Siemens NX Mold Wizard from Udemy

The NX Mold Wizard application was developed and tested with continuous input from mold designers and manufacturers. This ensures that the Mold wizard meets the needs and priorities of mold makers, and answers real-world design challenges.

Mold Wizard has design tools commands and procedures to automate the difficult and complex tasks involved in mold design. The application saves our time throughout the design process and provides full 3D models to manufacturing CAM. If you alter the product design, you lose very little time because changes to the product model are associative to the mold design elements and tools.

Parting (line & surface) is the process of creating a core and cavity based on a plastic part model. The parting process is an important part of the plastic mold design, especially for parts with complicated shapes & design.

Mold bases and Mold component libraries are included from a variety of catalogs. Custom components, including Locating ring, Sprue bush, Ejector pins, sliders and lifters, sub-inserts, runners, cooling channel and electrodes, are also provided in the Standard Parts module. The Standard Parts module allows you to associatively place components with proper place & pockets.

NX Mold Wizard provides a user friendly way to manage different kinds of standard parts like Locating ring, Sprue bush, Ejector pins, sliders and lifters, sub-inserts, runners, cooling channel and electrodes from library. You can use the standard parts in the library, and customize the standard parts libraries as required in mold.

What's inside

Learning objectives

Student will able to work properly on nx mold wizard and mold library.
Students will be able to add mold components such as core, cavity, sprue, gate, runner, ejection rods, cooling channels, and various standard parts in nx12.
Using of mold wizard library, besides adding standard mold components, students will be able to customize them to meet the dimension as per mold requirements.

Finally, students will be introduced to popular molding defects, only to ensure their inclination towards knowing the importance of an efficient mold.
The course is also equipped with a live project from a client form our area.

Student will able to work properly on nx mold wizard and mold library.
Students will be able to add mold components such as core, cavity, sprue, gate, runner, ejection rods, cooling channels, and various standard parts in nx12.
Using of mold wizard library, besides adding standard mold components, students will be able to customize them to meet the dimension as per mold requirements.
Finally, students will be introduced to popular molding defects, only to ensure their inclination towards knowing the importance of an efficient mold.
The course is also equipped with a live project from a client form our area.

Syllabus

The Mold Wizard application assists you in designing plastic injection molds and other molds.

Introduction

1. How to install mold library

Mold Part Validation

Moldex3D (Easyfill) flow analysis

NX Mold Wizard - Change Mold CSYS

Create a family mold assembly

Create a User Defined Workpiece

Mold CSYS

Create a Rectangular & Circular cavity layout

Check Region, Set Core & Cavity Region

NX Mold Wizard - Initialize Project

Define Region, Design Parting Surface, Define Cavity & Core

NX Mold Wizard upto core and cavity

Create Mold & Insert Standard Parts

Create Ejector Pin & Trim

Create Cooling Channel Layout & Accessories

Cooling Tools 2

Create Gate & Runner System

Pocketing, Motion Simulation

Mold Wizard Blow mold

Slider mould design using wizard

Cup Split mold using Wizard

NX Mold Wizard _ Create 2D Drawing Mold Assembly

Practice_MOLD5

slider mold with mold wizard

How to add slider in mold base

Slider setting and mold simulation

slider mold 2

Push-Pull Slide Mould

three Plate mold Part1

three Plate mold Part2

Golf_Cort_Elbow Slider Mold

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 Siemens NX Mold Wizard with these activities:

Review Injection Molding Fundamentals

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Reinforce your understanding of injection molding principles to better grasp the Mold Wizard's functionalities and underlying logic.

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Review basic injection molding concepts.
Study the different stages of the injection molding process.
Familiarize yourself with common molding defects and their causes.

Review 'Mold Engineering'

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Deepen your understanding of mold engineering principles to improve your mold designs in NX Mold Wizard.

View Injection Mold Design Handbook on Amazon

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Read the chapters on mold materials and construction.
Study the sections on different mold types and their applications.
Refer to the book for detailed explanations of specific mold features.

Review 'Injection Molding Handbook'

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Gain a deeper understanding of injection molding principles and best practices to enhance your proficiency with NX Mold Wizard.

View Reinforced Plastics Handbook on Amazon

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Read the chapters related to mold design and materials.
Study the sections on troubleshooting common molding problems.
Refer to the book for detailed explanations of specific molding techniques.

Four other activities

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Explore Advanced NX Mold Wizard Tutorials

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Enhance your skills by following advanced tutorials on specific NX Mold Wizard features and techniques.

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Search for tutorials on topics like slider mold design or cooling channel optimization.
Follow the tutorials step-by-step, applying the techniques to your own designs.
Experiment with different settings and parameters to understand their effects.

Practice Mold Design with Sample Parts

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Solidify your NX Mold Wizard skills by designing molds for various sample parts with increasing complexity.

