A single broken plastic clip can take a machine out of service, and the frustrating part is how often the fix is held up by the part itself. The manufacturer has discontinued it, the lead time runs to weeks, or the price for a scrap of moulded plastic is out
Repair vs replace: when it’s worth 3D printing spare parts for ageing equipment Read More »
Anyone moving from printing models to printing parts that have to fit together runs into the same question. How close will the printed dimension be to the one you drew? That question is what 3D printing tolerances are about, and the honest answer is that it depends on the technology,
3D printing tolerances: what accuracy to expect from each technology Read More »
The Bambu Lab A2L addresses a specific gap that a lot of makers, small businesses and schools run into eventually: needing to print parts bigger than a standard desktop machine’s build plate allows. Whether that’s a large enclosure, a batch of identical parts in a single print, or simply oversized
Meet the Bambu Lab A2L: Large Bed 3D Printer Buying Guide Read More »
3D printing post processing gets far less attention than the printer itself, yet it’s often the difference between a part that looks and performs the way it should, and one that doesn’t. Plenty of people invest in a capable printer, dial in their settings, and still end up disappointed with
Why Post-Processing is the Missing Piece in Your 3D Printing Workflow Read More »
3D laser scanners take images of physical objects and turn them into digital models, which you can view and modify in CAD software before sending them to your 3D printer. You gain precise measurements, complex geometries, and detailed textures from real-world items without laborious manual drafting, measuring, and drawing. Scanning
Understanding 3D Laser Scanners: From Concept to Image Read More »
PLA is the most suitable material when you require strength, stiffness, and low costs, in builds that aren’t exposed to heat or sustained mechanical stress – think decorative models, prototypes, jigs, and educational projects. Another advantage to printing PLA is that it captures excellent detail and dimension accuracy, tolerances of
The Meaning of PLA: Understanding The Eco-Friendly 3D Printing Choice Read More »
PLA filament can break during storage or print, ruining your builds and significantly increasing production costs. You might notice sudden snaps midway through complex models or discover brittle spools that crumble when handled. Moisture, quality variations, mechanical stress and temperature fluctuations all contribute to filament failure. The good news is
Troubleshooting PLA Filament Breakage: Causes & Solutions Read More »
PETG combines strength, durability and ease of use for 3D printing projects. Glycol added to PET plastic modifies the material, improving its suitability for printing while keeping it accessible. You should consider it when looking for strong builds with fewer printing challenges. Top PETG products Check out these PETG formulations
What Is PETG? The Versatile 3D Printing Material Read More »
The FX20 transforms manufacturing floors with high-temp engineering materials reinforced with continuous fibre. Continuous fibre reinforcement builds stronger, stiffer, and more durable parts than filled and unfilled plastics by reinforcing a part’s perimeter, select features, or entire layers with carbon fibre. The FX20 also prints ULTEM™ 9085 – a high-strength,
Exploring the FX20’s versatility and applications across industries Read More »
Swapping filaments is a regular part of your 3D printing workflow that you must master for consistent, high-quality prints with your Bambu P1P printer. You’ll find yourself changing filaments when switching between materials like PLA, PETG HF, TPU HF, and PVA, each offering unique properties for different printing requirements. Whether
How to Swap Bambu Lab P1P Filament Read More »
