Practical guides, current settings and useful tools for better print results — from filament and OrcaSlicer to Klipper and 3D scanning.
Diagnose a print problem or calculate real print cost without spreadsheets or endless searching.
Choose the visible symptom, answer focused questions and get likely causes in a sensible checking order.
Analyze the problem →Calculate material, electricity, machine time, failure rate, labor and margin together.
Calculate print cost →
LayerCompass Practical GuideCarbon rods, linear rails, lead screws, belts, extruders, hotends, fans and nozzle wipers do not need the same maintenance. Our guide explains component-specific care and compares the guidance used by major manufacturers.
2026 Trend · ColorMix
ColorMix pushes FDM beyond conventional multicolor printing toward optically generated mixed colors. The in-depth guide covers layered mixing, CMYKW, virtual colors, gradients, Bambu Studio, Prusa ColorMix, OrcaSlicer-FullSpectrum and why toolchangers are especially interesting for this workflow.
No endless blog archive. LayerCompass points you directly to the right guide, tool or optimization step.
Understand fundamentals and avoid common beginner mistakes.
Flow, Pressure Advance, resonance and first layers.
Current OrcaSlicer workflows, configuration tips and practical macros.
Choose filament, calculate cost and understand flow limits.
Specialized tools complement diagnostics and cost calculation — with direct links to the matching guides.
Choose material by heat, UV, load, flexibility and printer hardware.
ProfileCheck line width, layer height and speed against your flow limit.
FlowCalculate mm³/s or the speed limit created by a known flow ceiling.
EfficiencyPrioritize the settings most likely to waste time or material.
Target size, percentage, 1:x model scale and maximum uniform size with axis orientation and safety margin in one calculator.
Open the 3D Scale & Fit Calculator →Jump directly to the areas most often needed when tuning a printer.
Recent practical guides for better prints, materials, slicer settings and printer technology.
View all guides →
Embed magnets in 3D prints: compare glue, press fit and mid-print insertion, test pocket fit and check polarity and temperature.
Scale, split and join oversized STL and 3D printing models correctly: cut placement, connectors, clearance, orientation and dry fitting for helmets, armor…
Support interfaces for ABS, ASA, PC and Nylon: breakaway and soluble materials, thermal compatibility, moisture, toolchangers and a practical engineering-material test workflow.
Text-to-3D, image-to-3D, printability, mesh quality and workflows — focused on what actually matters at the printer.
Explore AI & 3D Models →
From AI model to reliable print: manifold, wall thickness, scale, repair, remesh, part splitting, FDM/resin preparation and slicer checks.
Meshy 7, Tripo H3.1, Hi3D v3.0, Rodin, Hunyuan3D, TRELLIS.2 and Sloyd compared specifically for real 3D-printing workflows.
Text-to-3D, image-to-3D and AI 3D generators from a printing perspective: mesh quality, printability, wall thickness, scale, FDM/resin and real limitations.
Scanner choice, difficult surfaces, tracking, mesh cleanup and reverse engineering in a dedicated knowledge area.
View all 3D scanning guides →
3D scan to CAD done properly: why Mesh-to-Solid is not automatically clean CAD and how to reconstruct a scan into an editable…
When a scan can go straight to the slicer, what to check in the mesh and when CAD is the better route.
Rebuild a scan mesh as editable Fusion sketches and CAD features: units, references, sections and functional checks.
