On-Demand Training - NX Design
Learn to use advanced 3D design capabilities integrating across disciplines including Product Design, Automation, Model Based Definition, Electrical Systems, and Design Validation. There are learning paths geared toward new users, as well as NX experts. The training features engaging presentation and demonstration videos, hands-on labs, and knowledge checks. Included is a test environment where you can work with the tools in a hand-on setting, allowing you to implement the skills you’re gaining along the way.
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Learning Paths in "NX Design"
Learning Paths provide guided chapters on a subject. Tracks are curated collections of Learning Paths that focus on a specific skill.
Select a Track to focus on developing the skills you need most.
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Part Validation
- Beginning a mold design project
- Planning a mold layout
- Parting tools
- Using the Mold Base library
- Adding standard hardware components
- Finishing details
- Assessment: Mold Wizard Fundamentals
Mold Wizard Fundamentals
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
Part Validation
Mold Wizard Fundamentals 9 Chapters
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Part Validation 6 Topics
- Part Validation
- Validating a molded part
- Molded part validation
- Analyze the flow of a part
- Knowledge check: Part validation
- Principle lab: Part validation
3 Beginning a mold design project 4 Topics
- Beginning a mold design project
- Start a new mold project
- Changing the molding part
- Knowledge check: Beginning a mold design project
4 Planning a mold layout 7 Topics
- Planning a mold layout
- Define the size of the workpiece
- User defined workpiece
- Create a rectangular layout
- Circular layout
- Knowledge check: Planning a mold layout
- Principle lab: Cavity layout
5 Parting tools 15 Topics
- Parting tools - part 1
- Parting tools - part 2
- Parting tools - part 3
- Define core and cavity regions for a housing
- Split crossover faces and define regions
- Define the battery housing cavity and core
- Create cavity and core for the battery case
- Create patches and partings manually
- Edit transition parting surfaces
- Building partings for a freeform part
- Split core and cavity using cut solids
- Swap a new part revision
- On your own - Build parting surfaces
- Knowledge check: Parting tools
- Principle lab: Cavity and core creation
6 Using the Mold Base library 4 Topics
- Using the Mold Base library
- Add a mold base
- Knowledge check: Using the Mold Base library
- Principle lab: Mold base
7 Adding standard hardware components 9 Topics
- Adding standard hardware components - part 1
- Adding standard hardware components - part 2
- Add standard parts to a mold project
- Add lifters and screws to an assembly
- Add rectangular sub-inserts to an assembly
- Design ejector pins
- Add standard parts
- Knowledge check: Adding standard hardware components
- Principle lab: Standard parts
8 Finishing details 7 Topics
- Finishing details - part 1
- Finishing details - part 2
- Add cooling using pattern channels
- Cut pockets for standard parts
- Define a bill of material
- Knowledge check: Finishing details
- Principle lab: Switch
9 Assessment: Mold Wizard Fundamentals 1 Topic
- Assessment: Mold Wizard Fundamentals
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Part preparation & project initialization
- Strip design workflow
- Die tooling design workflow
- Standard parts management
- Piercing & forming insert design
- PDW design tools
- Finishing details
- Document tool design with drawings
- Assessment: Progressive Die Wizard Fundamentals
Progressive Die Wizard Fundamentals (Current)
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
Progressive Die Wizard Fundamentals (Current) 10 Chapters
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Part preparation & project initialization 11 Topics
- Part preparation & project initialization - Part 1
- Part preparation & project initialization - Part 2
- Unfold a straight brake chassis
- Prepare a straight brake part
- Repair and simulate a hem flange
- Prepare a freeform part
- Analyze the formability of a part
- Apply overbend to a freeform part
- Initialize a new project
- Principle lab: Prepare for tooling projects
- Knowledge check: Part preparation & project initialization
3 Strip design workflow 15 Topics
- Strip design workflow - Part 1
- Strip design workflow - Part 2
- Import a blank
- Import multiple blanks
- Create a blank layout
- Nest different blanks
- Specify and split scrap
- Create overlaps, overcuts, and minimum radius
- Create a strip layout
- Perform force calculation
- Quick Quotation
- Principle lab: Generate a blank layout
- Principle lab: Create a scrap layout
- Principle lab: Define a strip layout
- Knowledge check: Strip design workflow
4 Die tooling design workflow 4 Topics
- Die tooling design workflow
- Create a Die Base assembly
