Pro PCTG Profile Now Available For Bambu Lab H2S + Other Bambu Profile Updates

Nearly all of our Pro PCTG filament profiles for Bambu Studio have been updated, plus we've added a profile for the H2S and 0.6mm and 0.8mm profiles for the H2D.

The notable changes to the Bambu Lab filament profiles include:

• Updated naming structure to enable integration with Helio Additive, a directly-integrated optimization tool that enables stronger parts, less warping, and faster prints powered by fast physics-based FEM simulation
• Updated cooling settings to improve overhang and bridging performance
• Updated cooling settings to improve surface finish consistency
• Updated Volumetric Max to improve consistency within prints when using Bambu Studio default Process profiles
• Updated print bed temps from 70C to 80C to improve bed adhesion consistency
• Updated z-hop from 0.4mm to 0.6mm to help reduce filament buildup on the nozzle

We've also added a Pro PCTG Process profile to improve print aesthetics, part strength, and to dramatically reduce nozzle buildup. We've started with a 0.2mm layer height on a 0.4mm nozzle. Differences from the default 0.2mm Standard Bambu Studio Process profile include:

• Acceleration - Default: 10,000 -> 2,000
• Acceleration - Outer Wall: 5,000 -> 2,000
  
• Acceleration - Top Surface: 2,000 -> 1,000
• Acceleration - Travel: 10,000 -> 5,000
• Speed - Outer Wall: 200 -> 100
• Speed - Top Surface: 200 -> 100
• Speed - Gap Infill: 250 -> 150
• Speed - Bridge: 50 -> 40
• Sparse Infill Pattern: Grid -> Cubic