Welcome to our latest video. In this video, we will provide a detailed explanation of the entire process of using a top-down DLP printer in the medical industry to print double-helix DNA structures. We will comprehensively demonstrate each step including slicing, setup, printing, cleaning, and support removal, with a specific focus on the unique requirements of the medical field.

Throughout the video, you will learn how top-down DLP technology plays a crucial role in the medical sector, especially in printing intricate double-helix DNA structures. We will explain each key step:

Slicing: Demonstrating how professional software is used to slice the double-helix DNA structure in preparation for the 3D printing process.

Setup: Showing the process of uploading the sliced file to the bottom-up DLP printer and performing initial configurations.

Printing: Delving into how bottom-up DLP technology solidifies resin into precise double-helix DNA structures, including detailed insights into the printing process and parameters.

Cleaning: Demonstrating the steps involved in cleaning the resin post-printing to ensure the quality of the printed product.

Support Removal: Illustrating how to remove the support structures from the printed double-helix DNA structures to obtain the final product.

This video provides an in-depth look at the application of bottom-up DLP printing technology in the medical industry, specifically in printing double-helix DNA structures. Join us to learn more about the innovative use of 3D printing technology in the medical field! #3d #3dprinting #dlp3dprinter #3dprinter #3dprinterworld #medical

свернуть