Articles
In-depth guides on materials, design, calibration and running a print business.
- PLA vs PETG: choose for the object, not the spool
- A first-layer checklist worth repeating
- Designing for layers changes everything
- How FDM 3D printing works: from filament to finished part
- How resin 3D printing works: a safe first orientation
- PLA filament guide: settings, strengths, limits, and practical uses
- PETG filament guide: reliable settings for strong everyday parts
- ABS and ASA for functional parts: when enclosed printing earns its place
- TPU and nylon guide: flexible and engineering-grade filament without guesswork
- How to dry and store filament: moisture control that prevents avoidable failures
- How to fix stringing in 3D prints: a measured retraction and temperature workflow
- How to fix warping: build surface, heat, geometry, and cooling decisions
- How to choose your first 3D printer without buying the wrong features
- How to fix under-extrusion: diagnose flow, filament, and nozzle restrictions
- How to fix layer shifts: belts, motion paths, current, and acceleration
- How to diagnose Z banding and repeating vertical artifacts
- How to clear and prevent clogged 3D printer nozzles
- FDM vs resin printing: choose the process for the object, finish, and workflow
- OrcaSlicer vs Cura: how to choose a slicer for your workflow
- 0.4 mm vs 0.6 mm nozzles: detail, speed, strength, and practical trade-offs
- Direct drive vs Bowden extruders: control, weight, and material behavior
- Design tolerances for FDM: clearances, fits, and a testing method that scales
- Part orientation for strength: use layers, walls, and force paths intentionally
- Heat-set inserts in 3D printed parts: geometry, temperature, and repeatable assembly
- What is 3D printing? A practical beginner’s guide
- Snap fits for 3D printing: design compliant joints that survive use
- Threads and screw holes for 3D printed parts: choose the right fastening strategy
- Starting a 3D printing business: validate demand before buying more machines
- How to price custom 3D prints: cost, risk, labour, and a defensible quote
- Running a small 3D print farm: capacity, maintenance, quality control, and records
- How to choose a 3D printer for your first useful projects
- 3D printer calibration: the order that saves time
- How to stop 3D print warping before it starts
- PETG stringing: what to check before changing every setting
- PLA, PETG, ABS, ASA, or TPU: choose by the job
- How to dry and store 3D printer filament
- Infill percentage explained: when more plastic is not stronger
- 3D printing wall thickness: the design rule behind stronger parts
- 3D print tolerances for parts that fit together
- Overhangs and supports: how to design for cleaner 3D prints
- How to split a large model for a smaller 3D printer
- 3D printer layer height: how to choose quality without wasting time
- How to improve 3D print surface finish before post-processing
- Sanding and painting 3D prints: a finish plan that holds up
- 3D print supports: settings to test for easier removal
- 3D printer retraction: a practical guide to clean travel moves
- How to calculate 3D printing cost for a custom project
- STL, 3MF, and OBJ: which 3D print file should you use?
- 3D print maintenance checklist: small habits, fewer failures
- How to design 3D printed threads, clips, and snap fits
- A pre-print checklist for fewer 3D printing failures