Material Insights & Technical Guides

When standard filaments melt or shatter under pressure, engineers turn to Polycarbonate (PC). Watch our real-world stress tests and dive into the raw technical data to see why Inslogic PC is the ul...

Inslogic is heading to three major additive manufacturing trade shows this August and September! Visit our booths in Brazil, Shenzhen, and Istanbul to explore our high-performance materials, join o...

Saggy bridges and torn Woodfill PLA bottom layers can turn a great model into scrap. In Inslogic Lab Notes Vol. 4, we isolate two key slicing adjustments and a four-step material care routine to en...

Tired of rigid plastic 3D prints that snap under pressure? It’s time to meet TPU—the most innovative, rubber-like material for real-world usability. Explore how Inslogic TPU 90A and TPU 95A can hel...

Looking for end-use mechanical components that won't snap under stress? Discover the raw engineering data behind Inslogic PA12-CF Carbon Fiber Nylon. Learn how this ultra-lightweight material achie...

Choosing the wrong nylon can cause mid-print warping or mechanical failure under load. In Vol. 3 of Inslogic Lab Notes, we benchmark PA6/66, PA6-CF, and PA6-GF across three critical engineering met...

Static colors are no longer enough. In our latest feature, "Printing Obsessions," we explore how Inslogic NebuLux PLA uses dynamic color-shift technology and stardust-like particles to transform te...

Tired of weak glows and fast-fading prints? In this guide, we reveal the results of our 3-minute charging experiment to identify the best light source for maximum GITD performance. From material sc...

Struggling with warped edges or messy PETG prints? In this second volume of Inslogic Lab Notes, learn the pro logic behind 3 essential fixes that will immediately improve your print success rate.