A common issue encountered in resin-based 3D printing involves a failure of the printed object to adhere to the build platform. This manifests as an empty resin bed after the printing process, with no discernible structure formed. Several factors can contribute to this outcome, necessitating a systematic approach to diagnosis and resolution.
Addressing this absence of printed material is critical for efficient and cost-effective 3D printing. Print failures not only waste resin but also valuable time. Understanding the underlying causes allows for optimized printing parameters, ultimately leading to higher success rates and improved productivity. Early resin printing technologies suffered from this issue more frequently, prompting advancements in resin formulations, printer calibration methods, and build platform adhesion techniques.
