AMZ3D PLA 1.75mm 3D Printer Filament - 1kg (2.2 lbs) (Black)

Product Information

PLA Tough is comparable in strength to ABS (one of the strongest filament types), but is just as easy to print with as PLA. Ideal for industrial applications where a lot of force is applied to the printed object, such as tools or parts for your 3D printer. Because PLA and PLA+ are sourced from most of the same raw materials, what post-processing techniques you can use are all the same. The only minor difference is that PLA+ prints tend to be smoother from the get-go than PLA parts, so the sanding process might take less time.

This high-quality Ultrafuse Pro1 Tough PLA filament from BASF is a guarantee for even faster and more consistent 3D printing. The extra strong and versatile material is as strong as ABS (one of the strongest filament types). Yet you can print with it just as easily as the very user-friendly PLA. The Ultrafuse Pro1 Tough PLA is especially suitable for industrial applications where a lot of force is exerted on the printed objects, such as tools or parts for your 3D printer.Metal - Stainless steel, copper, brass, iron, and conductive metal powders can be added to PLA to create a filament that can be sanded and buffed to create prints that are extremely similar to metal in appearance and characteristics. Currently, there’s no research into whether PLA or PLA+ is more hygroscopic so there’s no clear winner in this category. However, even if there was an answer, the difference in hygroscopy between these two materials would be very small, so it doesn’t really matter.

But, PETG isn’t all perfect and this filament material is known to cause some printing issues, including over-adhesion to the build plate and stringing. As such, PLA+ is considered easier to work with than PETG, and a better choice for 3D printing novices. Of course, it’s worth noting that the typical print speed of PLA is 60 mm/s, so you probably won’t get up to 80 or 100 mm/s, but having the ability to do so when time is running out is always nice. Carbon Fiber - An extremely useful material, carbon fiber can be added to PLA to give it more resistance to impact and prolonged loads, making it much stronger than PLA on its own. Can PLA be recycled? However, if you’re printing any functional part and still want a very effortless printing experience, PLA+ is for you! This enhanced version of PLA boasts many improved mechanical properties, including higher thermal resistance, tensile strength, impact resistance, and dimensional accuracy. It even yields smoother prints! With this in mind, if you’re looking to print parts as fast as possible, go with traditional PLA over PLA+. Heat Resistance

But, if your 3D printer doesn’t have an enclosure, I strongly suggest avoiding ABS as printing in an open-air environment almost always yields low-quality or failed prints. PETG PLA is an environmentally friendly and recyclable high-quality plastic. With this material you can easily print objects in any shape, in detail. PLA filament is stronger and shinier than ABS and you do not need a heated bed for a high-quality result.

When it comes to determining a material’s heat resistance, the rule of thumb is to look at the suggested bed temperature, as this is the softening point (AKA glass transition temperature). PLA+ filament tends to offer more heat resistance than standard PLA, typically requiring slightly higher bed temperatures. The Ultrafuse Pro1 Tough PLA is especially suitable for industrial applications where a lot of force is exerted on the printed object. Think of printing tools or parts for your 3D printer. It’s important to note that different companies each have their own unique PLA+ formula with a distinct set of additives, meaning different PLA+ filaments will perform differently. For example, some PLA+ filaments might contain TPU to make prints more impact-resistant, while others might contain other additives that increase rigidity. PLA (Polylactic Acid) is a thermoplastic polymer made from renewable resources such as corn starch, sugarcane, or other starch-rich crops. It is commonly used as a 3D printing filament for a variety of reasons, including: PETG is my personal favorite alternative to PLA+, providing more strength while being much easier to print than ABS. Derived from the same material Tupperware containers are made out of, PETG boasts high UV and temperature resistance as well as incredible durability. Because of these properties, PETG is generally a better material option for printing functional and outdoor parts.But, regardless, I don’t recommend using PLA for any flexible prints, as it is nowhere near as flexible as TPU and Nylon. Environmental Friendliness Low heat resistance - prints and filament will warp and deteriorate in warmer temperatures, such as a hot car But, many other factors, such as build plate texture, bed leveling, and extruder calibration, play into the surface finish of a 3D print, so PLA+ prints might not always be glossier than PLA prints. For example, a simple printing issue like stringing can cause a PLA+ print to come out looking hideous! Dimensional Accuracy