Rapid prototyping typically elevates 3D quality expectations by merging faster production with higher demands for precision and detail.
It narrows the perceived trade-off between speed and iteration, making users expect both quick turnaround and refined 3D outputs (e.g., smoother surfaces, tighter tolerances).
Additionally, it sets higher benchmarks—users now associate rapid prototyping with consistent layer accuracy and material reliability, raising the bar for what’s considered "high quality."
To meet these expectations, focusing on process optimization (e.g., calibration, material selection) ensures rapid prototyping delivers both speed and quality.