Create CAD file with quadrants and manufacture 2 mask that contain 4 layers on mask 1 and 4 layers… and 1 more item

Benchmark Technologies Inc has been awarded contract A207_PO-0423792-V3 by the University of Virginia on June 5, 2026, with a cumulative value of $2,096.87. The primary deliverable consists of the manufacture of two photolithographic masks based on supplied reference files (2026_SixPort_Mask and email documentation dated March 27, 2026). Each mask will contain four distinct layers and be fabricated from 4-inch by 4-inch by 0.090-inch quartz with chromium coating. The masks will be produced using Core Laser Writer technology at 50-nanometer resolution with wet etching lithography, and will be subject to manual microscope defect inspection with a tolerance of six defects per array at 3.0 micrometers or smaller. Critical dimension specifications are established at 2-micrometer size with a tolerance of ±0.10 micrometer, and registration specifications are set at ±0.50 nanometer based on Statistical Process Control methodology.

The contractor is obligated to deliver Graphic Data System (GDS) files for government review within one to two business days of mask completion, with physical mask shipment to occur within five business days or less following final GDS approval. The delivery point is to Brandon J. Reilly at the University of Virginia. The contract encompasses two line items: the manufacture of two masks at $985 each and associated shipping costs of $126.87, totaling $2,096.87. Performance is to be completed in Virginia, with no specific period of performance duration identified in the available contract documentation.