3D Printing Troubleshooting Guides
107 practical, no-fluff guides to 3D printing problems, settings and printers — each with exact values to change and where to find them, written from the same knowledge base that powers our free diagnosis tool. Pick your printer below to see only what applies to you, or browse everything.
Showing all 107 guides.
Symptoms
41ABS / ASA
ABS and ASA Bridging and Overhangs
ABS and ASA must bridge with 80% overhang fan against a 10-60% body limit — a real conflict…
ABS / ASA
Getting a Perfect First Layer with ABS and ASA
ABS and ASA first layers live or die on heat soak: 90-100 °C beds given time to saturate, zero fan, brims…
PETG
Getting a Perfect First Layer with PETG
PETG first layers want heat, patience and a little distance: 70-80 °C beds, a hotter first-layer nozzle, slow speed…
PLA
Getting a Perfect First Layer with PLA
PLA first layers are the easiest to master and the best place to learn…
ABS / ASA
How to Fix ABS and ASA Layer Separation
Horizontal cracks in ABS and ASA prints mean shrinkage beat the layer weld…
ABS / ASA
How to Fix ABS and ASA Warping
ABS and ASA warp more than any mainstream filament. What actually works: 90-100 °C beds, near-zero cooling, chamber heat…
Bridging
How to Fix Bad Bridging
Sagging bridges: 20 mm/s bridge speed, overhang fan for engineering materials, reorientation.
Adhesion
How to Fix Bed Adhesion Problems
Prints that won't stick or pop off mid-print: plate washing, plate/material matching, bed temperatures.
Elephant foot
How to Fix Elephant Foot
Bulging bottom edges: compensation values, first-layer bed temperature and the CAD chamfer fix.
First layer
How to Fix First Layer Problems
Patchy or gappy first layers: plate prep, calibration, first-layer speed and temperatures.
Ghosting
How to Fix Ghosting and Ringing
Ripple echoes after sharp corners: vibration calibration, outer-wall speed, belt tension and frame stiffness.
Delamination
How to Fix Layer Separation
Cracks between layers: hotter nozzle, less fan, chamber heat — and when an open printer can't be saved.
Clogs
How to Fix Nozzle Clogs
Blocked nozzle or clicking extruder: cold pulls plus the five causes that make clogs come back.
Extrusion
How to Fix Over-Extrusion
Blobs, zits and bulging corners: flow ratio, filament diameter and the built-in calibration.
PETG
How to Fix PETG Elephant Foot
PETG's hot 70-80 °C bed keeps its base soft, so bottom edges bulge. Compensation values, bed-temperature trims and the chamfer trick, tuned for PETG.
PETG
How to Fix PETG Layer Adhesion Problems
PETG normally welds layers beautifully — when it doesn't, it's moisture or an over-aggressive fan…
PETG
How to Fix PETG Over-Extrusion
PETG's stock flow ratio is 0.95 for a reason. Why a PLA-cloned profile over-extrudes PETG by design…
PETG
How to Fix PETG Stringing
PETG is the stringiest of the common filaments. Fix it in the right order: dry the spool, come down from the hot end of PETG's range…
PETG
How to Fix PETG Under-Extrusion
Thin walls and gaps in PETG prints usually mean the print outruns PETG's 16 mm³/s melt limit — or the spool is wet…
PETG
How to Fix PETG Warping
PETG rarely warps — when it does, the bed is too cold, the fan too aggressive, or the plate greasy…
PLA
How to Fix PLA Over-Extrusion
Blobby corners, ridged top surfaces and fat dimensions in PLA come down to flow ratio and diameter…
PLA
How to Fix PLA Stringing
PLA should print almost string-free. If yours doesn't, the spool is old or damp, the nozzle is too hot…
PLA
How to Fix PLA Under-Extrusion
PLA under-extrusion on a modern printer points to heat creep, a partial clog or a volumetric limit set above what the hotend can melt…
PLA
How to Fix PLA Warping
PLA is the least warp-prone filament, so PLA warping points to something specific: a greasy plate, a draft, an aggressive side fan…
Stringing
How to Fix Stringing
Hairs and wisps between towers: drying, a 10 °C temperature drop, and direct-drive retraction done right.
ABS / ASA
How to Fix Stringing with ABS and ASA
ABS and ASA string when printed at the top of their 240-280 °C window or after absorbing moisture…
TPU
How to Fix TPU Stringing
TPU always strings a little, and more retraction makes it worse, not better…
TPU
How to Fix TPU Under-Extrusion
TPU under-extrudes when anything stretches it before the extruder: spool drag, AMS feed paths, too much speed…
Top surface
How to Fix Ugly Top Surfaces
Pillowing and pinholes on top: top shell layers, infill density and ironing.
