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I tried various RenderingOptions but none seem to work. …

Go into the option inspector, and try the different settings for Graphics Options > RenderingOptions > "Graphics3DRenderingEngine and see if that has any effect. … option can be set on a per-graphic basis, say by using Style: AbsoluteTiming[ Rasterize[ Style[Graphics3D[{Opacity[0.1], Sphere[{0, 0, 0}, #] & /@ Range[20]}, ImageSize -> 200], RenderingOptions …

I believe the following should work: SetOptions[$FrontEnd, RenderingOptions -> {"HardwareAntialiasingQuality" -> 1}] for a permanent global setting, SetOptions[$FrontEndSession, RenderingOptions -> … {"HardwareAntialiasingQuality" -> 1}] for a temporary (session duration) global setting, and SetOptions[EvaluationNotebook[], RenderingOptions -> {"HardwareAntialiasingQuality" -> 1}] in each notebook …

We can set this option using the "3DRenderingEngine" option to RenderingOptions. … I just set SetOptions[$FrontEnd, RenderingOptions -> { "RenderingEngine" -> "OpenGL" } ]; so that I don't need to deal with this again until I update Mathematica …

You may use the RenderingOptions option of Style. The computer used for the images below does not have a dedicated graphics card but the differences are still noticeable. … Style[ Graphics3D[Sphere[], ViewPoint -> Front], RenderingOptions -> { "3DRenderingEngine" -> "Direct3D", "HardwareAntialiasingQuality" -> 1} ] Hope this helps. …

The first trick in the book is to change the "3DRenderingMethod" in RenderingOptions to one of the more accurate methods, such as "BSPTree": Style[Graphics3D[...], RenderingOptions -> {"3DRenderingMethod …

Style[Graphics3D[Sphere[]], RenderingOptions -> {"3DRenderingEngine" -> #}]&/@{"Metal","OpenGL","Mesa"} You can set the option once for all plots like this: SetOptions[$FrontEnd, RenderingOptions -> …

You can use Style option RenderingOptions to directly control the anti-aliasing settings. … Style[ Graphics[{{Opacity[0.05], RGBColor[0.1, 0, 0], Disk[]}, {Circle[], Line[CirclePoints[5]]}}] , RenderingOptions -> {"HardwareAntialiasingQuality" -> 1.} ] If you have a dedicated GPU that …

They suggest two options: Style[Show[a1, t0, t1, t2, t3, t4], RenderingOptions -> {"DepthPeelingLayers" -> 12}] Style[Show[a1, t0, t1, t2, t3, t4], RenderingOptions -> {"3DRenderingMethod" -> "BSPTree …

In this particular case the syntax is CurrentValue[$FrontEnd, {RenderingOptions, "HardwareAntialiasingQuality"}] = 1.0 CurrentValue is easier to use than SetOptions in the situation when a single option … (This is not the case with RenderingOptions, but it is with others, e.g. "PalettesMenuSettings" or TaggingRules, which can have completely arbitrary sub options.) …

See RenderingOptions: { thickness = 2.5; plot = ParametricPlot3D[{Sin[u], Cos[u], u/10}, {u, 0, 20}, PlotStyle -> AbsoluteThickness[thickness], ImageSize -> 300]; Style[plot, RenderingOptions … -> {"3DRenderingEngine" -> "Mesa"}], thickness = 3.; plot = ParametricPlot3D[{Sin[u], Cos[u], u/10}, {u, 0, 20}, PlotStyle -> AbsoluteThickness[thickness], ImageSize -> 300]; Style[plot, RenderingOptions …

Obviously, the RenderingOptions setting for the FrontEnd is not the issue, see this possibly related post. The problem is as least as old as 10.4 and still persists in 11.3 (all under Win7). …

is relatively responsible (comparing to the Image3D): SeedRandom[10] i3d = 1/4 RandomReal[1, {5, 5, 5}] // Image3D Style[Show[{i3d, Graphics3D[{FaceForm[Opacity[.6]], Cuboid[{3, 3, 3}]}]}], RenderingOptions … -> {"Graphics3DRenderingEngine" -> "BSPTree"}] The option RenderingOptions -> {"Graphics3DRenderingEngine" -> "Software"} produces the same but seems to be even slower. …

This is really just a nice interface for the RenderingOptions->{"HardwareAntialiasingQuality"} option, which is documented here, although the documentation does not clearly state that this option can only …

An alternative Graphics3D[{...}, BaseStyle -> RenderingOptions -> {"3DRenderingMethod" -> "BSPTree"}] It also works for this blank=ConstantArray[0,{10,10}]; block=ConstantArray[1,{10,10}]; ArrayPlot3D … [{block,blank,blank,block,blank,blank,block,blank,blank,block}, MeshStyle->Directive[AbsoluteThickness[2.5],Black],ImageSize->1200, BaseStyle->RenderingOptions->{"3DRenderingMethod"->"BSPTree"}] …