The ultimate DIY guide to creating your own 3D printed DM screen
Every Dungeon Master knows the power of a good DM screen. More than just a barrier, it’s your command center, note library, initiative tracker, spell reference, and canvas for setting the mood. While countless commercial versions exist, designing and making your Your own 3D printed DM screen Providing unparalleled customization and satisfaction. This guide will walk you through every step from conceptualization to perfecting your masterpiece.
Why 3D print DM screens?
Commercial screens often stick to generic designs or expensive prefabricated panels. 3D printing enables you to:
- Personalization: Adjust size to fit your exact desk space and binder insert.
- Optimization features: Integrated slots for dice tower, pen holder, tablet holder or USB powered LED lighting.
- Reflect your activity: Decorate the panels with themed designs relevant to your world (er, dragons, ancient ruins).
- Enhanced durability: Choose materials that are strong and durable, over flimsy cardstock or thin plastic.
- Cost effectiveness: Print iteratively to refine the design on a small subset of high-end purchase screens.
Designing your masterpiece: key considerations
Before slicing and printing:
- Panel configuration and dimensions: How many panels are there? Common layouts: 4-panel (straight) or 5-panel (tilt center) for improved visibility. Measure your binder insert or note size. It’s highly dependent on preference – completely shield the reels or provide peek-a-boo immersion.
- Structural integrity: Add ribs or thicker borders, especially at hinge points. If the panel is large, add diagonal supports. Avoid spans that are too small.
- Hinge: Make or break! Design sturdy integrated hinges or separate pin hinge assemblies. Allow adequate clearance based on filament tolerances.
- Function module: Integrates the following features:
- Dice Tray/Tower Clip Slot.
- Magnetic clips for holding paper in place.
- Slide active tracker’s channel.
- Socket mounting for LED light strips or mini speakers.
- Terraced base ensures stability.
- aesthetics: Use relief carved textured panels (wood grain, stone), lattice cutouts for weight/visibility or branding graphics.
Material selection: matched to the function of the filament
- People’s Liberation Army: Ideal starting point. Printing is easy, the color range is wide, and the price is affordable. Best suited for decorative screens without heavy pressure or heat exposure. GreatLight Notes: Beautifully printed with minimal post-warping processing.
- PETG/PET: Highly durable option. Excellent layer adhesion, higher impact/temperature resistance compared to PLA. Great for hinges/structural components. Precise temperature control is required.
- ABS/ASA: For ultimate ruggedness and heat resistance. An acetone steam bath produces a smoother glossy surface, but the print setup is more complicated.
- Composite materials (wood, stone): Excellent theme style aesthetic; handle with care as they are brittle around the hinges.
Considering metal? Mythical rigidity quickly achieved
Sometimes fantasy requires reinforcement beyond the limitations of polymers. For DMs seeking a screen worthy of a king’s treasury, choose strategically mastered metals:
- Aluminum alloy: Durable and much lighter than steel.
- Stainless steel: Optimal corrosion resistance and strength.
- titanium: The lightweight championship is coveted due to its superior weight-carrying ability.
Printing requires expertise – Achieving precise thin-walled parts requires professional-grade SLM/DMLS machines. This is what makes clothing unique, e.g. huge light Outstanding. Utilizing a cutting-edge SLM system ensures superior material purity, eliminates porosity issues, and ensures precise geometries are quickly achieved, while polishing/anodizing-assisted finishing enhances aesthetics and occasionally increases throughput.
Print Screen: Setup and Techniques
Voltherm technology
Successful printing requires optimization:
- direction: Lay the panel flat. Avoid using supports where possible and maintain internal flatness to allow smooth insertion of the blade.
- support: Limited soluble supports proved beneficial in accommodating clearer complex carvings.
- Floor height: Balance detail/time wisely with layer resolutions typically spanning ≈0.15mm – 0.25mm.
- filling: Strategically control infill density, prioritizing strong hinge/core joints, retaining minimal internal infill within the larger panel surface, and reasonably maintaining quality.
- Cooling settings: Maximum cooling setting is required to avoid PLA/PETG deformation and ensure clearer angles.
Is the printing sufficient? Enter the enhancement program.
Post-processing: from functional print to finished product
Improve functionality and aesthetics in turn:
- Cleaning and removing supports: Trim carefully and gradually sand the gate traces with progressively aggressive sanding for optimal preparation for bonding.
- smooth: Apply сков Solution Primer to speed up painting preparation, or ensure an elegant shine with ABS Acetone Vapor Technology.
- Painting and Decoration: Thoroughly primed parts are brushed with acrylic paint and detailed to emphasize an impressive coat of sealant for long life.
- Assembly integrity testing: connecting hinge
