Inslogic PLA Pro (Polylactic Acid) filament is a top - pick for 3D printing. It's versatile, easy to use, and eco - friendly. Universally designed, it fits FDM 3D printers using 1.75 mm diameter filament (±0.02 mm precision). This biodegradable filament gives you an odor - free printing experience. With high tensile strength (53.4 MPa) and excellent impact strength (19.8 KJ/m²), it's as sturdy as ABS and meets most printing needs. It's fully optimized for high - speed printing up to 300 mm/s, great for fast printing and large - scale prototyping. It prints at lower melting temperatures and has low warping, so printing is a breeze. There are many colors to choose from for high - quality prints. It's neatly arranged and doesn't need a heated print bed, making it perfect for 3D printing beginners. It's also compatible with Bambu Lab AMS and A1 mini. Why choose it? It's user - friendly, with better layer adhesion, minimal warping, and printed parts are durable and impact - resistant. The various colors add to its charm. Features include easy printing, strength and durability, better layer adhesion, no need for a heated bed, biodegradability, and high - speed compatibility. Specifications include a length of 320 m, a net weight of 1 kg, etc. Printing settings are provided as a guide for optimal results, but each printer may need fine - tuning.
Using this Inslogic PLA Pro filament is easy. First, make sure to dry it at 50 °C for 4 hours. You can use nozzle sizes of 0.2, 0.4, or 0.6 mm. For printing speed, if you go at 50 - 100 mm/s, set the nozzle temperature between 195 - 205°C. If you're printing at 100 - 300 mm/s, set the nozzle temperature between 205 - 220°C. Keep the bed temperature at 50 - 60 °C and the cooling fan at 100%. You can use a Textured PEI Sheet or a Cool Plate as the bed type. Remember, the settings are just a guide, and you may need to adjust them according to your printer. When it comes to maintenance, store the filament in a dry place to prevent it from absorbing moisture. Also, note that material properties can change based on part shape, print direction, settings, and temperature. If you notice any issues during printing, like poor layer adhesion or warping, try tweaking the settings a bit.