Extrusion
How to Fix Under-Extrusion
Gaps and thin walls: max volumetric speed, temperature, generic-filament tuning and clog checks.
Warping
How to Fix Warping
Corners lifting off the plate? Plate temps per material, brim, the auxiliary-fan trick and chamber heat.
PETG
How to Fix a Rough PETG Surface
PETG should print glossy. Pits, fuzz and bubbles mean moisture; dull ripples mean speed or flow…
Surface quality
How to Fix a Rough Print Surface
Grainy, bubbly or rippled walls: moisture first, then outer-wall speed and flow calibration.
ABS / ASA
How to Get ABS and ASA to Stick to the Bed
ABS and ASA adhesion is a heat problem: 90-100 °C beds, zero early cooling, warm chamber air, and glue as insurance…
PETG
How to Get PETG to Stick to the Bed
PETG adhesion is all-or-nothing: it welds to hot clean PEI and slides off cold or greasy plates…
PLA
How to Get PLA to Stick to the Bed
PLA should stick to a clean PEI plate with zero help. If it doesn't: soap wash, 55-65 °C bed, slower first layer…
TPU
How to Get TPU to Stick (and Come Off Again)
TPU's adhesion problem is usually too much grip, not too little…
PETG
PETG Bridging and Overhangs: What to Expect
PETG bridges worse than PLA and that's physics: its fan is capped at 60%…
PLA
PLA Bridging and Overhangs: Getting Them Clean
PLA is the best bridging material — full fan at 100%, slow bridges, cool melt…
PLA
PLA Clogs in Enclosed Printers: Heat Creep Explained
PLA that jams 30-60 minutes into a print on an enclosed printer is heat creep: PLA softens at ~45 °C…
TPU
Why TPU Jams the Extruder (and How to Stop It)
TPU doesn't clog nozzles — it buckles in the extruder. The feed-path rules…
No guides match this filter in this section.
Materials
12ASA
ASA Complete Settings Guide
ASA prints almost like ABS but resists UV and outdoor weathering far better. Bambu's stock values, chamber requirements, and a five-brand cheat sheet.
Drying
Filament Drying Guide: Times and Temperatures by Brand
Times and temperatures for every material, plus official drying specs from 7 brands in one table.
ABS & ASA
How to Print ABS and ASA
Chamber temperatures per printer model, near-zero cooling, adhesion at 90–100 °C and honest advice for open printers.
TPU + AMS
How to Print TPU Through the AMS
Why only 68D “TPU for AMS” survives the feed path, its profile values, and the external-spool alternative.
PLA-AERO
Lightweight PLA (PLA Aero): Deliberate Under-Extrusion
Lightweight PLA prints normal-looking walls over almost no infill by cutting flow to 60%…
PA
Nylon (PA) Printing Guide: Drying-First
Nylon is the most moisture-sensitive common filament by a wide margin…
PETG
PETG Complete Settings Guide
Every PETG setting that matters: Bambu stock values, plate choice, stringing fixes and a brand cheat sheet.
PETG vs PLA
PETG vs PLA: Which to Choose?
Heat, toughness, sunlight and ease of printing — a five-minute decision guide grounded in the profile numbers.
PLA
PLA Complete Settings Guide
Stock temperatures, full-fan cooling, plate temps per plate, heat-creep warnings and a brand cheat sheet.
PVA
PVA Support Material Guide
PVA dissolves away in water, leaving no scarring on the part — the only truly clean support material…
PC
Polycarbonate (PC) Printing Guide
PC is the toughest common desktop filament and the least forgiving on temperature headroom…
TPU
TPU Printing Guide
Flexible filament without the jams: the five hard rules, stock settings and AMS warnings.
No guides match this filter in this section.
