SUNLU PETG has gained significant popularity thanks to its unbeatable balance of beginner-friendly printing characteristics and practical everyday utility. It offers excellent bed adhesion with almost no warping, consistent extrusion even at high speeds, and very low odor emission – making it significantly easier to work with than ABS, while simultaneously offering higher strength, heat resistance up to about 80 °C, and greater impact resistance than PLA. Makers particularly value it for functional prints such as mechanical brackets, outdoor enclosures, phone mounts, and tool holders that can actually withstand daily use without cracking or deforming.
Product Knowledge
Introducing SUNLU PLA Galaxy: Elevate your 3D prints with stellar...
In the world of 3D printing, SUNLU PLA Galaxy filament stands out for its fascinating, Milky Way-inspired color shifts and reliable performance. This aesthetic filament contains ultra-fine pearlescent powder that sparkles dynamically in the light. Perfectly suited for ornaments, jewelry, cosplay, and much more, it offers smooth extrusion, minimal layer lines, and premium durability. New colors like Galaxy Green, Stardust Purple, and Star Brown expand your creative possibilities – dive into the world of cosmic printing now!
Why SUNLU PLA+2.0 is the most popular filament in SUNLU's...
Are you tired of brittle PLA breaking during everyday use? SUNLU PLA+ 2.0 has become the absolute favorite of the entire SUNLU PLA series because it offers you the effortless plug-and-play printing experience of standard PLA—without the brittleness. With ten times the strength of basic PLA, excellent layer adhesion, and clean high-speed results, it produces beautiful models that you can actually use in everyday life. No enclosure required, no clogs, no drama—just reliable, professional prints every time.
Is PLA strong enough? Real-world strength tests for 3D printing
Is PLA strong enough for functional 3D printed parts? In this article, we analyze real-world strength tests of PLA, compare it to other filaments, and show which applications PLA is actually suitable for – including recommendations for SUNLU PLA and PLA+.
3D printing in technological development
The 3D printing industry is seeing strong growth. In the first half of 2024, equipment production increased by 51.6% compared to the previous year. This technology is revolutionizing industries such as aerospace, medical technology, and the automotive industry, as it enables rapid prototyping, customization, and efficient small-batch production.
For instance, companies are using 3D printing for the manufacturing of rocket engine components, customized medical implants, and lightweight vehicle parts. Forecasts suggest that the market will reach a volume of over 63 billion RMB by 2025, which will see 3D printing play a central role in intelligent manufacturing and sustainable production.
Despite existing challenges—such as limited material variety and the need for unified industry standards—continuous technological advancements are paving the way for wider adoption and further innovation in the field of additive manufacturing.
Breakthroughs in 3D printing for the medical field: From prosthetics...
This comprehensive guide explores the transformative impact of 3D printing in modern medicine. Learn how this technology enables personalized healthcare solutions, from affordable custom prosthetics to precise models for surgical planning. Discover how 3D-printed implants improve patient outcomes, how dental applications are revolutionizing care, and how pharmaceutical 3D printing enables personalized drug delivery. The article also delves into the groundbreaking field of bioprinting, where researchers are working to print functional human tissues and organs. With practical implementation pathways for medical facilities and an analysis of current challenges, this guide provides a complete overview of how 3D printing is changing healthcare and patient treatment worldwide.
