[Lecturer] Excellent Mold CNC Professional Lecturer

[Lecturer] Excellent mold CNC professional lecturer

For novices who want to learn software programming and CNC operations, a systematic and comprehensive course is often the key to success. The following content will introduce in detail a complete course system covering from software basics to turning and milling combined practice, so as to help you understand the learning points at each stage.

Preschool preparation and software introduction

Pre-school training will be held at the beginning of the course to clarify the learning direction and path. Later, the detailed basics of the X9 software will be introduced, guiding students to complete the installation operation, and explaining the differences between different versions. Document management is a key point. Students must know how to retain and use engineering files in an orderly manner to lay a solid foundation for subsequent learning.

Mastering this subject requires integrating theory and practice. Students should develop the habit of previewing before class and practicing after class, and use the software more hands-on. The first part of the drawing starts from the most basic point and line turning and milling combined processing training school . This is the foundation of all complex graphics and must be used skillfully.

Basic graphics drawing and editing

Drawing circles and arcs, and rounding corners for graphics are common operations. The method of drawing curves must be mastered, and the method of drawing rectangles must also be mastered. The chamfering function and text function are often used in engineering annotations. After these exercises, students can build up the ability to draw complete two-dimensional sketches step by step.

The behavior of broadening the definition domain of graphics covers the drawing of ellipses and polygons. The bounding box function is used to quickly view the boundaries of graphics. The key step in converting sketches into engineering drawings is dimensioning. Accurate and clear dimensioning is a factor that has a direct impact on subsequent processing.

Graphics trimming and conversion operations

Trimming tools that can be used to clean up and adjust graphics, such as trimming, extending, and interrupting turning and milling combined processing training schools . Connect and extend commands can perfect lines, and curve arcing is used to optimize curve shapes. These operations can significantly improve drawing efficiency and accuracy.

Transformation functions such as mirroring, rotation, and scaling are used to quickly copy and transform graphics. Projection, translation, and correction commands are extremely useful when dealing with complex compositions. Although the deletion operation is simple, you must use the [Lecturer] Excellent Mold CNC Professional Lecturer with caution to prevent accidental deletion of important pixels.

Layer management and view control

The layer function helps managers deal with complex graphic elements and simplifies the interface through layered display and hiding. By changing the colors and attributes, you can intuitively distinguish drawings of different natures, making the drawings easier to read.

The setting of composition plane and view plane is the key point to help transform from two-dimensional to three-dimensional thinking. Creating a user coordinate system allows users to construct a working plane at any point, which serves as a preparatory condition for drawing three-dimensional graphics. These are all basic skills for 3D modeling.

Two-dimensional drawing comprehensive example

Students will go through three two-dimensional drawing examples. These three examples are gradually in-depth. Students will comprehensively apply the content they have learned before. The first example may be a plan view of a simple mechanical part. The focus is on practicing drawing basic graphics and dimensioning.

The complexity of instance two will increase, and the complexity of instance three will also increase and introduce more trimming operations, and also introduce more transformation operations. Students need to use layer management flexibly, and students are ultimately required to complete the task of completing a complete engineering drawing containing a variety of graphics elements. This is an important step in testing the early learning results.

3D modeling and solid creation

To start 3D modeling, you need to create a surface. The 2D wireframe can be converted into a surface by means of lifting, rotating, sweeping, etc. To improve the appearance of the model, you need to use surface editing tools such as filleting and correction.

Solid modeling using commands such as extrusion and rotation to create solid models is closer to real objects than curved surfaces. Boolean operations can merge and cut entities. The entity management function is conducive to modifying the design. This is a core step from drawings to three-dimensional manufacturing.

CNC machining and turning and milling combined practice

Entering the machining module of the course, simplified machining will explain basic turning operations such as rough turning and finishing turning. End face turning and hole system machining are common processes. Students should understand this and can apply it to different drilling and tapping cycle scenarios.

This is a programming method that uses thread machining and cycle cutting to improve efficiency. The C-axis also has radial machining, which expands the capabilities of the lathe to enable milling operations. Path transformation and tool template creation demonstrate programming flexibility and play a key role in efficient production.

Manual programming and machine tool operation

This part of manual programming begins with a description of the principles of making machines. It explains the basic concepts involved in programming. Focus on the G codes such as drilling cycles such as G81, and also explain the selection of G17, G18, and G19 among different processing planes. This is the language used to directly control machine tools.

The M code of the turning-milling compound machine tool varies according to the brand, so special attention should be paid here. The course will explain polar coordinate programming and subroutine applications, with the purpose of dealing with complex parts. Finally, knowledge is transformed into skills with the help of explanations of different material processing parameters, supplemented by actual machine operations.

Career guidance and course summary

At the end of the course, employment guidance is given, covering resume writing and interview tips to help students connect with the job market. This course system starts with software operation, goes through process planning, and ends with actual machine tool operation, aiming to cultivate technicians who can work independently.

This course covers the entire process from drawing to finished product. Which of the two contents, software programming and machine tool operation, do you think is more likely to be challenged during actual work? You are welcome to share your views. If you find it useful, please like and support it.