SolidCam CAD CAM and CNC Programming

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Technical School Online Technology Training Center

26:02:23

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1. Fundamentals of Manufacturing

1. Fundamentals of cutting.mp4

25:32

2. Fundamentals of Turning.mp4

12:59

3. CNC Machine type.mp4

10:25

2. CNC Programming and SwanSoft

1.1 Udemy Egitimi -- CNC Makina, ISO ve Makro Programlama, SwanSoft Simülasyon.html

1. SwanSoft Introduction.mp4

09:41

2.1 CNC Makina, ISO ve Makro Programlama, SwanSoft Simülasyon.html

2.2 CNC001-G90-G91.pptx

2. Absolute and incremental system G90 And G91.mp4

17:14

3.1 CNC005-G54-G55.pptx

3. Working coordinate system G54 G55.mp4

16:56

4.1 CNC007-G43.pptx

4. Tool length offset G43.mp4

05:31

5.1 CNC011-G81-only.pptx

5. G81 Standard Drilling.mp4

15:20

6. Swansoft First Programme.mp4

17:13

7. Get G Code by using MasterCam - Line G1 linear interpolation.mp4

12:24

8. Get G Code by using MasterCam - Circular interpolation G02 G03.mp4

08:57

9. Get G Code by using MasterCam - Contour Toolpath Rectangle.mp4

06:55

10. Get G Code by using MasterCam - G81 Standard Drilling.mp4

04:12

11. Get G Code by using MasterCam - G83 Peck drilling cycle.mp4

05:10

12. Get G Code by using MasterCam - G84 Rigid tapping cycle.mp4

05:23

3. Fundamental of CAD CAM

1.1 Solidworks 2021 Setup.html

1. Solidworks 2021 Setup.html

2.1 SolidCam 2021 Setup.html

2. Solidcam Setup.html

3. Benefits of Using SolidCam.html

4. SW 2D rectangle.mp4

05:50

5. SW Cut ( Circle ).mp4

05:01

6. SW Cut Rectangle.mp4

06:09

4. What is SolidCam

1. Solidworks and Solidcam.mp4

14:23

2. Solidworks and Solidcam End to End Pogress 01.mp4

05:43

3. Solidworks and Solidcam End to End Pogress 02.mp4

05:41

4. Solidworks and Solidcam Pocket Milling is OK or NOT.mp4

03:53

5.1 What is Sw and Scam.zip

5. What is SolidCam.mp4

21:09

6.1 2D-SolidCam-for-Beginners-Example-01.zip

6. Example 01 Design with Solidworks.mp4

12:02

7. Example 01 2D Face Toolpath.mp4

09:00

8. Example 01 2D Profile Toolpath.mp4

02:25

9. Example 01 2D Pocket Toolpath.mp4

03:10

10. Example 01 2D Pocket Edit Design.mp4

04:49

11. Example 01 2D Drilling Toolpath.mp4

04:07

12. Example 01 3D Constant Z Milling.mp4

03:08

13. Example 02 Design with Solidworks.mp4

02:44

14. Example 02 Face Toolpath.mp4

01:34

15. Example 02 Contour Roughing.mp4

03:37

16. Example 02 Z Constant.mp4

01:22

5. 2d Milling Operation Examples

1.1 EXAMPLE-01-01.zip

1. Example 01 SolidWorks and SolidCam Preparation.mp4

15:26

2.1 Example-01-02-FaceToolpath and Gcode.mp4

11:07

2. Example 01 FaceToolpath and G-Code.mp4

11:07

3. Example 01 Profile Rough and Copy Save Toolpath.mp4

13:14

4. Example 01 Pocket Rough Operation.mp4

11:11

5. Example 01 Pocket Finish Operation.mp4

06:26

6.1 EXAMPLE-01-02.zip

6. Example 02 SolidWorks and SolidCam Preparation with FaceToolpath.mp4

16:16

7. Example 02 Pocket Open Chain Operation.mp4

07:33

8. Example 02 Face Toolpath MAC1 to MAC2.mp4

06:44

9. Example 02 Pocket with Open Profile.mp4

14:29

10. Example 02 Slot Profile Operation.mp4

08:19

11. Example 02 Slot Profile with T Tool.mp4

06:01

12.1 EXAMPLE-01-03.zip

12. Example 03 SolidWorks and SolidCam Preparation.mp4

12:54

13. Example 03 Open Pocket.mp4

11:34

14. Example 03 Profile and Finish Pocket.mp4

11:06

15. Example 03 Open Pocket.mp4

11:51

16. Example 03 Finish Profile.mp4

11:12

17. Example 03 Drilling.mp4

07:21

18.1 POCKET REST.zip

18. Example 04 Pocket and Rest Pocket.mp4

06:52

19.1 EXERCISE2.zip

19. Example 05.mp4

21:43

20.1 EXERCISE3.zip

20. Example 06.mp4

18:04

21.1 EXERCISE4.zip

21. Example 07.mp4

26:07

22.1 EXERCISE5.zip

22. Example 08.mp4

36:46

6. 2D iMachining

1. iMachining 2D and 3D.html

2.1 IMACHINING 2D FUNDAMENTAL VIEW.zip

2. iMachining 2d and Open Pocket Machining.mp4

47:09

