Metal vs Plastic 3D Printing: Key Differences
Compare metal vs plastic 3D printing by process, strength, heat resistance, workflow, and cost to choose the right additive manufacturing route.
3D Wiki — Page 4
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MSLA vs DLP: Which Resin 3D Tech Is Better?
MSLA vs DLP explained: compare resin 3D printer speed, detail, build area, and costs to choose the right vat photopolymerization tech.
Delta vs Cartesian: Which 3D Printer Kinematics Wins?
Delta vs cartesian 3D printer kinematics affect speed, accuracy, and build shape. See how motion systems compare in real use.
Resin Printing vs Filament Printing: Which Is Better?
Compare resin printing vs filament printing for detail, size, workflow, cost, and safety to choose the best 3D printing process.
PETG vs PLA: Which 3D Filament Is Better?
Compare PETG vs PLA for strength, printability, and heat resistance with real 3D printing data to choose the right filament.
FDM vs SLS: Which 3D Printing Method Wins?
FDM vs SLS explained: compare geometry, materials, strength, post-processing, and cost to choose the right 3D printing method.
SLA vs FDM Quality: Which 3D Print Wins?
Compare SLA vs FDM quality in surface finish, accuracy, strength, heat resistance, and workflow to choose the best 3D printing process.
PLA vs ABS: Which 3D Printing Filament Is Better?
Compare PLA vs ABS for 3D printing: printability, heat resistance, strength, and toughness to choose the right filament for your part.
G-code in 3D Printing: What It Is and How It Works
Learn what G-code is in 3D printing, how slicers create printer instructions, and why G-code differs from STL and 3MF files.
IGES File: What It Is and How It Works
Learn what an IGES file is, how the IGES CAD format works, what it carries, and why STEP is often better for product data exchange.
