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Post-Curing Temperature-Driven Optimization of Flexural Properties in SLA-Printed Photopolymer Resin Grades
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DOI：10.1016/j.jmrt.2026.06.163.png)
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Abstract
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• PCT and resin grade control SLA resin stiffness, strength, and energy absorption. • The 25-40 °C step gives the largest gain in flexural properties. • Stiffness and strength reach a saturation window above 70 °C. • White V4 becomes stronger but more brittle after post-curing. • Tough 2000 preserves ductility and doubles energy absorption at 80 °C.
Keywords:
SLA-printed photopolymers
Post-curing temperature
Flexural performance
Normalized amplification factors
Cure-state saturation window
Fracture-surface morphology
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