3D Printers

eSUN PLA+ mechanical properties deliver impressive tensile strength and impact resistance that make it ideal for functional 3D printed parts beyond decorative models. With a 63 MPa tensile strength and…

PLA+ layer adhesion problems can turn hours of printing time into wasted filament and frustration. Unlike standard PLA, eSUN’s PLA+ formula improves toughness and layer adherence through modified polymer chemistry,…

Getting the right eSUN PLA+ print temperature settings is essential for producing strong, smooth parts without warping or layer adhesion problems. This guide covers the exact extruder and bed temperatures…

Getting your Mod3D live cell chamber bonded to a glass coverslip properly requires careful attention to the RTV silicone curing process—rush this step and your microscopy imaging will suffer from…

Curing Mod3D live cell chambers requires precise control over UV wavelength and exposure time to ensure complete biocompatibility and structural integrity. The difference between 405nm and 385nm UV curing directly…

Mod3D FDM print warping fix chamber holders requires precise temperature control and bed preparation—without these settings, your chamber holders will emerge from the printer with curled corners and unusable geometry….

eSUN PLA Basic requires pre-print drying at 50°C for a minimum of 8 hours to remove moisture absorbed during storage and shipping. Skipping this critical step directly degrades mechanical properties…

eSUN PLA Basic is designed for high-speed printing, and understanding the correct print speed settings will directly impact your part quality and print reliability. The maximum speed for this material…

eSUN PLA Basic warping and stringing are common problems when using the wrong temperature settings or improper drying, but both are completely preventable. This filament is engineered for ease of…