(reducing) the thermal expansion effects between two laterally opposing structures is …

Investigation and multi-objective optimization of replication accuracy of microfluidic chip fabricated through induction-aided hot embossing

SS Deshmukh, T Kar, A Goswami - Journal of the Brazilian Society of …, 2023 - Springer
Hot embossing (HE) creates micro-patterns on polymer substrates. In this work, an induction-
aided hot embossing (IHE) setup was developed to reduce cycle time in traditional-HE. The …

Microfluidics: A versatile tool for developing, optimizing, and delivering nanomedicines

N Tahir, F Sharifi, TA Khan, MM Khan, A Madni… - Nanomedicine, 2023 - Elsevier
The microfluidic device, known simply as microfluidics, is an emerging technology that has
become a significant tool for pharmaceutical businesses to process and analyze materials …