Overcoming Large-Scale Printing Challenges:How the SL600 Boosted Business Performance
Challenges: Struggling with Large Part Printing
A prototyping company was struggling to keep up with its growing business demands. The company had taken on several projects from the automotive and electronics industries, which required the production of large, high-precision, and complex prototypes.
However, their existing 3D printing equipment had limited build volumes, making printing large parts in one piece difficult. This often led to segmented printing and noticeable flaws at the seams. The printing accuracy was also inconsistent, resulting in a high defect rate, material waste, and project delays — all of which severely impacted production efficiency.
One day, a client came across the specifications for the SL600 3D printer online. Its 600×600×400mm build volume offered a way to overcome the challenges of printing large parts.
SL600: A Breakthrough Solution
After further research, the client was even more impressed by the SL600’s key components. The AOC laser, combined with a German-made Scanlab galvanometer, ensures outstanding print quality. The Panasonic servo motor, Schneider electric components, and Philips UV protection lamp provide stable and reliable operation. The Taiwan HIWIN guide rail achieves an accuracy of 7μm, with platform positioning accuracy of ±8μm, liquid level positioning accuracy of ±0.03mm, and recoater platform accuracy of less than 0.02mm — ensuring that even the finest model details are reproduced with exceptional precision.
Moreover, the SL600 is equipped with an advanced in-house deep learning algorithm that optimizes the shortest laser path, increasing printing speed by 20% and significantly improving production efficiency.
