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Learn PTC Creo 5.0 (Pro-e) – Basic to Advance Guide

Learn PTC Creo Parametric 5.0 at your time - A Complete Guide
Instructor:
SS eAcademy .
1,128 students enrolled
English
Understanding Creo Parametric concepts
Create and modify 2D sketches on datum planes.
Sketching geometry and using tools
Create part features using: extrude, revolve, blend, hole, shell and sweep functions.
Creating datum planes and datum axes
Create parametric relationships between features and modify features Laying out drawings and creating views
Comprehensive two part Design Project
Selecting and editing geometry, features, and models
Learn advance modelling process
Learning how to use the Creo Parametric interface
Generate and dimension a multi view orthographic drawing.
Annotate notes and text on drawings.
Build a 3D assembly.
Mechanism (Gear, Cam follower, Piston cylinder, Slider crank etc.)
Animation ( Snapshot)
Manufacturing (Use application vericut)
Basic simulation
Drawing view and BOM (Bill of material)
Control and modify the operating environmental settings.
Complete work accurately, with attention to detail. Assembling with connections
Create Engineering, Industrial Graphics & Design in 3D or 2D

Creo (Pro-E) is a family or suite of design software supporting product design for discrete manufacturers and is developed by PTC.

  • Creo Parametric: The flagship application in the Creo Suite, Creo Parametric is the only software you need for 3D CAD and CAM.  With Creo  Parametric, you can seamlessly combine parametric and direct modeling;  open non-native CAD data and collaborate with almost anyone thanks to  Unite technology, and relax knowing all downstream deliverables will update automatically. Combine this range of capabilities with ease-of-use, and you have a product design accelerator.

2D CAD | 3D CAD | CAM | Simulation | Visualization | Analysis

 

Why Creo?

  • Our software doesn’t produce innovation: you do. But Creo can help by giving you powerful tools all within one environment as well as choice and flexibility in how you use them.

  • What can you design? One customer designed an artificial heart. Another created a 1.5 ton light sculpture. Maybe your next great product is that one on your desk.

Creo is best designed for Mechanical Engineer, Automobile Engineer. Mechatronics Engineer

SS eAcademy offers Complete training for Creo tutorials.

Introduction

1
Introducing

Sketching

1
Line Chain

There are two tools in Creo Parametric to create lines in the drawing; Line Chain and Line Tangent. The Line Chain tool is used to create a chain of lines. The procedure to create the line chains is describe in the video tutorial.

2
Rectangle

There is a list of four tools in Creo Parametric that are used to create rectangles :

Corner Rectangle, Slant Rectangle, Center Rectangle, and Parallelogram. 

The procedure to create rectangles by using these tools is explain in the video tutorial.

3
Circle

The tools available in the Circle drop-down are used to create circle with various methods. 

There are four tools available in the Circle drop-down; 

Center and Point, Concentric, 3 Point, and 3 Tangent. 

The procedures to create circles by these tools are explained in the video tutorial.

4
Arc

The tools to create arcs are available in the Arc drop-down.

There are five tools available in the Arc drop down :

3 Point/Tangent Arcs, Center and Ends, 3 Tangent, Concentric, and Conic. 

The procedures to create Arc by these tools are explained in the video tutorial.

5
Ellipse

There are two ways to create ellipses in Cero Parametric :

By using axis ends and by using center and axis.

The procedures to create ellipses by both the methods are explained in the video tutorial.

6
Spline

The spline is a special geometry that can be modified to smoothen the curvature. 

We can use spline to design aerodynamic bodies of automotive.

The procedure to create spline is explained in the video tutorial.

7
Fillet

Fillet is removal of material at the sharp edges.

It is used to smoothen the edges and reduce the stress at the edges.

There are four tools in Creo Parametric to create fillets:

Circular, Circular Trim, Elliptical, and Elliptical Trim. 

The procedure to create fillets by these four tools is same but the output is different. The procedure to use these tools is explained in the video tutorial.

8
Chamfer

The Chamfer tools are used to blunt the edges of parts for their easy handling and more importantly their easy fitting in assembly.

There are two tools in Creo Parametric for creating chamfers:

 Chamfer and Chamfer Trim. 

The procedure to use these tools is explained in the video tutorial.

9
Text

This is the tool of joy for everyone. Everybody wants to write something on paper, tree, and desk and so on. Mechanical engineers like to write on parts by using machines, like brand names. 

Text tool in Creo Parametric allows us to write text on parts which later on will be machined by CAM.

The procedure to use the Text tool is explained in the video tutorial.

10
Line Tangent
11
Offset

The Offset tool is used to create a copy of the selected entity at a specified distance.

The procedure to create offset entities is explained in the video tutorial.

12
Palette

The Palette tool is used to import or use already created entities. 

The procedure to use this tool is explained in the video tutorial.

13
Center line, Point and Co-ordinate System

Center Line

Center lines are the entities in Creo Parametric that are used to define a reference for creating sketch entities. When you will be creating solid models later in the book, you will get to know the importance of center line.

There are two tools to create center lines:

Center line and Center line Tangent. 

The procedure to use these tools is explained in the video tutorial.

Point

The Point tool as the name suggests is used to create points in the drawing area. 

