3D-printed masks for electroplating in aerospace applications
Figure Engineering worked in collaboration with key players in the additive manufacturing industry, including specialty materials provider, Arkema, to develop a chemically resistant SLA resin specifically designed for 3D printing masks used in electroplating for aerospace applications.
Tough, chemically resistant SLA resin to 3D-print electroplating masks for aerospace applications
In the field of Maintenance, Repair, and Overhaul (MRO), electroplating is a critical process to ensure that aircraft and other machinery are maintained in optimal working condition, repaired when necessary and overhauled to extend their operational life. This process, utilized by the US Air Force, requires precise masking to protect certain areas from being plated. Traditional masking methods, including tapes, waxes, or lacquers, are labor-intensive, expensive, hazardous, and wasteful.
To address these challenges and bring a tailored solution to market, Figure Engineering worked in collaboration with key players in the additive manufacturing industry, including specialty materials provider, Arkema, to develop a chemically resistant SLA resin specifically designed for 3D printing of masks used in electroplating.
Case Study Summary
Objective: To address the challenges of traditional electroplating processes and bring a tailored solution to market.
Industry: Aerospace & Defense
Application: Electroplating masks
Technology: Stereolithography (SLA)
Material: Resist 3D SLA resin incorporating Arkema’s Sartomer® photocurable materials
Partner: Figure Engineering
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Arkema & Figure Engineering Case Study
