About the Course:
NX-10 has state-of-the-art tools for designing sheet metal components. This course will assist you to familiarize with these tools, terminology, and workflow. This course will help design professionals to use the complete set of tools to efficiently create and manage sheet metal parts. We have tried to teach you industry best practices. Our courses will help you to reduce the learning curve and provide a robust foundation in the field of sheet metal design and manufacturing.
Key topics include:
Preference settings, Tab, Flanges/bends, loft flanges, Jog, Bridge bends, Closed Corners, Three bend corner, Advanced flanges, Punch/Die functions, Unform, Reform, Metaform, Sheet metal wizard, Edge rip, Cleanup utility, Flat solid, Flat pattern, Advanced sheet metal features.
Key projects:
Brackets, Impeller, Enclosure, Covers, Connector,… Etc.
Introduction
- Overview
Prerequisites
Chapter-1
- Basics of sheet metal
Chapter-2
- Introduction to UG NX 10 sheet metal module
NX sheet metal environment
Settings-Sheet metal module
Chapter-3
- Creating Base Feature-TAB
Chapter-4
- Introduction to Flanges
Creating flanges using
Base edge
Section
Different width option
Full width
At center
At end
From both ends
From end
Flange offset
Flange with unique profile
Flange match face
Chapter-5
- Creating contour flanges
Creating lofted flanges
Creating hem flange
Creating jog
Creating bend
Creating bridge bend
Advanced flange
Chapter-6
- Creating closed corner
Close and Relief
Treatment
Open
Closed
Circular cutout
“U” cutout
“V” cutout
Rectangular cutout
Relief
Treatment
Circular cutout
“U” cutout
“V” cutout
Rectangular cutout
Creating three bend corner
Treatment
Open
Closed
Circular cutout
“U” cutout
“V” cutout
Break corner
Creating chamfer
Bend Taper
Chapter-7
- Creating dimple
Creating louver
Creating drawn cutout
Creating beads
Creating punched feature
Creating gussets
Chapter-8
- Creating feature
Normal cutout
Pattern feature
Chapter-9
- Convert to sheet metal wizard
Edge rip
Cleanup utility
Convert to Sheet metal
Sheet metal from solid
Chapter-10
- Form
Unbend
Rebend
Resize bend radius
Resize bend angle
Resize neutral factor
Chapter-11
- Unform
Reform
Metaform
Chapter-12
- Flat solid
Flat pattern
Export flat pattern
Chapter-13
- How to detail a sheet metal component?
Project-1 (Simple)
Project-2(Simple)
Project-3(Semi-complex)
Project-4(Semi-complex)
Project-5(Complex)
Project-6(Complex)
Common FAQs Related to this Products:
Q-1 What is the outcome result that the student will get after completing the whole course?
The student would have explored all the avenues in sheet metal module and gained a high level of competency. Our tutorials are designed in such a way that it is virtually on the job training in a typical design office environment.
Q-2 Why is this outcome important for the student?
After completing the tutorial and exercises student will be able to design a sheet metal product, however, complex it might be. And he will be more equipped than a beginner in the field of Sheet metal part designing.
Q-3 What will happen professionally if the student does not get this outcome from anywhere?
In today’s world, it is always better to be well equipped and if you develop a skill set which is superior to others you will always have an edge over your peers to grow.
Q-4 What Financial benefits will the student get if he gets the outcome/result as mentioned in answer to Q-1?
Financial benefit is a function of the skill set a person to possess, therefore this tutorial will help you to widen your skill set.Imagine a scenario where you are the beginner and you already know so much about the industry.
Q-5 What do the competing courses lack?
Competing courses lacks for one or many reasons mentioned below
1) Bombarded with lots of functions in SMD without supporting it with the theory.
2) After service support.
3) Different Case scenario
4) Simple to Complex exercise
Q-6 How is our courses superior & good value for money?
1) Covered all the functions in SMD
2) Students will gain good theoretical knowledge of sheet metal apart from the CAD tool
3) Explained various case scenarios
4) Tried different permutations and combinations of SMD tools to design a part
5) Exercises are real time parts in the industry
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