3D printing

Explore 3D printing for medical device manufacturing, general manufacturing, and healthcare industries. Learn more about clean-forward processing of 3D printed parts including sterile 3D printing, autoclavable 3D printing materials, soluble support materials, and more.

3D Printing Filament Storage: What Effect Does Moisture Have on 3D Printing Filament? (And how to fix it)

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Because some 3D printing filaments are hygroscopic, meaning that they absorb moisture from the air, prolonged exposure to even moderately humid room air causes moisture saturation. After 150 hours in standard conditions, PLA filament may swell up to 40 micrometers before reaching its saturation point. 3D printers rely on tight tolerances and extremely small layer heights. Before the print even gets underway, an increased filament diameter of even 20 – 40 microns, (roughly the width of a human hair) can derail a build before it ever begins.

How to Remove 3D Printing Support Material Faster and Improve Final Quality

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What’s the easiest and fastest way to clean 3D printed parts with soluble support materials or standard support materials like HIPA and PVA? Here’s how to clean the reaches of 3D printed parts including small geometries, internal cavities, and between build layers so that each part achieves the smoothest possible finish with the least risk of damage caused by handling, scrubbing, or brushing.

Sterile 3D Printing Materials and Outcomes for Medical Devices, Sterile Compounding, Aerospace and More

Is sterile 3D printing possible? Are 3D printed parts sterile? This comprehensive guide to 3D printing sterile parts provides materials that withstand various sterilization techniques such as autoclaving, heat, ETO, and gamma. Here’s how 3D printing will enhance medical tooling and device manufacturing.

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