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Freestanding micrometer-scale Ag membranes were laser printed via the laser decal transfer process without the use of sacrificial layers. Cross-sectional focused ion beam milling revealed uniform membrane thickness. Material and structural properties, including Young's modulus E ≈ 40 GPa, residual stress σ0 ≈ 61 MPa, and yield stress σy ≈ 110 MPa, were extracted via a coupled nanoindentation/flnite-element simulation approach. Dynamic characterization of membranes via laser vibrometry confirmed resonant frequencies in the megahertz regime with quality factors comparable to fully dense structures fabricated via traditional lithography.