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Ideal for larger-format printers where easy release and low peeling force are paramount, ACF Advanced Release Film excels in producing high-quality, detailed models across various industries, including engineering, dental, and manufacturing. Whether youre creating intricate designs or large-scale prototypes, ACF provides the reliability and print quality needed to achieve consistent results.
The ACF Advanced Release Film is a next-generation elastic separation film engineered for bottom-up MSLA 3D printers. Made from a proprietary blend of FEP (Fluorinated Ethylene Propylene) and PTFE (Polytetrafluoroethylene), ACF provides exceptional release characteristics and superior durability, while maintaining excellent optical clarity to improve cure consistency.
Unlike standard separation films such asFEP or PFA, ACF issofter and more flexible, meaning it absorbs some of the mechanical forces involved in the peel process. This can lead to better print outcomes, particularly when printing large, flat objects or intricate parts where adhesion to the film can otherwise cause warping or delamination.
Because ACF is softer than traditional films,it is more susceptible to tearing or puncture if not used correctly. It isessentialto ensurethat the resin, printer, and film are allcorrectly calibratedbefore starting production runs.
Monocure3D willnot be held responsiblefor damage to printers, vats, LCDs, or any associated hardware due to:
UV resin is a light-sensitive materialand must be handled with care. MSLA printing requires experience and a thorough understanding of printer setup, exposure calibration, and environmental control (including temperature and ambient light safety). Print rooms should be light-safe, and all films, resins, and equipment should be used strictly as recommended.
ACF is particularly beneficial for large-format MSLA printers, wherelow peeling force is criticalto reduce print stress and prevent failure. This makes it the ideal film for professionals in:
Click below for full material specs, optical data, and durability performance.
Ideal for larger-format printers where easy release and low peeling force are paramount, ACF Advanced Release Film excels in producing high-quality, detailed models across various industries, including engineering, dental, and manufacturing. Whether youre creating intricate designs or large-scale prototypes, ACF provides the reliability and print quality needed to achieve consistent results.
The ACF Advanced Release Film is a next-generation elastic separation film engineered for bottom-up MSLA 3D printers. Made from a proprietary blend of FEP (Fluorinated Ethylene Propylene) and PTFE (Polytetrafluoroethylene), ACF provides exceptional release characteristics and superior durability, while maintaining excellent optical clarity to improve cure consistency.
Unlike standard separation films such asFEP or PFA, ACF issofter and more flexible, meaning it absorbs some of the mechanical forces involved in the peel process. This can lead to better print outcomes, particularly when printing large, flat objects or intricate parts where adhesion to the film can otherwise cause warping or delamination.
Because ACF is softer than traditional films,it is more susceptible to tearing or puncture if not used correctly. It isessentialto ensurethat the resin, printer, and film are allcorrectly calibratedbefore starting production runs.
Monocure3D willnot be held responsiblefor damage to printers, vats, LCDs, or any associated hardware due to:
UV resin is a light-sensitive materialand must be handled with care. MSLA printing requires experience and a thorough understanding of printer setup, exposure calibration, and environmental control (including temperature and ambient light safety). Print rooms should be light-safe, and all films, resins, and equipment should be used strictly as recommended.
ACF is particularly beneficial for large-format MSLA printers, wherelow peeling force is criticalto reduce print stress and prevent failure. This makes it the ideal film for professionals in:
Click below for full material specs, optical data, and durability performance.
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