- Principle lab: Add a die base
- Knowledge check: Die tooling design workflow
5 Standard parts management 4 Topics
- Standard parts management
- Add standard parts to a sub die base
- Add pilot punches and lifters
- Knowledge check: Standard parts management
6 Piercing & forming insert design 13 Topics
- Piercing & forming insert design - Part 1
- Piercing & forming insert design - Part 2
- Standard piercing inserts
- User Defined Piercing inserts
- Apply clearance for a user defined punch
- Add forming inserts
- Create a form insert for a contour flange
- Add bending inserts
- Define burring inserts for extrusions
- Create a punch holder insert
- Split a punch insert
- Principle lab: Add punch and die inserts
- Knowledge check: Piercing & forming insert design
7 PDW design tools 7 Topics
- PDW design tools
- Optimize blank nesting
- Add detail to the die and stripper plates
- Use trim solid to create an insert
- Reduce a radius for a die surface
- Export the strip simulation
- Knowledge check: PDW design tools
8 Finishing details 10 Topics
- Finishing details - Part 1
- Finishing details - Part 2
- Apply corners to die inserts
- Design relief for the strip
- Create pockets
- Define shim stock for inserts
- Simulate the die assembly motion
- Manage design changes using PDW
- Manage part changeovers
- Knowledge check: Finishing details
9 Document tool design with drawings 6 Topics
- Document tool design with drawings
- Create assembly drawings and bill of materials
- Define component drawings
- Generate a hole table
- Principle lab: Create a Component Drawing
- Knowledge check: Document tool design with drawings
10 Assessment: Progressive Die Wizard Fundamentals 1 Topic
- Assessment: Progressive Die Wizard Fundamentals
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Design sparking heads
- Add blanks and fixtures
- Electrode documentation
- Assessment: Electrode Design
Electrode Design (Current)
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Design sparking heads
Electrode Design (Current) 5 Chapters
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Design sparking heads 6 Topics
- Design sparking heads
- Start a new electrode project
- Define the sparking heads
- Manually create a sparking head
- Principle lab: Create electrode sparking heads
- Knowledge Check: Design sparking heads
3 Add blanks and fixtures 6 Topics
- Add blanks and fixtures
- Define the electrode blanks
- Add fixtures to blanks
- Copy and remove electrodes
- Principle lab: Add blanks and fixtures
- Knowledge check: Add blanks and fixtures
4 Electrode documentation 4 Topics
- Electrode documentation
- Generate a bill of material
- Create electrode documentation
- Knowledge check: Electrode documentation
5 Assessment: Electrode Design 1 Topic
- Assessment: Electrode Design
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Getting started with Die Engineering
- Layout and Processing
- Analysis and Checking Tools
- Assessment: Designing Tooling using Die Engineering
Designing Tooling using Die Engineering
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
Designing Tooling using Die Engineering 5 Chapters
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Getting started with Die Engineering 5 Topics
- Getting started with Die Engineering
- Create a lineup
- Define three die operations
- Build a Lineup using the DOL Assistant
- Knowledge Check: Getting started with Die Engineering
3 Layout and Processing 18 Topics
- Layout and processing
- Create a die tip
- Create a Form Task feature
- Create a hole using Pierce Task
- Use sheet bodies to fill areas
- Create a binder wrap surface
- Copy die outputs to other operations
- Use a new die face in an existing stamping die workflow
- Create Addendum Sections
- Create Output Die Curves
- Create a Binder Ring
- Generate a trim line profile using the FEM method
- Create a Trim Task
- Create Flange Tasks
- Create a draw bead
- Create a Die Face
- Replace a die product in a lineup
- Knowledge Check: Layout and Processing
4 Analysis and Checking Tools 11 Topics
- Analysis and Checking Tools
- Use a set of points to calculate springback compensation
- Springback Compensation using transition region boundaries
- Use the DFM Advisor to check a design
- Perform a Flange Analysis
- Perform a Trim Angle Check
- Use curves to create a Punch Progression on a draw operation
- Run a DOL Report
- Use Analyze Formability – One-step
- Identify uncut regions
- Knowledge Check: Analysis and Checking Tools
5 Assessment: Designing Tooling using Die Engineering 1 Topic
- Assessment: Designing Tooling using Die Engineering
Chapter
learning path
- NX Mold Connect
NX Mold Connect
Accelerate quotation workflows for plastic injection tooling by reducing supplier time to respond with manufacturing and costing feedback to OEMs.
NX Mold Connect 1 Chapter
Accelerate quotation workflows for plastic injection tooling by reducing supplier time to respond with manufacturing and costing feedback to OEMs.