3.1 IMACHINING 2D Example.zip

3. iMachining 2d Example from outside of product.mp4

21:27

7. 3D HSR Toolpath

1. Contour Roughing Toolpath Fundamental.mp4

02:09

2.1 Example1.zip

2. Contour Roughing.mp4

20:00

3. Rest Rough Milling after Contour Roughing.mp4

14:03

4. Contour Roughing adding Surface to Target Model.mp4

04:36

5.1 Example2.zip

5. Hybrid Rib Roughing.mp4

22:56

6.1 Example3.zip

6. HM Roughing Cavity.mp4

09:57

7. HM Roughing Core.mp4

17:41

8. HM Roughing HM Spiral.mp4

15:51

8. 3D HSM Toolpath

1.1 CONSTANT Z-1.zip

1. Constant Z Machining.mp4

08:27

2.1 3d-HSM-02-02-Constant Z Machining.zip

2. Constant Z Machining Example 02.mp4

20:16

3. Constant Z Adaptive Step Down.mp4

10:19

4.1 3d-HSM-02-03-Helical Machining.zip

4. Helical Machining.mp4

07:06

5.1 3d-HSM-02-04-Horizontal Machining.zip

5. Horizontal Machining.mp4

08:35

6.1 3d-HSM-05-Hybrid-Constant-Z.zip

6. Hybrid Constant Z.mp4

16:46

7.1 3d-HSM-06-LinearMachining.zip

7. Linear Machining.mp4

25:15

8.1 3d-HSM-07-RadialMachining FirstStep.zip

8.2 3d-HSM-07-RadialMachining.zip

8. Radial Machining.mp4

30:24

9.1 3d-HSM-08-SpiralMachining.zip

9. Spiral Machining.mp4

14:32

10.1 3d-HSM-09-MorphedMachining.zip

10. Morphed Machining.mp4

18:02

11.1 3d-HSM-10-OffsetCutting.zip

11. Offset Cutting.mp4

09:31

12.1 3d-HSM-11-BoundaryMachining.zip

12. Boundary Machining.mp4

14:24

13.1 3d-HSM-12-RestMachining.zip

13. Rest Machining.mp4

12:30

14.1 3d-HSM-13-3D ConstantStepover.zip

14. 3D Constant Stepover.mp4

14:10

15.1 3d-HSM-14-PencilMilling.zip

15. Pencil Milling.mp4

06:05

16. Parallel Pencil Milling.mp4

13:14

17. 3D Corner Offset.mp4

06:05

18.1 3d-HSM-17-Prismatic-Part-Machining.zip

18. Prismatic Part Machining.mp4

20:15

9. HSS High Speed Surface Machining

1.1 Solidcam HSS Fundamental.html

1. HSS High Speed Surface Machining Fundamental.mp4

02:30

2. HSS High Speed Surface Machining Fundamental from Solidcam PDF.mp4

09:22

3.1 HSS Examples.zip

3. HSS Parallel Cuts Linear.mp4

11:13

4. HSS Parallel Cuts Constant Z.mp4

05:17

5. HSS Parallel Cuts Hatch.mp4

04:12

6.1 EXERCISE2.zip

6. HSS Parallel To Curve.mp4

15:48

7.1 EXERCISE3.zip

7. HSS Parallel To Surface.mp4

10:31

8.1 EXERCISE4.zip

8. HSS Perpendicular To Curve.mp4

07:02

9. HSS Perpendicula rTo Curve with Fill Surface.mp4

10:59

10.1 EXERCISE4-SplitSurface.zip

10. HSS Perpendicular To Curve with Splite Surface.mp4

12:01

11.1 EXERCISE5.zip

11. HSS Morph between two boundary curves.mp4

15:00

12.1 EXERCISE6.zip

12. HSS Morph between two adjacent surface.mp4

10:39

13.1 EXERCISE7.zip

13. HSS Projection User Define.mp4

13:53

10. Milling Operation Examples

1.1 Example-01-2d-and-3D-HSR-Operation.zip

1. Example 01 2d and 3d Operations.mp4

16:12

2.1 Example-02-2d-and-3D-Operation.zip

2. Example 02 2d and 3d Operations 01.mp4

21:11

3. Example 02 2d and 3d Operations 02.mp4

12:36

4.1 Example-03-2d-and-3D-Operation.zip

4. Example 03 2d and 3d Operations 01.mp4

13:31

5. Example 03 2d and 3d Operations 02.mp4

14:37

6.1 Example-04-2d-and-3D-Operation-01.zip

6. Example 04 2d and 3d Operations 01.mp4

33:51

7.1 Example-04-2d-and-3D-Operation-02.zip

7. Example 04 2d and 3d Operations 02.mp4

26:24

8.1 Example-05-2D-and-3D.zip

8. Example 05 2d and 3d.mp4

28:31

9.1 Example-06-2D-and-3D.zip

9. Example 06 2d and 3d.mp4

17:31

10.1 Example-07-2D-and-3D.zip

10. Example 07 2d and 3d Operations 01.mp4

34:03

11. Example 07 2d and 3d Operations 02.mp4

21:47

12.1 EXERCISE9.zip

12. Example 08 Contour Roughing.mp4

37:07

13. Example 08 Combine Constant Z.mp4

12:22

14. Example 08 HSS Parallel cuts Hatch.mp4

26:47

15. Example 08 HSS Parallel cuts Linear Constant Z.mp4

07:50

16.1 EXERCISE8.zip

16. Example 09 HSS Parallel Cuts Constant Z and Linear.mp4

25:31

17. Example 09 HSS Constant Z and Morph 2 Curves.mp4

13:20

18.1 Example-10.zip

18. Example 10 Summary.mp4