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Select a sample part with complex geometry.
Use NX Mold Wizard to design the core and cavity.
Simulate the molding process to identify potential issues.
Refine the mold design based on simulation results.

Design a Mold for a Real-World Product

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Apply your NX Mold Wizard knowledge to design a mold for a real-world product, simulating a professional project.

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Choose a product with specific molding requirements.
Create a detailed mold design using NX Mold Wizard.
Generate a 2D drawing of the mold assembly.
Prepare a presentation showcasing your design and its features.

Develop a Mold Design Portfolio

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Showcase your NX Mold Wizard skills by creating a portfolio of mold designs for various products.

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Select a range of products with different molding challenges.
Design molds for each product using NX Mold Wizard.
Create detailed documentation for each design, including 2D drawings and simulation results.
Assemble the designs and documentation into a professional portfolio.

Career center

Learners who complete Siemens NX Mold Wizard will develop knowledge and skills that may be useful to these careers:

Mold Designer

A mold designer conceptualizes and develops the molds used in manufacturing processes, particularly for plastic injection molding. This course on Siemens NX Mold Wizard directly aligns with the responsibilities of a mold designer, helping build proficiency in using a leading software for mold design. The course covers essential aspects such as creating core and cavity, adding standard parts, and designing cooling channels, all of which are critical for a mold designer. Familiarity with mold libraries, customization of components, and understanding of potential molding defects, all addressed in the course, provides a solid foundation for success as a mold designer. The inclusion of a live project gives practical, real world experience.

See salaries and explore the career path for Mold Designer

Tool Designer

Tool designers specialize in designing the tools and fixtures used in manufacturing processes. The course on Siemens NX Mold Wizard helps tool designers who focus on designing molds for plastic injection molding. The course teaches how to use NX software to design molds, create parting surfaces, and incorporate standard mold components. The course also covers slider movement and simulation. This course's mention of creating 2D drawings from mold assemblies will be useful to them.

See salaries and explore the career path for Tool Designer

Tooling Engineer

Tooling engineers design and develop the tools and equipment used in manufacturing processes. This course on Siemens NX Mold Wizard enables a tooling engineer to design and optimize molds for plastic injection molding. The course covers essential topics such as mold part validation, creating parting surfaces, and adding standard parts from mold libraries. Familiarity with cooling channel layout, gate and runner systems, and the ability to simulate mold motion, all part of the course content, allows a tooling engineer to create efficient and reliable mold designs. The tooling engineer will benefit from the course's live project that simulates real-world challenges.

See salaries and explore the career path for Tooling Engineer

Mold Maker

Mold makers are skilled tradespeople who manufacture the molds used in various manufacturing processes. The Siemens NX Mold Wizard course directly relates to the work of a mold maker. The course covers the use of NX software to design molds, create cavities and cores, and incorporate standard mold components. The course’s teachings on creating 2D drawings from mold assemblies provides a valuable resource for mold makers. The focus on mold wizard libraries and component customization may be useful. The simulation examples may also prove helpful to mold makers.

See salaries and explore the career path for Mold Maker

CAD Designer

CAD designers use computer aided design software to create technical drawings and 3D models of parts and assemblies. The Siemens NX Mold Wizard course directly enhances the skills of a CAD designer involved in mold design. The course provides instruction on using NX software to design molds, create parting surfaces, and incorporate standard mold components. The course’s material on creating 2D drawings from mold assemblies is crucial for documentation and communication in the manufacturing process. This course may be particularly helpful because it focuses on the use of a specific CAD software. The practical experience gained from the live project provides a competitive edge for any CAD designer.

See salaries and explore the career path for CAD Designer

Manufacturing Engineer

Manufacturing engineers are responsible for designing, implementing, and optimizing manufacturing processes. This course on Siemens NX Mold Wizard helps manufacturing engineers who deal with plastic injection molding processes. The course's focus on mold design, including creating cores, cavities, runners, and cooling channels, is directly relevant to optimizing mold performance and production efficiency. Understanding how to use mold wizard libraries and customize standard parts, as taught in the course, enables manufacturing engineers to select and implement the best mold components for given manufacturing requirements. The course’s live project provides practical experience.

See salaries and explore the career path for Manufacturing Engineer

Design Engineer

Design engineers create and develop new products or improve existing ones. This course on Siemens NX Mold Wizard helps design engineers to understand mold design. Learning how to use NX software to create cavities, parting surfaces and add standard mold components, as taught in the course, is directly applicable to designing products that are suitable for plastic injection molding. Understanding the impact of design decisions on mold complexity and manufacturability, gained from the course’s exploration of molding defects, is useful to a design engineer. The course's live project and slider mold design simulation should be particularly helpful.

