Solidcam + Siemens NX Mold Basics & NX CAD (4 in 1) from Udemy

Course Main Contents (4 Courses. ):

Course 1: NX Mold Wizard Basics
Course 2: NX Sheet Metal
Course 3: NX CAD (Modelling - Assembly - Drafting)
Course 4: Solidcam

Description:

You will be professional user in Solidcam 2023.
You will learn Solidcam 2023 (Milling 3Axis, 5 Axis - Turning - Drilling)
Introduction to the components of the Mold
Mold Wizard is a collection of tools that assist you by automating common
mold design tasks.
You will learn the steps of NX Injection Mold (From start to the End)
After this course, you will be able to use the NX Mold Wizard to do any injection mold part.

After successfully completing this course, you should be able to perform the

following activities:

Create Mold Wizard product assemblies
Apply a shrink factor
Define core and cavity regions within a product model
Create patch up (shut off) geometry
Create mold tooling inserts
Use mold base libraries to choose a standard mold base
Use standard part libraries to select and position common parts, including insert pockets, sub inserts, cooling channels, gates, runners.
Create a bill of materials

This course addresses all the tools available in the NX Sheet Metal application for creating machinery, enclosures, brackets, and other parts normally manufactured with a brake press. It shows how to create base features like tabs and contour flanges, and build on them with more advanced features such as gussets and louvers.
It also introduces the Advanced sheet Metal and Aerospace functionality: Joggle, and Analyse Formability - One-step.
After this course, you will be able to use the NX Sheet Metal to do any Sheet metal part.
After this course, you will be able to use the NX CAD (Modelling-Assembly-Drafting).
After this course, you will be able to use Solidcam 2023.
You will learn Solidcam 2023 (Milling 3Axis, 5 Axis - Turning - Drilling)

Notes:

You will download all parts that we used during the course.
The implementation of this course is in NX 11 but you will be able to implement using any version.
You will be able to use NX Sheet Metal after first Lecture.
You will have full technical support .

What's inside

Learning objectives

After successfully completing this course, you should be able to use design intent to plan and create nx sheet metal parts.
After successfully completing this course, you should be able to set up default standards and creation preferences.
After successfully completing this course, you should be able to use nx sheet metal tools to create base features and add more advanced features to them.
After successfully completing this course, you should be able to use the sketch task environment to create and edit profiles for sheet metal parts.

After successfully completing this course, you should be able to edit parametric features.
You will learn the steps of nx injection mold (from start to the end)
You will be able to create 3d model, assembly and drafting.
You will learn solidcam (milling 3axis, 5 axis - turning - drilling).

After successfully completing this course, you should be able to use design intent to plan and create nx sheet metal parts.
After successfully completing this course, you should be able to set up default standards and creation preferences.
After successfully completing this course, you should be able to use nx sheet metal tools to create base features and add more advanced features to them.
After successfully completing this course, you should be able to use the sketch task environment to create and edit profiles for sheet metal parts.
After successfully completing this course, you should be able to edit parametric features.
You will learn the steps of nx injection mold (from start to the end)
You will be able to create 3d model, assembly and drafting.
You will learn solidcam (milling 3axis, 5 axis - turning - drilling).

Syllabus

Introduction

Use the Analyze Formability – One-step command to flatten all or some

faces of a sheet metal part, Also to check Stress, Thickness....

Sheet metal base features serve as the foundation for creating more complex

sheet metal parts.

- The proper creation of flanges is critical in sheet metal design. You need to

know how to create and edit flanges in order to produce unique, valid profile

designs.

- The Contour Flange is a commonly-used base feature. You can create a series

of planar and bend regions using a single sketch to create the profile. This

lesson introduces you to the Contour Flange feature.

Bending and unbending sheet metal is an essential part of sheet metal

design. Creating Bend features, unbending them, and then rebending them

is the subject of this lesson.

The Types of corner treatments will be the topic of this lesson.

Creating different types of sheet metal cutouts is an essential part of

designing usable sheet metal parts.

As an alternative to creating a sheet metal part from scratch, you can use

parts created in the NX Modeling application or import them from other CAD

systems. You can then use the Convert to Sheetmetal command to make

them into valid sheet metal parts.

Complex geometry can make creating individual flanges cumbersome. The

Sheet Metal from Solid command greatly simplifies and streamlines this

process. It also provides a type of workflow familiar to users of I-deas Sheet

Metal.