1 NX Mold Connect 6 Topics
- Key benefits of NX Mold Connect
- Start an NX Mold Connect project
- Acknowledge receipt of an RFQ
- Validate a design for manufacturability
- Using Analyze Part Geometry
- Using Tool Costing
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Design sparking heads - 1980
- Add blanks and fixtures - 1980
- Electrode documentation - 1980
- Assessment: Electrode Design - 1980
Electrode Design - 1980
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Design sparking heads
Electrode Design - 1980 5 Chapters
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Design sparking heads - 1980 6 Topics
- Design sparking heads
- Start a new electrode project
- Define the sparking heads
- Manually create a sparking head
- Principle lab: Create electrode sparking heads
- Knowledge Check: Design sparking heads
3 Add blanks and fixtures - 1980 6 Topics
- Add blanks and fixtures
- Define the electrode blanks
- Add fixtures to blanks
- Copy and remove electrodes
- Principle lab: Add blanks and fixtures
- Knowledge check: Add blanks and fixtures
4 Electrode documentation - 1980 4 Topics
- Electrode documentation
- Generate a bill of material
- Create electrode documentation
- Knowledge check: Electrode documentation
5 Assessment: Electrode Design - 1980 1 Topic
- Assessment: Electrode Design
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Part preparation & project initialization - 1953
- Strip design workflow - 1953
- Die tooling design workflow - 1953
- Standard parts management - 1953
- Piercing & forming insert design - 1953
- PDW design tools - 1953
- Finishing details - 1953
- Document tool design with drawings - 1953
- Assessment: Progressive Die Wizard Fundamentals
Progressive Die Wizard Fundamentals - 1953
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
Progressive Die Wizard Fundamentals - 1953 10 Chapters
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Part preparation & project initialization - 1953 11 Topics
- Part preparation & project initialization - Part 1
- Part preparation & project initialization - Part 2
- Unfold a straight brake chassis
- Prepare a straight brake part
- Repair and simulate a hem flange
- Prepare a freeform part
- Analyze the formability of a part
- Apply overbend to a freeform part
- Initialize a new project
- Principle lab: Prepare for tooling projects
- Knowledge check: Part preparation & project initialization
3 Strip design workflow - 1953 15 Topics
- Strip design workflow - Part 1
- Strip design workflow - Part 2
- Import a blank
- Import multiple blanks
- Create a blank layout
- Nest different blanks
- Specify and split scrap
- Create overlaps, overcuts, and minimum radius
- Create a strip layout
- Perform force calculation
- Quick Quotation
- Principle lab: Generate a blank layout
- Principle lab: Create a scrap layout
- Principle lab: Define a strip layout
- Knowledge check: Strip design workflow
4 Die tooling design workflow - 1953 4 Topics
- Die tooling design workflow
- Create a Die Base assembly
- Principle lab: Add a die base
- Knowledge check: Die tooling design workflow
5 Standard parts management - 1953 4 Topics
- Standard parts management
- Add standard parts to a sub die base
- Add pilot punches and lifters
- Knowledge check: Standard parts management
6 Piercing & forming insert design - 1953 13 Topics
- Piercing & forming insert design - Part 1
- Piercing & forming insert design - Part 2
- Standard piercing inserts
- User Defined Piercing inserts
- Apply clearance for a user defined punch
- Add forming inserts
- Create a form insert for a contour flange
- Add bending inserts
- Define burring inserts for extrusions
- Create a punch holder insert
- Split a punch insert
- Principle lab: Add punch and die inserts
- Knowledge check: Piercing & forming insert design
7 PDW design tools - 1953 7 Topics
- PDW design tools
- Optimize blank nesting
- Add detail to the die and stripper plates
- Use trim solid to create an insert
- Reduce a radius for a die surface
- Export the strip simulation
- Knowledge check: PDW design tools
8 Finishing details - 1953 10 Topics
- Finishing details - Part 1
- Finishing details - Part 2
- Apply corners to die inserts
- Design relief for the strip
- Create pockets
- Define shim stock for inserts
- Simulate the die assembly motion
- Manage design changes using PDW
- Manage part changeovers
- Knowledge check: Finishing details
9 Document tool design with drawings - 1953 6 Topics
- Document tool design with drawings
- Create assembly drawings and bill of materials
- Define component drawings
- Generate a hole table
- Principle lab: Create a Component Drawing
- Knowledge check: Document tool design with drawings
10 Assessment: Progressive Die Wizard Fundamentals 1 Topic
- Assessment: Progressive Die Wizard Fundamentals
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Design sparking heads - 1953
- Add blanks and fixtures - 1953
- Electrode documentation - 1953
- Assessment: Electrode Design - 1980
