PLA vs rPETG: Functional & Display Parts Guide
PLA excels at display models; rPETG handles functional parts under heat and stress. Here's how to pick the right filament for your FDM project.
Read more →3D Printing Guides
Practical, well-sourced 3D-printing guides from Fast3DPrint — materials, design, troubleshooting and more.
First Layer 3D Printing: Step-by-Step Guide
Master bed leveling, Z-offset, and flow rate to nail the first layer every time — and stop failed prints before they start.
Read more →Print Supports: A Guide for Engineers
Support structures shape print success, cost, and finish quality. Here's what engineers need to know to master 3D print supports.
Read more →Printing Support Setup Full Steps for FDM
Master FDM printing support setup full steps: interface gap calibration, material pairing, and multi-material strategies for cleaner prints.
Read more →Wall Thickness for 3D Printing: Minimums & Maximums
Get wall thickness right the first time: minimum values by process, the wall count distinction, and practical design rules for stronger 3D-printed parts.
Read more →Printing Filament Types Explained: PLA to PEEK
From everyday PLA to high-performance PEEK, this guide explains the key 3D printing filament types so you can choose the right material every time.
Read more →Printing Filaments: Beyond PLA in FDM 3D Printing
From rPETG to recycled composites, advanced FDM printing filaments are redefining what desktop 3D printers can achieve beyond PLA.
Read more →Fabricate Plastic Parts: 3D Printing Options
Learn how to fabricate plastic parts with 3D printing — covering FDM, resin, and powder options, key materials like PLA, ABS, and PETG, and replacement part strategies.
Read more →Layer Adhesion in FDM Prints: PLA & rPETG Guide
Boost layer adhesion in FDM prints with PLA and rPETG. Key tip: reduce cooling fan speed to improve bonding strength, especially for PETG materials.
Read more →Preventing Warping: Better FDM Prints
A practical FDM guide to preventing warping by improving adhesion, matching surfaces, managing temperature, and using slicer tools.
Read more →Preventing Warping in FDM Prints: PLA/rPETG Guide
A practical PLA/rPETG FDM guide to preventing warping with bed adhesion, slicer settings, surface choice, and temperature control.
Read more →Preventing Warping in FDM Prints
A practical FDM guide to preventing warping in PLA and rPETG prints by improving adhesion, surfaces, slicer settings, and temperature control.
Read more →Preventing Warping in FDM Prints: PLA & rPETG Guide
Warping ruining your FDM prints? Learn the key causes and practical fixes for PLA and rPETG — from bed surface choice to slicer settings.
Read more →Medical silicone: Stratasys expands 3D printing
Stratasys expands 3D printing with J850 Core, cost-focused PA12, and P3 medical silicone for additive workflows.
Read more →Surface Finishing Cell From ABB Robotics
ABB Robotics launches a plug-and-play surface finishing cell built to automate sanding and polishing with a GoFa cobot.
Read more →Combustion Engine: The 3D-Printed Build Explained
A 3D printed combustion engine turns a meme into a real maker project with plastic parts, pumps, and hybrid hardware.
Read more →helping energy oems break casting delays
Large-scale metal AM is gaining attention as energy OEMs seek relief from forging and casting delays.
Read more →printing filament market: recyclable size signals
A clear look at recyclable printing filament market signals, report scopes, materials, recycling categories, and what to watch next.
Read more →Use Digital Manufacturing to Ship Robots Faster
How robotics teams can use digital manufacturing platforms to speed prototypes, validation, sourcing, and production.
Read more →Combustion Engine Printed in Plastic
A maker’s third-generation 3D printed combustion engine blends plastic parts, add-on hardware, and meme-era culture.
Read more →Optimizing PETG FDM Strength: Process Parameters Guide
New PETG FDM research highlights how process parameters, infill strategy, and mechanical targets shape stronger tensile and compressive outcomes.
Read more →Settings for Functional Strength in 3D Printing
Functional-strength 3D prints rely on smart infill and wall settings, with perimeter increases and infill tuning driving stronger, more efficient parts.
Read more →Did Industry Misjudge AM Value? AMGTA Bias Findings
AMGTA’s 2026 Vision Paper argues AM is often mispriced because companies use structural cost boundaries that exclude key risks in comparisons.[1][2]
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