UG CNC Machining Programming Five-Axis Programming Training: Basics of CNC programming, learning the process route and operation design of CNC machining, focusing on the development of CNC programs, numerical calculations in CNC programming, compensation concepts, and programming techniques. Additionally, explains the programming methods and examples for CNC milling and machining centers.
UG Modeling Training is a course designed for skills in 3D Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM).

UG training combines both online and offline methods to meet the diverse learning needs of students. Online courses offer flexibility and convenience, allowing students to learn anytime, anywhere, and engage in discussions with peers through online Q&A. Offline courses focus on practical exercises, with experienced instructors providing on-site guidance to ensure students master software operation skills proficiently.

UG software is renowned for its powerful modeling capabilities, flexible assembly design, and comprehensive simulation analysis functions. It supports the entire process from conceptual design to product manufacturing, enabling complex surface modeling, intelligent assembly of multiple components, and multidimensional simulation analysis such as kinematics and dynamics. For designers, mastering UG means being able to complete design tasks more efficiently, enhance design quality, and shorten the product development cycle.

UG Programming Training Course Content Includes: Explanation of common 4-5-axis curves, surfaces, and solids; curve-driven, streamline-driven, and surface-driven curve strategy explanation, non-cutting parameter explanation; tool axis control explanation; multi-axis roughing and rotating bottom surface roughing explanation; general motion and sequential milling as well as multi-axis deburring; enclosed impeller case study; impeller module and pipeline module explanation; 3+1 and 3+2 fixed-axis machining explanation; Hercules Cup case study; cam case study; roughing techniques for uneven depth slots; Baota Zhen He Yao case study; Helmet Goddess case; 4-axis/5-axis one-cut technique explanation.
Yan Engineer's Course:
One: UG mold design
Two: UG CNC Programming
III. MasterCAM CNC Programming
Four: UG 4-axis, 5-axis CNC programming