News

Wood PLA: How to Print, Sand and Stain It
Wood PLA contains real wood fibre, so it sands and stains like timber and changes tone with print temperature. Here is how to use both of those properties deliberately. Read more...
PVA Support Filament: Dissolvable Supports Explained
PVA dissolves in plain water, letting you print geometry that is impossible to support mechanically. It needs a second extruder and serious moisture discipline. Read more...
TPU 95A Print Settings: How to Print Flexible Filament
Flexible filament fails for mechanical reasons, not chemical ones. Slow down, shorten the filament path, and TPU becomes straightforward. Read more...
Polycarbonate (PC+) Printing: Heat and Impact Resistance
PC+ is among the strongest and most heat-resistant filaments you can print. It is also the most demanding. Here is what it takes, and when it is worth it. Read more...
PA6 Nylon Print Settings for Gears and Moving Parts
PA6 nylon is the material for parts that move, rub and take repeated impact. It is also the fussiest filament about moisture. Here is how to print it properly. Read more...
ASA Filament: The Right Choice for Outdoor Prints
ASA is ABS with proper UV resistance. If a printed part lives outdoors in Lebanese sun, it is the material that will not yellow, crack or crumble. Read more...
PETG Carbon Fiber: When Stiffness Matters More Than Strength
Carbon fibre PETG warps less than plain PETG, strings less, and holds tolerances better. Here is where it beats both PETG and PLA CF. Read more...
PETG Print Settings: Strong Parts Without an Enclosure
PETG is the best all-round functional filament for printers without an enclosure. Here are the settings that fix stringing, and where PETG genuinely beats PLA. Read more...
PLA Carbon Fiber: Stiffer Prints Without the Hassle
Carbon fibre PLA gives you stiffness and dimensional stability at standard PLA temperatures. Here is what it is genuinely better at, and the one piece of hardware it requires. Read more...
Glow in the Dark PLA: How to Get a Brighter Glow
Glow-in-the-dark PLA disappoints most people because of one slicer setting. Wall thickness, not filament quality, is what determines how brightly a print glows. Read more...
Marble PLA: Stone-Effect Prints Without Painting
Marble PLA prints a speckled stone finish straight off the bed. One slicer setting makes the difference between convincing stone and plain grey plastic. Read more...
Matte PLA: The Easiest Way to Hide Layer Lines
Matte PLA hides layer lines without sanding, priming or painting. It prints exactly like standard PLA, which makes it the lowest-effort finish upgrade available. Read more...
Silk PLA: How to Get the Glossiest Possible Prints
Silk PLA already looks premium, but slicer settings decide whether it comes out mirror-bright or dull and streaky. Here is what actually controls the sheen. Read more...
PLA+ Enhanced Print Settings and When to Use It
PLA+ gives you stronger parts and faster prints without leaving the comfort of standard PLA. Here are the settings that work, and the jobs it is actually best at. Read more...
Choosing the right filament for functional parts
Decorative prints are forgiving. Functional parts — ones that bear load, take heat, or live outdoors — aren't. Here's how to pick. Needs to be toughPETG is the easy upgrade from PLA for everyday functional parts. For higher strength and wear resistance, step up to PA6 Nylon. Needs to take heatPC+ Polycarbonate handles temperatures well beyond PLA and PETG, making it ideal for parts near motors, engines, or sunlight. Needs to live outdoorsASA resists UV and weather without yellowing — the go-to for outdoor fixtures and automotive parts. Needs to... Read more...
How to store 3D printing filament (and why it matters)
Filament absorbs moisture from the air — and wet filament prints badly: stringing, popping, weak layers, and rough surfaces. Good storage keeps every spool printing like new. The basics Keep spools sealed in a bag or airtight box with desiccant. Store in a cool, dry place — away from humidity. Reseal after every print session. The thirsty onesSome materials soak up water fast and need extra care: Nylon (PA6), PVA, and PC+. If they've been out a while, dry them before printing. Signs your filament is wetPopping or hissing sounds... Read more...
PLA vs PETG: which filament should you use?
PLA and PETG are the two most popular 3D printing filaments — and the two most common sources of confusion. Here's how to choose. Choose PLA when…You want the easiest, most reliable print. PLA prints cool, sticks well, and gives crisp detail — perfect for models, prototypes, and anything decorative. EmberForm PLA Enhanced adds extra strength and speed over standard PLA. Choose PETG when…The part needs to survive heat, impact, or the outdoors. PETG is tougher and more temperature-resistant than PLA, with good chemical resistance — great for functional parts,... Read more...
Carbon fiber PLA vs PA6 nylon filament comparison for functional prototypes
Carbon Fiber vs Nylon for Functional Prototypes
Trying to choose between carbon fiber filament and nylon for functional prototypes? This guide compares carbon fiber PLA and PA6 nylon across rigidity, flexibility, printability, durability, and cost so you... Read more...