nanoSkunkWorkx
Deep-technology lab-workshop that converts bulk graphene into manufacturable systems for semiconductor thermal/electrical management, hydrogen catalysis, and field-ready diagnostics. Focuses on materials engineering, process development, device integration, and partner-driven pilots with an emphasis on reproducible, scalable methods.
Industries
Nr. of Employees
small (1-50)
nanoSkunkWorkx
Kuala Lumpur, Kuala Lumpur, Malaysia, Asia
Products
Graphene-on-silicon wafers (device-ready conductive films)
Wafers integrating graphene-based conductive films to improve thermal dissipation and electrical performance for semiconductor devices.
Graphene-based catalyst structures for hydrogen production
Catalyst materials and structures designed to replace precious metal catalysts in hydrogen systems with improved yield and durability at lower cost.
Low-power, lab-free biosensor devices
Sensor devices designed to deliver PCR-grade sensitivity in field-ready form factors with low power requirements and real-time feedback.
Prototype saliva-based rapid diagnostic assays
Prototype rapid diagnostic assays using saliva as the sample matrix, developed with nanotechnology-enabled detection methods.
Graphene-on-silicon wafers (device-ready conductive films)
Wafers integrating graphene-based conductive films to improve thermal dissipation and electrical performance for semiconductor devices.
Graphene-based catalyst structures for hydrogen production
Catalyst materials and structures designed to replace precious metal catalysts in hydrogen systems with improved yield and durability at lower cost.
Low-power, lab-free biosensor devices
Sensor devices designed to deliver PCR-grade sensitivity in field-ready form factors with low power requirements and real-time feedback.
Prototype saliva-based rapid diagnostic assays
Prototype rapid diagnostic assays using saliva as the sample matrix, developed with nanotechnology-enabled detection methods.
Services
Partner-driven R&D and integration
Collaborative development projects with industry and research partners to integrate graphene-enabled materials into systems and conduct pilots.
Partner-driven R&D and integration
Collaborative development projects with industry and research partners to integrate graphene-enabled materials into systems and conduct pilots.
Expertise Areas
- Graphene-enabled device integration
- Biosensor development and field diagnostics
- Hydrogen catalysis and energy materials
- Semiconductor BEOL conductive film engineering
Key Technologies
- Graphene conductive films
- Electrodeposition of conductive thin films
- Graphene-on-silicon wafer integration
- Graphene-based catalyst structures