Gersteltec Photoresist for MEMS, LIGA and Microsystems

Gersteltec Photoresist for MEMS, LIGA and Microsystems Gersteltec is an innovative company, established in Switzerland in 2004, develops, manufactures, sel

Using GM1065 and GM1075 by using ultrasonic spray to realize SU-8 pillar by EVG groupThis technique offers a low-stress,...
22/06/2026

Using GM1065 and GM1075 by using ultrasonic spray to realize SU-8 pillar by EVG group
This technique offers a low-stress, scalable solution for advanced packaging, enhancing yield and reliability
while supporting the transition to finer pitch and thinner die formats in next-generation semiconductor devices.

Using SU8 GM1075 for EV-Blade devices design.EV-Blade: an automated centrifugal-pneumaticcartridge for size- and affinit...
27/03/2026

Using SU8 GM1075 for EV-Blade devices design.

EV-Blade: an automated centrifugal-pneumatic
cartridge for size- and affinity-based exosome
isolation from whole blood. T. Veres

the EV-Blade offers an automated and scalable method to isolate exosomes from whole peripheral blood, efficiently retaining sEVs in plasma through fractionation and cross-flow filtration and providing robust immunomagnetic capture of sEV subsets (e.g., exosomes) for practical omics-based applications in cancer research.

SU-8 GM1070 Optrode mnufacture,FABRICATION OF SU-8-BASED HIGH-ASPECT-RATIO OPTRODE ARRAY INTEGRATED WITH REFLOWED GLASS ...
26/03/2026

SU-8 GM1070 Optrode mnufacture,
FABRICATION OF SU-8-BASED HIGH-ASPECT-RATIO OPTRODE ARRAY INTEGRATED WITH REFLOWED GLASS LENSES USING AN OUT-OF-PLANE CONFIGURATION, Jae-Hyoung
An SU-8-based optrode array was fabricated using a simple photolithography process, and its optical and mechanical properties were evaluated. The fabricated optrode array demonstrated reliable pattern transfer at exposure wavelengths of 400 nm and above, showing potential to enhance optical coupling efficiency by minimizing alignment errors with reflowed lenses.

Using SU8 photoresist GM1070 for microfludics designThree-Dimensional Integrated Ultra-Low-Volume Passive Micro uidics w...
03/03/2026

Using SU8 photoresist GM1070 for microfludics design

Three-Dimensional Integrated Ultra-Low-Volume Passive Micro uidics with Ion-Sensitive Field-E ect Transistors for Multiparameter Wearable Sweat Analyzers Andrian M. Ionescu

The progress of lab-on-skin technology reported
here can lead to autonomous wearable systems enabling real-time continuous monitoring of sweat composition, with
applications ranging from medicine to lifestyle behavioral engineering and sports. Design passive microfluidics,
wearable sweat sensory SU8 photoresist

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