The thinner the layer, the better the accuracy of Z-axis direction. The thicker the layer, the longer the exposure time for each
layer.
The length of normal exposure time depends on UV power, complexity of model, resin materials and so on.
Underexposure may cause uncured detail, overexposure may affect accuracy of model.
The UV light will be off for a certain time between each layer. The longer off time allows resin with poor fluidity to reflow.
The longer the bottom exposure time is, the easier the bottom layers of the model stick to platform.
The bottom layers need to be exposed for longer time to
stick model to platform tightly. The bottom layers may be larger than normal layers.
The model requires enough distance to be separated from the FEP film.
lf the lift speed is too fast, the model will be broken and supports may also be damaged due to the separation force.
lf the retract speed is too fast, the printing quality may be damaged
A higher grade of anti-alias value could enhance the ability to smooth the edges for each layer during printing, thereby resulting better surface of the printed objects.
A higher grade of anti-alias value also means longer slicing time and larger files.
Only when anti-alias value is 1 can you check this option to get a matte surface.
When anti-alias value is larger than 1, you can set the grades of gray level and image blur according to the requirement.
In most cases, resin sellers provide print parameters.
We are no exception, please click the model name to jump to the parameter list of the model page.
Please click the device model below the picture to jump to the detailed page.
¶ Anycubic Mono Series |
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Photon Mono X | Photon Mono X2 | Photon Mono 2 | Photon Mono X 6Ks |
¶ Anycubic Photon M3 Series |
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Photon M3 Plus | Photon M3 Max | Photon M3 Premium |