June 2025

fuse 1

Formlabs Fuse 1+30W Materials: Best Options for Quality 3D Printing

The Formlabs Fuse 1+30W delivers industrial-grade SLS printing without industrial complexity or cost. Your parts emerge in as little as seven hours, and most jobs are completed within 14 hours. The system combines a powerful 30-watt laser with automated workflows from setup to finished parts, supporting proprietary powders and open

Formlabs Fuse 1+30W Materials: Best Options for Quality 3D Printing Read More »

fuse 1+ 30w

Formlabs Fuse 1+30W Print Speed: Boosting Your 3D Printing Efficiency

The Formlabs Fuse 1+30W delivers significant speed improvements for selective laser sintering technology. Recent software updates make printing 25% faster than previous versions and three times faster than the original Fuse 1 models. Your typical builds finish in seven hours, with 95% of fully packed Nylon 12 powder jobs completing

Formlabs Fuse 1+30W Print Speed: Boosting Your 3D Printing Efficiency Read More »

Fuse 1+30W 3D Printer Calibration: How To Calibrate For Optimum Performance

Your Formlabs Fuse 1+30W SLS printer comes pre-calibrated from the factory and is ready to deliver industrial-grade results immediately upon setup. Formlabs performs rigorous calibration before shipping, ensuring excellent baseline performance for most applications. Advanced users requiring extreme dimensional accuracy can benefit from X/Y scaling adjustments. You can fine-tune your

Fuse 1+30W 3D Printer Calibration: How To Calibrate For Optimum Performance Read More »

PLA Filament

Troubleshooting PLA Filament Breakage: Causes & Solutions

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 »