Electrode Design - 1953
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
Design sparking heads
Electrode Design - 1953 5 Chapters
Electrode Design is the creation and documentation of EDM graphite or copper electrode models used to manufacture mold and die tooling.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Design sparking heads - 1953 6 Topics
- Design sparking heads
- Start a new electrode project
- Define the sparking heads
- Manually create a sparking head
- Principle lab: Create electrode sparking heads
- Knowledge Check: Design sparking heads
3 Add blanks and fixtures - 1953 6 Topics
- Add blanks and fixtures
- Define the electrode blanks
- Add fixtures to blanks
- Copy and remove electrodes
- Principle lab: Add blanks and fixtures
- Knowledge check: Add blanks and fixtures
4 Electrode documentation - 1953 4 Topics
- Electrode documentation
- Generate a bill of material
- Create electrode documentation
- Knowledge check: Electrode documentation
5 Assessment: Electrode Design - 1980 1 Topic
- Assessment: Electrode Design
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Getting started with Die Engineering - 1953
- Layout and Processing - 1953
- Analysis and Checking Tools - 1953
- Assessment: Designing Tooling using Die Engineering
Designing Tooling using Die Engineering - 1953
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
Designing Tooling using Die Engineering - 1953 5 Chapters
After sufficient information is available for a product to be manufactured, you can design and create manufacturing process plans for sheet metal stamping dies.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Getting started with Die Engineering - 1953 5 Topics
- Getting started with Die Engineering
- Create a lineup
- Define three die operations
- Build a Lineup using the DOL Assistant
- Knowledge Check: Getting started with Die Engineering
3 Layout and Processing - 1953 18 Topics
- Layout and processing
- Create a die tip
- Create a Form Task feature
- Create a hole using Pierce Task
- Use sheet bodies to fill areas
- Create a binder wrap surface
- Copy die outputs to other operations
- Use a new die face in an existing stamping die workflow
- Create Addendum Sections
- Create Output Die Curves
- Create a Binder Ring
- Generate a trim line profile using the FEM method
- Create a Trim Task
- Create Flange Tasks
- Create a draw bead
- Create a Die Face
- Replace a die product in a lineup
- Knowledge Check: Layout and Processing
4 Analysis and Checking Tools - 1953 11 Topics
- Analysis and Checking Tools
- Use a set of points to calculate springback compensation
- Springback Compensation using transition region boundaries
- Use the DFM Advisor to check a design
- Perform a Flange Analysis
- Perform a Trim Angle Check
- Use curves to create a Punch Progression on a draw operation
- Run a DOL Report
- Use Analyze Formability – One-step
- Identify uncut regions
- Knowledge Check: Analysis and Checking Tools
5 Assessment: Designing Tooling using Die Engineering 1 Topic
- Assessment: Designing Tooling using Die Engineering
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Part preparation & project initialization - 1926
- Strip design workflow - 1926
- Die tooling design workflow - 1926
- Standard parts management - 1926
- Piercing & forming insert design - 1926
- PDW design tools - 1926
- Finishing details - 1926
- Document tool design with drawings - 1926
- Assessment: Progressive Die Wizard Fundamentals
Progressive Die Wizard Fundamentals - 1926
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
Progressive Die Wizard Fundamentals - 1926 10 Chapters
Learn the essential skills necessary to significantly reduce die design lead time using Progressive Die Wizard process automation.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Part preparation & project initialization - 1926 11 Topics
- Part preparation & project initialization - Part 1
- Part preparation & project initialization - Part 2
- Unfold a straight brake chassis
- Prepare a straight brake part
- Repair and simulate a hem flange
- Prepare a freeform part
- Analyze the formability of a part
- Apply overbend to a freeform part
- Initialize a new project
- Principle lab: Prepare for tooling projects
- Knowledge check: Part preparation & project initialization
3 Strip design workflow - 1926 15 Topics
- Strip design workflow - Part 1
- Strip design workflow - Part 2
- Import a blank
- Import multiple blanks
- Create a blank layout
- Nest different blanks
- Specify and split scrap
- Create overlaps, overcuts, and minimum radius
- Create a strip layout
- Perform force calculation
- Quick Quotation
- Principle lab: Generate a blank layout
- Principle lab: Create a scrap layout
- Principle lab: Define a strip layout
- Knowledge check: Strip design workflow
4 Die tooling design workflow - 1926 4 Topics
- Die tooling design workflow
- Create a Die Base assembly
- Principle lab: Add a die base
- Knowledge check: Die tooling design workflow
