Poor Layer Adhesion Problem: Weak layer adhesion results in layers separating or delaminating during or after printing. Solution: Increase the nozzle temperature to ensure better inter-layer bonding. Slowing down print speed can also improve layer adhesion. Make sure the cooling fan is not set too ...
Yes, excellent layer adhesion and less warping Speed Between 30 and 70 mm/s Around 60–100 mm/s Heat resistance Will not melt or stick to itself under 100°C and could warp or twist out of shape Can melt around 50°C to 80°C Chemical resistance Poor, can be damaged by acetone, som...
Strong layer to layer adhesion Low water absorption Recyclable Cons Not suitable for tiny parts Possibility of stringing Poor bridging characteristics Strong adhesion to the bed - be careful when you’re removing the print Cannot be acetone smoothed like ABS Supports are harder to remove Prone to ...
Basic info PETG is one of the most easily printable materials, it is inexpensive and suitable for beginners. Relatively high tenacity and temperature resistance make it suitable for printing technical parts (for example parts of our printers). Recommen
It's definitely not an adhesion problem. In all cases I've had no lifting whatsoever, and the phenomenon occurs over the whole layer. The images posted by the author of the bug report show the problem repeating on and off over the full height of some r...
?PET Single-layer/Multi-layer Sheet Extrusion Production Line Equipment PET片材广泛适用于化妆品、药品、烟酒等的外包装;一般商品的外包装以及文具、挂件、宣传广告、海报、各式卡片、吊卡等领域;电子托盘,育苗盘的吸塑托盘盒。 PET sheet is widely used in the outer packaging of cosmetics, medicines, tobacco...
Polyethylene terephthalate glycol (PETG) is a widely used 3D-printing filament known for its excellent printability and strong layer adhesion [26]. Its remarkable properties include high abrasion resistance and transparency, making it ideal for various applications in the biomedical field. These applicati...
Finally, the lower layer height for the PETG+KF composite, in relation to neat PETG, is explained by the fact that the printed layers with higher thickness overlap the previous ones already solidified and, in this case, good adhesion is not guaranteed between them. On the other hand, for ...
s mechanical properties are to each process parameter. The effect of each parameter on each material was quantified and ranked using analysis of variance (ANOVA). The results show that infill percentage then layer thickness are the most influential process parameter on most of the material’s ...