Printers & Brands
34Bambu Lab
Getting Great Prints on the Bambu Lab A1
The A1 is Bambu's open-frame bedslinger: no enclosure, no auxiliary fan, priced and positioned well below the X1C/P1S/X2D/H2D enclosed line. Its…
Bambu Lab
Getting Great Prints on the Bambu Lab A1 mini
The A1 mini is the smallest, most affordable Bambu machine: open-frame, no auxiliary fan, and a smaller build volume than every other model in this…
Bambu Lab
Getting Great Prints on the Bambu Lab H2D
The H2D is Bambu's large-format enclosed flagship, sharing the X2D's enclosure and auxiliary-fan hardware class at a bigger build volume. Tuning-wise…
Bambu Lab
Getting Great Prints on the Bambu Lab P1P
The P1P is Bambu's open-frame bedslinger sibling to the enclosed P1S — same core machine, no enclosure and no auxiliary fan. Its printing…
Bambu Lab
Getting Great Prints on the Bambu Lab P1S
The P1S is the enclosed, auxiliary-fan-equipped sibling of the P1P — effectively an X1C's chamber and cooling hardware without the LiDAR and…
Bambu Lab
Getting Great Prints on the Bambu Lab X1 Carbon
The X1 Carbon is Bambu's flagship enclosed CoreXY: full enclosure, auxiliary chamber fan, LiDAR-assisted first layer and AMS as standard. Most of its…
Bambu Lab
Getting Great Prints on the Bambu Lab X1E
The X1E is Bambu's engineering-focused enclosed machine, aimed at PA, PC and other high-temperature materials in workplace and lab settings. It…
Bambu Lab
Getting Great Prints on the Bambu Lab X2D
The X2D is Bambu's current flagship: fully enclosed, auxiliary chamber fan, and the fastest stock acceleration figures in the lineup. Every baseline…
Creality
Getting Great Prints on the Creality Ender-3 V3
The Ender-3 V3 keeps the open-frame bedslinger format that made the original Ender-3 famous, but adds an auxiliary cooling fan the classic Ender-3…
Creality
Getting Great Prints on the Creality K1 Max
The K1 Max is Creality's large-format entry in the enclosed, auxiliary-fan-equipped K-series — fast CoreXY printing with genuine chamber…
Creality
Getting Great Prints on the Creality K2 Plus
The K2 Plus sits at the top of Creality's enclosed CoreXY line: full enclosure, auxiliary fan, and the largest, fastest configuration Creality…
FLSun
Getting Great Prints on the FLSun V400
The V400 is FLSun's flagship open-frame delta — large build volume, delta speed, no enclosure and no auxiliary fan. Delta kinematics change…
Flashforge
Getting Great Prints on the Flashforge Adventurer 5M
The Adventurer 5M is Flashforge's open-frame entry machine — it does carry an auxiliary fan, but (unlike the 5M Pro) no enclosure, so don't let…
Prusa
Getting Great Prints on the Prusa MINI
The MINI is Prusa's smallest, most affordable machine: open-frame, no auxiliary fan, and a compact bed that keeps most prints modest in size —…
Prusa
Getting Great Prints on the Prusa MK4
The MK4 is the MK4S's direct predecessor: same open-frame, no-enclosure, no-auxiliary-fan design, without the newer input-shaper accelerometer built…
Prusa
Getting Great Prints on the Prusa MK4S
The MK4S is Prusa's current flagship bedslinger: open-frame, no auxiliary fan, but with the input-shaping-capable board and sensing (loadcell…
QIDI
Getting Great Prints on the QIDI Q1 Pro
The Q1 Pro is QIDI's widely-recommended enclosed entry point: full enclosure, auxiliary fan, and (per QIDI's own profile data) active…
RatRig
Getting Great Prints on the RatRig V-Core
V-Core 3 and V-Core 4, in every size RatRig sells, are open-frame Klipper CoreXY kits with panels sold as a separate accessory — this guide…
Sovol
Getting Great Prints on the Sovol SV06
The SV06 is Sovol's honest, budget open-frame bedslinger — no enclosure, no auxiliary fan, and the machine most SV08 and SV07 buyers cut their…
Sovol
Getting Great Prints on the Sovol SV07
The SV07 keeps the SV06's open-frame bedslinger layout but moves to a Klipper-based control board — the same thermal and cooling story as the…
Sovol
Getting Great Prints on the Sovol SV08
The SV08 is Sovol's Voron 2.4-inspired open-frame CoreXY, sold assembled at a fraction of a DIY Voron build's cost — independent reviews note…
Anycubic
Troubleshooting 3D Prints on Anycubic Printers
Anycubic's Kobra line is one of the best-selling budget bedslinger families on the market, and until recently every model in it was open-frame. The…
Artillery
Troubleshooting 3D Prints on Artillery Printers
Artillery's Sidewinder and Genius lines are straightforward budget bedslingers — every curated machine (Sidewinder X2, Sidewinder X4 Plus,…
Creality
Troubleshooting 3D Prints on Creality Printers
Creality spans the widest range of any brand we track: the ubiquitous open-frame Ender-3 family that introduced millions of people to 3D printing,…
Elegoo
Troubleshooting 3D Prints on Elegoo Printers
Elegoo built its FDM reputation on the budget Neptune bedslinger line before jumping into enclosed CoreXY with the Centauri and Centauri Carbon. The…
FLSun
Troubleshooting 3D Prints on FLSun Printers
FLSun is the dominant delta-printer brand, and its lineup splits cleanly: V400 and Super Racer are open-frame delta towers, while the T1 and S1 are…