Use MetaForm to unform complex geometry to an alternate shape. This

command also works with non-sheet metal features and takes material

characteristics into account.

The remaining Sheet Metal Features

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Covers NX Mold Wizard, which automates common mold design tasks, potentially saving time and improving accuracy for mold design professionals

Teaches Solidcam 2023, a current version of the software, which is relevant for those seeking to use the latest features and capabilities

Includes NX Sheet Metal, which is useful for designing machinery, enclosures, and brackets, expanding the design capabilities of mechanical engineers

Requires NX 11, but the course content is applicable to other versions, which may require some adaptation by the learner

Explores NX CAD (Modeling, Assembly, and Drafting), which are fundamental skills for product design and development in various industries

Includes Solidcam (Milling 3Axis, 5 Axis - Turning - Drilling), which are essential machining operations for manufacturing parts and components

Reviews summary

Comprehensive nx & solidcam fundamentals

According to students, this course provides a largely positive introduction to several key CAD/CAM software modules, functioning as a valuable 4-in-1 package. It covers NX CAD (Modelling, Assembly, Drafting), NX Sheet Metal, NX Mold Wizard basics, and Solidcam fundamentals. Many learners find it a good starting point, especially for those new to these complex programs, appreciating the practical exercises and examples. While some mention that certain sections could benefit from more in-depth coverage or note that the pacing can feel uneven at times, the overall consensus is that it offers a solid, broad overview across the different software tools included in the package.

Uses NX 11, applicable to newer versions.

"The course uses NX 11, but as noted, the principles are generally applicable to later versions."

"Even though the demos are in an older version, I was able to follow along using NX 1980."

"It's helpful that the instructor mentions it's possible to apply the concepts in newer NX releases."

Useful hands-on practice files.

"Having the exercise files available to download and follow along with was extremely helpful."

"The practical exercises solidify the concepts taught in the lectures."

"I liked that there were examples and files provided for each section."

"Working through the exercises made understanding the workflows much easier for me."

Provides a solid foundation for new users.

"As someone new to NX and Solidcam, this course gave me a solid foundation to start with."

"The basics are explained clearly, making it suitable for beginners in these software packages."

"I found this course very helpful in getting started with mold design and Solidcam operations."

"It's a perfect introduction if you have no prior experience with these tools."

Covers 4 key CAD/CAM modules in one.

"This course is a great package! It covers NX CAD, Sheet Metal, Mold Wizard, and Solidcam."

"I appreciate having all four topics - modeling, sheet metal, mold, and CAM - in one place."

"It's truly a 4-in-1 course, giving me a good overview of Solidcam and different NX applications."

"The breadth of software covered here is impressive and offers good value."

Some topics lack depth, pace can vary.

"While it covers a lot, I felt some areas, particularly in Solidcam, needed more depth."

"The course sometimes jumps quickly between concepts, making the pacing feel a bit fast."

"I think some advanced users might find parts too basic, while beginners could feel overwhelmed by the breadth."

"There were times I wished the instructor went into a little more detail on certain features."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Solidcam + Siemens NX Mold Basics & NX CAD (4 in 1) with these activities:

Review NX Sketching Fundamentals

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Strengthen your understanding of NX sketching tools and constraints. This will help you create accurate and efficient profiles for sheet metal and mold design.

Browse courses on Sketching

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Review the NX Sketcher interface and tools.
Practice creating various geometric shapes and applying constraints.
Complete practice exercises focusing on parametric sketching.

Review: 'NX CAD: Step-by-Step'

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Gain a solid foundation in NX CAD by working through a step-by-step guide. This will help you with the CAD modeling aspects of mold design and sheet metal creation.

View Putting Knowledge to Work on Amazon

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Obtain a copy of 'NX CAD: Step-by-Step'.
Work through the tutorials on part modeling and assembly.
Practice creating your own models based on the book's examples.

Follow SolidCAM Milling Tutorials

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Enhance your SolidCAM skills by following online tutorials. This will give you practical experience with milling operations and improve your ability to program CNC machines.

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Search for SolidCAM milling tutorials on YouTube or the SolidCAM website.
Follow along with the tutorials, creating the same toolpaths and operations.
Experiment with different parameters and settings to see their effect.