5 Standard parts management - 1926 4 Topics
- Standard parts management
- Add standard parts to a sub die base
- Add pilot punches and lifters
- Knowledge check: Standard parts management
6 Piercing & forming insert design - 1926 13 Topics
- Piercing & forming insert design - Part 1
- Piercing & forming insert design - Part 2
- Standard piercing inserts
- User Defined Piercing inserts
- Apply clearance for a user defined punch
- Add forming inserts
- Create a form insert for a contour flange
- Add bending inserts
- Define burring inserts for extrusions
- Create a punch holder insert
- Split a punch insert
- Principle lab: Add punch and die inserts
- Knowledge check: Piercing & forming insert design
7 PDW design tools - 1926 7 Topics
- PDW design tools
- Optimize blank nesting
- Add detail to the die and stripper plates
- Use trim solid to create an insert
- Reduce a radius for a die surface
- Export the strip simulation
- Knowledge check: PDW design tools
8 Finishing details - 1926 10 Topics
- Finishing details - Part 1
- Finishing details - Part 2
- Apply corners to die inserts
- Design relief for the strip
- Create pockets
- Define shim stock for inserts
- Simulate the die assembly motion
- Manage design changes using PDW
- Manage part changeovers
- Knowledge check: Finishing details
9 Document tool design with drawings - 1926 6 Topics
- Document tool design with drawings
- Create assembly drawings and bill of materials
- Define component drawings
- Generate a hole table
- Principle lab: Create a Component Drawing
- Knowledge check: Document tool design with drawings
10 Assessment: Progressive Die Wizard Fundamentals 1 Topic
- Assessment: Progressive Die Wizard Fundamentals
Chapters
learning path
- Learning Experience Overview - Jig, Fixture, Tooling
- Part Validation - 1899
- Beginning a mold design project - 1899
- Planning a mold layout - 1899
- Parting tools - 1899
- Using the Mold Base library - 1899
- Adding standard hardware components - 1899
- Finishing details - 1899
- Assessment: Mold Wizard Fundamentals
Mold Wizard Fundamentals - 1899
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
Part Validation
Mold Wizard Fundamentals - 1899 9 Chapters
Learners will acquire the skills to significantly reduce mold design lead time using Mold Wizard automation.
1 Learning Experience Overview - Jig, Fixture, Tooling 2 Topics
- Welcome: Navigation Overview
- Jig, Fixture, Tooling track Intro
2 Part Validation - 1899 6 Topics
- Part Validation
- Validating a molded part
- Molded part validation
- Analyze the flow of a part
- Knowledge check: Part validation
- Principle lab: Part validation
3 Beginning a mold design project - 1899 4 Topics
- Beginning a mold design project
- Start a new mold project
- Changing the molding part
- Knowledge check: Beginning a mold design project
4 Planning a mold layout - 1899 7 Topics
- Planning a mold layout
- Define the size of the workpiece
- User defined workpiece
- Create a rectangular layout
- Circular layout
- Knowledge check: Planning a mold layout
- Principle lab: Cavity layout
5 Parting tools - 1899 15 Topics
- Parting tools - part 1
- Parting tools - part 2
- Parting tools - part 3
- Define core and cavity regions for a housing
- Split crossover faces and define regions
- Define the battery housing cavity and core
- Create cavity and core for the battery case
- Create patches and partings manually
- Edit transition parting surfaces
- Building partings for a freeform part
- Split core and cavity using cut solids
- Swap a new part revision
- On your own - Build parting surfaces
- Knowledge check: Parting tools
- Principle lab: Cavity and core creation
6 Using the Mold Base library - 1899 4 Topics
- Using the Mold Base library
- Add a mold base
- Knowledge check: Using the Mold Base library
- Principle lab: Mold base
7 Adding standard hardware components - 1899 9 Topics
- Adding standard hardware components - part 1
- Adding standard hardware components - part 2
- Add standard parts to a mold project
- Add lifters and screws to an assembly
- Add rectangular sub-inserts to an assembly
- Design ejector pins
- Add standard parts
- Knowledge check: Adding standard hardware components
- Principle lab: Standard parts
8 Finishing details - 1899 7 Topics
- Finishing details - part 1
- Finishing details - part 2
- Add cooling using pattern channels
- Cut pockets for standard parts
- Define a bill of material
- Knowledge check: Finishing details
- Principle lab: Switch
9 Assessment: Mold Wizard Fundamentals 1 Topic
- Assessment: Mold Wizard Fundamentals
On-Demand Training - NX Design
Receive unlimited access to all new content added during your active subscription.
During your subscription period, you will automatically receive access to all new content added to the library, including training on new product releases and technology updates to maximize your proficiency.
On-Demand Training - NX Design
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Starting at
USD $1416.00 / year
USD $1416.00 / year