Introduction TPU is known for flexibility, durability, and impact resistance—but it’s also one of the most moisture-sensitive materials in 3D printing. Many users ask: If TPU is vacuum-sealed, do I still need to dry it? The short answer: Not always—but…
Easter is one of the most fun times of the year for 3D printing. Think about it—colorful eggs, cute bunnies, pretty decorations… it’s basically the perfect excuse to turn your printer into a mini creative factory. Whether you’re printing for…
What if your 3D prints didn’t just look good—but actually worked in real life? That was the core conversation at TCT Asia 2026. Over three days, iSANMATE connected with engineers, makers, and industry professionals from around the world. The focus…
If your TPU prints come out with tiny threads between parts, messy surfaces, and extra cleaning work, you’re not alone. Stringing is one of the most common and frustrating issues when printing with flexible TPU 3d printing filament. The good…
When choosing a 3D printing filament, one of the most common questions is: TPU vs PLA, which one is better? The short answer: it depends on what you’re printing. In this guide, we’ll break down the real differences between TPU…
Stop by Booth 8F103 (Hall 8.1) at TCT Asia 2026 (March 17–19). Experience our 3D printing filaments closely, and chat with our team about real-world applications. Here you can explore several new material developments, including Lightweight PLA, flexible TPU 85A,…
TPU filament has become one of the most important materials for functional 3D printing. While rigid materials like PLA and ABS are suitable for structural parts, many real-world applications require flexibility, impact absorption, and long-term durability. This is where TPU…
TPU (Thermoplastic Polyurethane) is one of the most popular flexible materials in 3D printing. It allows makers to create parts that are elastic, impact-resistant, and durable, such as phone cases, gaskets, wearables, and functional prototypes. However, TPU behaves very differently…
TPU filament is a flexible 3D printing material made from thermoplastic polyurethane (TPU). Known for its rubber-like elasticity, durability, and impact resistance, TPU filament allows 3D printed parts to bend, stretch, and absorb shock without breaking. Because of these properties,…
Flexible filaments are essential for 3D printing parts that need flexibility, durability, and shock absorption. However, not all flexible materials behave the same. Some materials compress easily but return little energy, while others can store and release energy like a…