Four other activities

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Practice Sheet Metal Feature Creation

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Reinforce your understanding of sheet metal features by creating various parts. This will improve your proficiency in using NX Sheet Metal tools.

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Create a series of sheet metal parts using different base features.
Practice creating flanges, bends, and cutouts.
Experiment with different corner treatments and advanced features.

Design a Simple Mold for a Plastic Part

Show steps

Apply your knowledge of NX Mold Wizard to design a mold for a simple plastic part. This will solidify your understanding of the mold design process.

Show steps

Select a simple plastic part to design a mold for.
Use NX Mold Wizard to create the core and cavity.
Design the runner and gate system.
Add cooling channels and ejection system.

Create a Bill of Materials for a Mold Design

Show steps

Practice creating a bill of materials (BOM) for a mold design. This will help you understand the components of a mold and their specifications.

Show steps

Design a mold using NX Mold Wizard.
Generate a bill of materials using NX.
Review the BOM and ensure all components are listed with correct specifications.

Review: 'Mold Design Engineering'

Show steps

Deepen your understanding of mold design principles by studying a comprehensive engineering textbook. This will help you make informed decisions when designing molds in NX.

View Melania on Amazon

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Obtain a copy of 'Mold Design Engineering'.
Read the chapters on mold materials, cooling systems, and ejection mechanisms.
Relate the concepts in the book to the NX Mold Wizard tools.

Career center

Learners who complete Solidcam + Siemens NX Mold Basics & NX CAD (4 in 1) will develop knowledge and skills that may be useful to these careers:

CAM Programmer

A CAM Programmer uses computer aided manufacturing software to create instructions for machining parts. This career is directly related to this course's Solidcam component. The coursework covers Milling, Turning, and Drilling, equipping you with the skills to program a variety of machining operations. Additionally, the Solidcam training will teach you to use the CAM software to generate tool paths for CNC machines. With this comprehensive approach, the course serves as a perfect springboard into a career as a CAM Programmer.

See salaries and explore the career path for CAM Programmer

Mold Designer

A Mold Designer specializes in designing molds for manufacturing processes. This course helps build a strong foundation for this career, specifically focusing on NX Mold Wizard and Solidcam. The course covers the steps of NX Injection Mold design from start to finish, and it teaches how to use the Mold Wizard to automate common tasks. Learning to create core and cavity regions, patch up geometry, and select standard mold base parts are all key aspects of the job. The Solidcam portion of the course further enhances design skills, making the course a valuable asset for aspiring Mold Designers.

See salaries and explore the career path for Mold Designer

CAD Designer

A CAD Designer creates and modifies designs using computer aided design software. This course, with its focus on NX CAD and SolidCam 2023, directly prepares you for this role. The coursework covers 3D modeling, assembly, and drafting, all essential skills for a CAD Designer. You'll also learn about NX Sheet Metal, which is useful for designing enclosures and brackets. Furthermore, the coverage of Solidcam will allow you to create designs that are optimized for manufacturing, providing a comprehensive skill set. The course's exercises will help you to become proficient with the specific tools used to create and modify models.

See salaries and explore the career path for CAD Designer

Sheet Metal Fabricator

Sheet Metal Fabricators transform sheet metal into finished products. This course offers direct benefits to this career with its comprehensive NX Sheet Metal training. Through this training you will learn to create base features like tabs and contour flanges, and more advanced features such as gussets and louvers that are required in sheet metal designs. Furthermore, the use of NX software will help you to design parts to exact specifications so that Sheet Metal Fabricators may manipulate them in the real world. All of this will prove invaluable to a career in Sheet Metal Fabrication.

See salaries and explore the career path for Sheet Metal Fabricator

Design Engineer

Design Engineers are responsible for designing products or systems. This course provides skills that help build a strong foundation for a career in design engineering. The NX CAD portion covers 3D modeling, assembly, and drafting, which are core skills. Additionally, the NX Sheet Metal and Solidcam components give you expertise in designing sheet metal parts and programming machining operations. By taking this course, you will be developing a broad range of design and manufacturing skills, which are sought after in the field.

See salaries and explore the career path for Design Engineer

Tool and Die Maker

A Tool and Die Maker crafts precision tools, dies, and molds. This course may be greatly beneficial for aspiring Tool and Die Makers. The NX Mold Wizard Basics section covers mold design, while the Solidcam training teaches how to program machining operations. With knowledge of mold design and machining, you will be well-prepared to create the complex tools and dies required in manufacturing. The course offers a blend of design and manufacturing knowledge, giving you an edge in a career in tool and die making.

