Stringing is a common problem in 3D printing, manifesting as fine, thread-like residue between parts of the model, affecting the appearance quality. Its occurrence is usually related to printing parameters and material properties. 1. Overheating: Excessive nozzle temperature increases material flow, making it easier for fine filaments to be drawn out during nozzle movement, resulting […]

Paper humidity is a crucial factor affecting print quality. Both excessively high and low humidity levels can impact print quality and equipment operation. 1. High Humidity: Causes Deformation and Paper Jams When paper absorbs too much moisture, it can bend, wrinkle, or stick together, leading to feeding difficulties and even paper jams. Additionally, overly wet […]

Using or storing toner cartridges in high-temperature environments can significantly impact their performance, consequently affecting print quality and equipment stability. 1. Changes in toner flowability: High temperatures can cause toner to become looser or even clump, affecting its uniform distribution on the magnetic roller and leading to issues like graying, uneven printing density, or poor […]

The surface treatment of printing paper directly affects the ink absorption speed, diffusion rate, and final print quality. Different types of paper exhibit significant differences in performance. 1. Smoother Surface, Less Ink Diffusion Coated paper (such as photo paper or inkjet paper) has a smoother surface and an ink-absorbing layer, effectively controlling ink diffusion and […]