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Plastics Engineer

A plastics engineer specializes in the development and processing of plastic materials. This course on Siemens NX Mold Wizard enhances the expertise of plastics engineers involved in injection molding. The course's emphasis on mold design, including parting surface creation, mold component selection, and cooling channel layout, helps plastics engineers optimize mold performance for specific plastic materials. In particular, understanding potential molding defects, which is discussed in the course, provides a plastics engineer a better understanding of material behavior during the molding process. The focus on mold wizard libraries and component customization may be useful.

See salaries and explore the career path for Plastics Engineer

Product Designer

Product designers are involved in the entire lifecycle of a product, from concept to manufacturing. A product designer benefits from understanding how molds are designed and manufactured. This course in Siemens NX Mold Wizard provides product designers with insights into the mold design process, which informs design decisions to ensure manufacturability. The course's focus on parting lines, core and cavity creation, and understanding common molding defects allows a product designer to anticipate manufacturing challenges and design products that are optimized for injection molding. For product designers, this course may be useful because they can collaborate effectively with mold designers and manufacturing engineers.

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Mechanical Designer

Mechanical designers create technical drawings and 3D models of mechanical components and systems. This course on Siemens NX Mold Wizard helps mechanical designers who work on products that are manufactured using plastic injection molding. The course provides instruction on mold design, including creating cores, cavities, and parting surfaces. Understanding the use of mold wizard libraries and customization of standard parts, as taught in the course, allows a mechanical designer to better integrate mold design considerations into the overall product design process. The inclusion of a live project may be helpful.

See salaries and explore the career path for Mechanical Designer

Engineering Technician

Engineering technicians assist engineers in designing, developing, and testing products and systems. This course on Siemens NX Mold Wizard helps engineering technicians who support mold design and manufacturing processes. The course provides instruction on using NX software to create mold components, generate 2D drawings, and perform mold simulations. The course also covers relevant topics such as mold part validation and Moldex3D flow analysis. The course's teachings on mold wizard libraries and component customization may be useful for engineering technicians.

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Manufacturing Supervisor

Manufacturing supervisors oversee production processes and ensure that products are manufactured efficiently and to the required standards. This course on Siemens NX Mold Wizard helps manufacturing supervisors who are responsible for injection molding operations. Understanding mold design principles, gained from the course's focus on core and cavity creation, cooling channels, and runner systems, enables manufacturing supervisors to troubleshoot issues and optimize mold performance. The course's exploration of common molding defects provides a valuable perspective for quality control and process improvement. The course's reference to Moldex3D flow analysis may be helpful in diagnosing issues related to mold flow.

See salaries and explore the career path for Manufacturing Supervisor

Quality Control Inspector

Quality control inspectors examine products and materials to ensure they meet quality standards. This course on Siemens NX Mold Wizard helps quality control inspectors involved in plastic injection molding. Understanding the principles of mold design, gained from the course's focus on core and cavity creation and cooling channel layout, enables quality control inspectors to identify potential sources of defects in molded parts. The course's exploration of common molding defects provides valuable knowledge for assessing part quality and identifying process improvements. This course's mention of mold part validation and Moldflow analysis may be relevant.

See salaries and explore the career path for Quality Control Inspector

Industrial Designer

Industrial designers combine art, business, and engineering to design the products people use every day. This course on Siemens NX Mold Wizard provides industrial designers with insights into mold design and manufacturing constraints. Understanding mold design principles, gained from the course's focus on parting lines, core and cavity creation, and common molding defects, allows industrial designers to create products that are both aesthetically pleasing and manufacturable. The course's focus on slider mold design may be particularly useful for industrial designers seeking new opportunities.

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Research and Development Engineer

Research and development engineers conduct research and develop new products or processes. This course on Siemens NX Mold Wizard provides research and development engineers with valuable knowledge about mold design and injection molding. Understanding mold design principles, gained from the course's focus on core and cavity creation, cooling channel layout, and runner systems, enables research and development engineers to develop innovative molding solutions. The course's reference to Moldex3D flow analysis may be useful for a research engineer. The inclusion of a live project may provide helpful background information.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Siemens NX Mold Wizard.

Reinforced Plastics Handbook

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This handbook comprehensive resource covering all aspects of injection molding. It provides in-depth knowledge of materials, processes, and equipment. It valuable reference for understanding the theoretical and practical aspects of mold design and manufacturing, complementing the NX Mold Wizard course. is commonly used by industry professionals.

Reinforced Plastics Handbook

Paperback

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Reinforced Plastics Handbook

Kindle Edition

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Injection Mold Design Handbook

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Provides a comprehensive overview of mold design and construction principles. It covers various mold types, materials, and manufacturing techniques. It valuable resource for understanding the practical aspects of mold making and complements the NX Mold Wizard course by providing a deeper understanding of the underlying engineering principles. This book useful reference tool.

Injection Mold Design Handbook

Hardcover

$$$$

Siemens NX Mold Wizard

What's inside

Learning objectives

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Activities

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