Flashforge
Troubleshooting 3D Prints on Flashforge Printers
Flashforge's Adventurer 5M line splits down the middle: the base 5M and AD5X are open-frame entry machines, while the 5M Pro and Guider 4 add full…
Prusa
Troubleshooting 3D Prints on Prusa Printers
Prusa's open-hardware bedslingers (MK4/MK4S, MINI) built the reputation the brand still trades on: predictable, well-documented behaviour with very…
QIDI
Troubleshooting 3D Prints on QIDI Printers
QIDI builds nothing but enclosed machines — Q1 Pro, Q2, Plus4 and X-Max 4 all ship with a real chamber and active cooling control, aimed at the…
RatRig
Troubleshooting 3D Prints on RatRig Printers
RatRig's V-Core line is the leading DIY Klipper CoreXY kit after Voron, and every curated size — V-Core 3 and V-Core 4 in 300/400, plus the…
Snapmaker
Troubleshooting 3D Prints on Snapmaker Printers
Snapmaker's J1 (IDEX) and Artisan (3-in-1 laser/CNC/print) are both enclosed by design, and neither carries a separate auxiliary fan in the profile…
Sovol
Troubleshooting 3D Prints on Sovol Printers
Sovol's SV06 family are honest budget bedslingers; the SV08 is something else entirely — a Voron 2.4-inspired open CoreXY sold assembled at a…
TwoTrees
Troubleshooting 3D Prints on TwoTrees Printers
TwoTrees' SK1 is a budget open-frame CoreXY — CoreXY speed at bedslinger pricing, with the trade-off that TwoTrees ships filament profiles for…
Voron
Troubleshooting 3D Prints on Voron Printers
Voron is the DIY, fully open-source CoreXY family (0.1, 2.4, Trident, Switchwire) that a huge slice of the enthusiast community builds from a kit…
No guides match this filter in this section.
Settings & Calibration
12Setting
Acceleration and Input Shaping Explained
Why high acceleration causes ringing, Bambu's X2D acceleration ceiling, and how Klipper printers use input shaping to run fast without the ghosting.
Setting
Brim, Skirt and First-Layer Adhesion Aids Explained
Brim width and brim type, what a skirt actually verifies, and why Bambu Studio doesn't offer a raft the way Bowden-era slicers do…
Setting
Cooling Fan Settings: Part Fan, Auxiliary Fan and Overhang Fan
Three different fans do three different jobs. Bambu's per-material fan windows, what the auxiliary (chamber) fan is for…
Setting
Flow Ratio Calibration: Why and How
Flow ratio scales every extrusion move to correct for a filament's real volumetric behavior…
Setting
Infill Density and Pattern Settings Explained
Bambu's stock 15% infill, which pattern to pick for strength vs speed vs flexibility, and how infill density interacts with top-surface quality.
Setting
Line Width and Nozzle Size: How They Actually Interact
Line width isn't locked to nozzle diameter. Bambu's stock 0.4 mm nozzle values for line width…
Setting
Pressure Advance: What It Is and How to Tune It
Pressure advance compensates for melt pressure at corners and stops/starts…
Multi-color
How to Fix Color Bleeding in Multi-Color Prints
Old color tinting the new on AMS/MMU prints: flushing volumes per pair, purge more going dark→light, prime tower sizing.
Multi-color
How to Reduce AMS Purge Waste (Filament Poop)
Cut purge waste without color bleed: fewer color changes, a tuned flushing matrix, flushing into infill done safely.
Setting
Flushing Volumes in Bambu Studio & OrcaSlicer
The purge matrix and multiplier explained: real mm³ numbers per color pair and how to cut waste safely.
Setting
Retraction Settings: Length, Speed and Z-Hop Explained
What retraction length, speed and z-hop actually do, Bambu's stock direct-drive values per material…
Setting
Seam Position: Aligned, Nearest, Random and Rear
What each seam-position option does to visible quality and strength, and why Bambu Studio's own default (aligned) is a compromise…
Setting
Support Settings: Type, Density and Top Gap
Normal vs tree supports, top-gap tuning per material, and why PVA is the only truly clean support material in our knowledge base.
Setting
Temperature Tower: How to Find Your Filament's Real Sweet Spot
A temperature tower prints one model across a range of nozzle temperatures in a single job…
Setting
Wall and Print Speed Settings Explained
Outer wall, inner wall, top surface and travel speed all serve different jobs…
No guides match this filter in this section.
Workflow
3Build plates
Bambu Build Plate Guide
Cool, SuperTack, Engineering, High Temp or Textured PEI: which material goes where, exact temps, soap and glue.
Calibration
Custom Filament in Bambu Studio: Setup and Calibration
Create a custom filament in Filament Manager, copy temps from the spool, then Flow Rate and Flow Dynamics in the right order — every click.
Calibration
First Layer Calibration Guide
Reading squish by eye, auto leveling on Bambu, manual leveling and z-offset on Ender-class machines.
Slicer workflow
Import Your Fixed Preset
Step-by-step: load our fixed .json preset in OrcaSlicer or Bambu Studio, open a fixed .3mf, verify the values.
No guides match this filter in this section.
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