These points can later be used to reference other sketch entities.

The procedure to create points is explained in the video tutorial.

Coordinate system

Coordinate system is a reference for all the entities sketched in Creo. All the base dimensions are measured from coordinate system.

The procedure to place coordinate system is similar to Point tool.

14
Divide use in any Sketch

The Divide tool is used to break the entity at the selected position. 

We will need this tool later when we will be creating 3D features.

The procedure to use this tool is explained in the video tutorial.

15
Grid and Line Style
16
Editing Options

Editing Tools 

In this video tutorial we will learn to edit the sketch entities.

The tools to perform editing are available in the Editing panel in the Ribbon.

We will learn about these tools one by one.

17
Constraints Option

Vertical Constrain

 This constraint is used to make selected line as vertical. You can also make two points to share horizontal distance from a reference point.

Horizontal Constrain 

This constraint is used to make selected line as horizontal. You can also make two points aligned horizontally.

Perpendicular Constrain 

The Perpendicular constrain is used to make a line/entity perpendicular to the other entity.

Tangent Constrain

 The Tangent constrain is used to make two entities tangent to each other. The entities can be combination of line and arc, arc and arc, arc and circle, circle and circle, ellipse with arc, line, or circle and so on.

 

Mid-point Constrain 

The Mid-point button is used to place the selected point at the middle of the other selected entity.

Symmetric Constrain 

The Symmetric constrain, as the name suggests, is used to make entities sym- metric about a center line.

Equal Constrain 

The Equal constrain is used to make dimension of two selected entities equal. Note that if one of the two entities is not constrained dimensionally then the first selected entity will be taken as reference and the other entity will be sized according to the first.

Parallel Constrain 

The Parallel constrain is used to make selected two lines parallel to each other. Note that if one of the two entities is not constrained dimensionally then the first selected entity will be taken as reference and the other entity will become parallel to the first entity.

18
Dimension Option

Dimension Option

Unlike other CAD packages, Creo Parametric has very compact tool box for dimensioning. 

There are only four tools in Creo to dimension entities.

These tools are one by one discussed in the video tutorial.

19
Inspect Option

Part

1
Introduction of Part
2
Extrude Command - Sketch to 3D Object

Extrusion is a method of defining three-dimensional geometry by translating a two-dimensional sketch normal to the sketch plane, for a pre-defined distance or up to a specified reference. Use the Extrude tool to create a solid or surface feature, and to add or remove material. You can create the following extrusion types:

• Protrusion—Solid, Thickened

• Cut—Solid, Thickened

• Extruded surface

• Surface trim—Regular, Thickened


3
Extrude Command - Sketch to 3D Object (In Plane)
4
Extrude Command – Make Thicken Object of Sketch
5
Extrude Command – Make a Surface Object from Sketch
6
Extrude Command - Cut Out From 3D Object
7
Extrude Command – Depth Option
8
Extrude Command – Make Taper Object from 2D Sketch
9
Extrude Command - Basic Example
10
Sweep Command - Sketch to 3D Object
11
Sweep Command - Cut Out From 3D Object
12
Sweep Command – Advanced Features
13
Swept Blend Command - Advanced Command
14
Swept Blend Command
15
Blend Command
16
Revolve Command - Sketch to 3D Object
17
Revolve Command - Cut Out from 3D Object
18
Revolve Command - Basic Example
19
Helical Sweep Command - Treading on 3D Object
20
Helical Sweep
21
Rotational Blend Command
22
Toroidal Bend
23
How to Draw Pully in Creo
24
Divide Blend
25
Practice Workbook

Modified Tools

1
Copy and Paste Command
2
Hole Command - Create Simple Hole
3
Hole Command- Standard and Custom hole Create
4
Round Command- Part 1
5
Round Command- Part 2
6
Round Command- Part 3
7
Round Command- Part 4
8
Auto Round Command
9
Chamfer Command - Apply at Edge of 3D Object
10
Draft Command
11
Variable Pull Direction Draft Command
12
Shell Command
13
Rib Command
14
Trajectory Rib Command
15
Cosmetic Sketch
16
Cosmetic Thread
17
Cosmetic Groove
18
Warp Command
19
Sketch Region

Editing Tools

1
Pattern - Axis
2
Pattern – Direction and Dimension
3
Pattern – Fill
4
Pattern – Point and Curve
5
Mirror Command
6
Project Command
7
Editing Tools

Assembly Creation

1
Knuckle Joint Assembly
2
Nut and Bolt Creation
3
Drawing View
4
Dimension Assembly
5
Top Down Assembly Approach

Bonus - Practice Assembly Cad File & Part File

1
Air Circulator System
2
Splitmuff coupling
3
Pressure Relief valve & Multiple Disc Clutch
4
Square Tool Post & Indexing Drill Jig
5
Stuffing Box & Piston Cross Head

Drawing View

1
Introduction of Drawing View
2
Model View - Part 01
3
Model View - Part 02
4
Annotate - Part 01
5
Annotate - Part 02
6
Table
7
Save and Print

Mechanism

1
Nut Bolt Mechanism
2
Gear Mechanism
3
Cam Follower Mechanism
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