See salaries and explore the career path for Tool and Die Maker

Mechanical Engineer

A Mechanical Engineer designs and tests mechanical devices. This course helps build a foundation for this career, especially for those involved in product design and manufacturing. The coursework covers 3D modeling, assembly, and drafting using NX CAD, which are fundamental skills. Additionally, the course covers NX Sheet Metal and Solidcam which are valuable for designing sheet metal components and machining operations, respectively. This course helps build the kind of practical knowledge that Mechanical Engineers use every day in their work.

See salaries and explore the career path for Mechanical Engineer

Manufacturing Engineer

A Manufacturing Engineer works to improve manufacturing processes. The skills taught in this course may be valuable for this role. With training in NX CAD and Solidcam, you learn to design parts and optimize them for manufacturing. The NX Mold Wizard coverage is relevant for processes involving injection molding. The course's emphasis on creating manufacturable designs and using CAD/CAM software tools makes it a solid choice for those aspiring to become Manufacturing Engineers.

See salaries and explore the career path for Manufacturing Engineer

Product Designer

Product Designers create the form and function of new products. This course provides training in NX CAD, NX Sheet Metal, and Solidcam which may be useful to Product Designers in the mechanical domain. By creating 3D models, assemblies, and drafts, Product Designers may find this course beneficial. The course provides tangible skills needed to create and optimize designs for manufacturability. Mastering the course's topics helps build a designer's toolkit and prepares them for real-world design challenges.

See salaries and explore the career path for Product Designer

CNC Machinist

CNC Machinists set up and operate computer numerical control machines to manufacture parts. The Solidcam portion of this course helps understand how CAM software is used to generate the instructions that CNC machines follow. While the course doesn't provide hands-on experience with CNC machines, it offers valuable insights into the programming side of CNC machining, allowing you to better anticipate how the machine will behave. Such knowledge may be helpful in a CNC Machinist role.

See salaries and explore the career path for CNC Machinist

Engineering Technician

Engineering Technicians assist engineers in designing, developing, and testing products. This course may equip Engineering Technicians with valuable skills in CAD software and mold design. Learning to use NX CAD, Solidcam, and NX Sheet Metal provides practical skills that can be applied to a variety of engineering projects. This course may be especially helpful for Engineering Technicians who work in manufacturing or product design.

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Manufacturing Technician

Manufacturing Technicians assist in the manufacturing process by setting up equipment and troubleshooting issues. The knowledge gained in this course may be helpful for this career. Understanding CAD and CAM software, as well as mold design principles, can aid in the setup and operation of manufacturing equipment. While the course may not provide all the hands-on skills needed, it provides an appreciation for the design and manufacturing process, helping you to communicate more effectively with designers and engineers as a Manufacturing Technician.

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Quality Control Inspector

Quality Control Inspectors examine products to ensure that they meet quality standards. This course helps those in quality control understand the design and manufacturing process. Its emphasis on CAD and CAM software, as well as mold design, may aid in understanding how parts are designed and manufactured. Knowing the design intent and the manufacturing process will allow you to better assess whether a part meets the required specifications.

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Simulation Engineer

Simulation Engineers use computer software to simulate the behavior of physical systems. The skills you learn in this course may offer some value to this role. The Solidcam training will help understand how parts are manufactured, and the NX CAD training will teach you to create 3D models. While this course does not focus specifically on simulation, a thorough understanding of the manufacturing process and the ability to model parts accurately may assist you with modeling parts used in simulations.

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Robotics Technician

A Robotics Technician maintains and repairs robotic systems. This course may be helpful for developing a foundational understanding of CAD and CAM software, which can be useful in robotics. The Solidcam portion of the course will give insights into how robots are programmed to perform machining operations, while the NX CAD portion teaches you to model and assemble parts. Even if it doesn't directly involve robotics, this course may help you understand the broader manufacturing context in which robots operate.

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Solidcam + Siemens NX Mold Basics & NX CAD (4 in 1)

What's inside

Learning objectives

Syllabus

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Reviews summary

Comprehensive nx & solidcam fundamentals

Activities

Career center

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