FLSUN Slicer 2.0.0

Version Release Notes: FlsunSlicer 2.0 has been optimized and upgraded based on the powerful OrcaSlicer, fully leveraging OrcaSlicer's strengths in slicing algorithms, model processing, and making deep optimizations in key areas according to the target user needs and device characteristics. Meanwhile, FlsunSlicer 2.0 has improved the original algorithms to achieve high-speed, high-quality printing. By combining device characteristics for firmware upgrades, it fully unleashes the hardware's outstanding performance and potential, aiming to provide users with a superior user experience.

Note: This update does not support upgrading from version 1.1.5. Please download version 2.0 from the FLSUN official website. Users can install and use both versions at the same time. (Before installing on the Mac system, please modify the desktop icon name of version 1.1.5 to avoid overwriting the old version). Optimizations:

1. Optimize the "waveform grid" infill path to improve the overall printing speed. You can experience it by selecting the "sparse infill pattern" option.

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1. Optimize the "Simple Cross Hatch" infill path to improve model printing quality. You can experience it by selecting the "sparse infill pattern" option.

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1. For the FLSUN S1 model, an automatic cooling function has been added (automatic cooling when the model projection area is less than 10% of the heated bed area) to effectively reduce salmon skin phenomena. This feature takes effect after manually selecting "temperature justment".

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1. Optimize and adjust the “Z hop threshold” to effectively control some filament stringing issues.

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1. Add maximum build volume limit function for FLSUN S1 and T1 models. Slicing is not supported (the slice button is disabled) when the model build volume exceeds the maximum build volume limit set on the machine, ensuring that large models can be printed successfully.

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1. Add the AB zoned heating algorithm for the FLSUN S1 model, enabling automatic activation of inner or outer ring heating during the printing process.

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