09:58

19.1 EXERCISE10.zip

19. Example 10 Paralel Cuts Constant Z and Morph Between Two.mp4

08:45

20. Example 10 Paralel Face and Drilling Toolpath.mp4

11:59

21.1 EXERCISE11.zip

21. Example 11 Morph Between Two Boundary Curves Summary.html

22.1 EXERCISE11.zip

22. Example 11 Morph Between Two Boundary Curves.mp4

15:16

11. SolidCam in A minute

1.1 Solidcam in A minute Changing WCS.html

1. Changing WCS.html

2.1 Solidcam in A minute Creating WCS by using 3 point.html

2. Creating WCS by using 3 point.html

3.1 POCKET REST.zip

3.2 Solidcam in A minute Creating 2D Pocket Smooth Toolpath.html

3. Creating 2D Smooth Pocket Toolpath.html

4.1 POCKET REST.zip

4.2 Solidcam in A minute Rest Pocket Toolpath.html

4. Rest Pocket Toolpath.html

12. About SolidCam

1.1 SolidCAM 2021 VMID Reference Guide.pdf

1. Machine ID Reference Guide.html

Description

Solidcam advanced manufacturing style CNC programming

What You'll Learn?

What is SolidCam and design SW part and Solidcam 2D milling operation
Fundamentals of Manufacturing
Manufacturing process
Advanced manufacturing technologies
Cutting and Spindle speed decision making
Cutting time optimization
CNC Programming G Code
SolidCam milling
High speed toolpath in 2 and 3 Axis
Effective Exercises (Free File Download)
iMachining
3D HSR Roughing and Rest Rough Toolpath
3D HSM Toolpath
HSS High Speed Surface Machining
Milling Operation Examples
Multi Axis Operations
Sim 5 Axis Milling

Who is this for?

Engineers

Mechanical Engineer

Production engineer

Designers ( for producible products )

Industry Person

Person of Working on the Manufacturing process

What You Need to Know?

Basic computer

Install SolidCam software

Install SolidWorks software

More details

Description
SolidCAM is the leading Integrated CAM software which runs directly inside SOLIDWORKS and Autodesk Inventor, with seamless integration and full tool path associativity.
With the single-window integration, all machining operations can be defined and verified without leaving the parametric CAD assembly environment you're used to.
Solidcam software has the easiest interface and is the easiest to learn software in the world. This software, which is used by many small and medium sized companies, works integrated with the Solidworks software, which is the most used in the design world.
With the help of this training set, you can be an advanced Solidcam user starting from scratch. The feature of our training set is that it does not only mention what the commands are for, and all subjects are reinforced with various industry applications where all commands are used. With this training set, you can turn your dreams into reality.
When you watch the training videos, you will be able to learn CNC working logic, M, G codes, 2D and 3D design, 2Â½ axis milling, 3 axis milling, 4 and 5 axis milling, iMachining features with industrial applications.
You can save up to 80% with iMachining toolpaths developed exclusively by Solidcam software.
Who Can Use: Engineers, Technical Staff, Hobbyists, CNC operators and Job seekers.
Who this course is for:
Engineers
Mechanical Engineer
Production engineer
Designers ( for producible products )
Industry Person
Person of Working on the Manufacturing process

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With the developing technological world and the speed of change, we must be in a state of continuous development and learning. Human life, our life span is prolonged and the professions we learn are completely destroyed or changed during this long life. In order to survive in the future, individuals must be open to continuous development and learning. With our online training sets, we aim to contribute to the creation of happy, step-by-step individuals and the cultured, environmentally conscious and knowledgeable communities of these individuals. Yours truly.

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