SolidCam CAD CAM and CNC Programming

Name: SolidCam CAD CAM and CNC Programming
Rating: 3.6 (100 reviews)

Solidcam advanced manufacturing style CNC programming

Created byTechSchool Institute

Last updated 8/2023

English

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

Course content

11 sections • 120 lectures • 26h 0m total length

Fundamentals of cutting25:32
Fundamentals of cutting
Fundamentals of Turning12:59
Fundamentals of Turning
CNC Machine type10:25
CNC Machine type

SwanSoft Introduction9:41
SwanSoft Introduction
Absolute and incremental system G90 & G9117:14
Absolute and incremental system G90 & G91
Working coordinate system G54 G5516:56
Working coordinate system G54 G55
Tool length offset G435:31
Tool length offset G43
G81 > Standard Drilling15:20
G81 > Standard Drilling
Swansoft First Programme17:13
Swansoft First Programme
Get G Code by using MasterCam -> Line G1 linear interpolation12:24
Get G Code by using MasterCam -> Line G1 linear interpolation
Get G Code by using MasterCam -> Circular interpolation G02 G038:57
Get G Code by using MasterCam -> Circular interpolation G02 G03
Get G Code by using MasterCam -> Contour Toolpath Rectangle6:55
Get G Code by using MasterCam -> Contour Toolpath Rectangle with radius
Get G Code by using MasterCam -> G81 Standard Drilling4:12
Get G Code by using MasterCam -> G81 Standard Drilling
Get G Code by using MasterCam -> G83 Peck drilling cycle5:10
Get G Code by using MasterCam -> G83 Peck drilling cycle
Get G Code by using MasterCam -> G84 Rigid tapping cycle5:23
Get G Code by using MasterCam -> G84 Rigid tapping cycle

Solidworks and Solidcam14:23
Solidworks and Solidcam
Solidworks and Solidcam End to End Pogress 015:43
Solidworks and Solidcam End to End Pogress 01
Solidworks and Solidcam End to End Pogress 025:41
Solidworks and Solidcam End to End Pogress 02
Solidworks and Solidcam Pocket Milling is OK or NOT3:53
Solidworks and Solidcam Pocket Milling is OK or NOT
What is SolidCam21:09
What is SolidCam
Example 01 Design with Solidworks12:02
Design with Solidworks
Example 01 2D Face Toolpath9:00
2D Face Toolpath
Example 01 2D Profile Toolpath2:25
2D Profile Toolpath
Example 01 2D Pocket Toolpath3:10
2D Pocket Toolpath
Example 01 2D Pocket Edit Design4:49
2D Pocket Edit Design
Example 01 2D Drilling Toolpath4:07
2D Drilling Toolpath
Example 01 3D Constant Z Milling3:08
3D Constant Z Milling
Example 02 Design with Solidworks2:44
Example 02 Design with Solidworks
Example 02 Face Toolpath1:34
Example 02 Design with Solidworks
Example 02 Contour Roughing3:37
Example 02 Contour Roughing
Example 02 Z Constant1:22
Example 02 Z Constant

Example 01 SolidWorks and SolidCam Preparation15:26
Example 01 SolidWorks and SolidCam Preparation
Example 01 FaceToolpath and G-Code11:07
Example 01 Profile Rough and Copy Save Toolpath13:14
Example 01 Profile Rough and Copy Save Toolpath
Example 01 Pocket Rough Operation11:11
Example 01 Pocket Rough Operation
Example 01 Pocket Finish Operation6:26
Example 01 Pocket Finish Operation
Example 02 SolidWorks and SolidCam Preparation with FaceToolpath16:16
Example 02 SolidWorks and SolidCam Preparation with FaceToolpath
Example 02 Pocket Open Chain Operation7:33
Example 02 Pocket Open Chain Operation
Example 02 Face Toolpath MAC1 to MAC26:44
Example 02 Face Toolpath MAC1 to MAC2
Example 02 Pocket with Open Profile14:29
Example 02 Pocket with Open Profile
Example 02 Slot Profile Operation8:19
Example 02 Slot Profile Operation
Example 02 Slot Profile with T Tool6:01
Example 02 Slot Profile with T Tool
Example 03 SolidWorks and SolidCam Preparation12:54
Example 03 SolidWorks and SolidCam Preparation
Example 03 Open Pocket11:34
Example 03 Open Pocket
Example 03 Profile and Finish Pocket11:06
Example 03 Profile and Finish Pocket
Example 03 Open Pocket11:51
Example 03 Open Pocket
Example 03 Finish Profile11:12
Example 03 Finish Profile
Example 03 Drilling7:21
Example 03 Drilling
Example 04 Pocket and Rest Pocket6:52
Example 04 Pocket and Rest Pocket
Example 0521:43
Example 05,
Face toolpath,
Contour toolpath
Pocket Toolpath
Drilling Toolpath
Example 0618:04
Example 06
WCS-1
WCS-2
Example 0726:07
Example 07
Face Toolpath, Profil Toolpath, Pocket Toolpath with WCS-1 and WCS-2
Example 0836:46
Example 08

Contour Roughing Toolpath Fundamental2:09
Contour Roughing Toolpath Fundamental
Contour Roughing20:00
Contour Roughing
Rest Rough Milling after Contour Roughing14:03
Rest Rough Milling after Contour Roughing
Contour Roughing adding Surface to Target Model4:36
Contour Roughing adding Surface to Target Model
Hybrid Rib Roughing22:56
Hybrid Rib Roughing
HM Roughing Cavity9:57
HM Roughing Cavity
HM Roughing Core17:41
HM Roughing Core
HM Roughing HM Spiral15:51
HM Roughing HM Spiral

Constant Z Machining8:27
3d HSM Constant Z Machining
Constant Z Machining Example 0220:16
3d HSM Constant Z Machining Example 02
Constant Z Adaptive Step Down10:19
Constant Z Adaptive Step Down
Helical Machining7:06
Helical Machining
Horizontal Machining8:35
Horizontal Machining
Hybrid Constant Z16:46
Hybrid Constant Z
Linear Machining25:15
Linear Machining
Radial Machining30:24
Radial Machining
Spiral Machining14:32
Spiral Machining
Morphed Machining18:02
Morphed Machining
Offset Cutting9:31
Offset Cutting
Boundary Machining14:24
Boundary Machining
Rest Machining12:30
Rest Machining
3D Constant Stepover14:10
3D Constant Stepover
Pencil Milling6:05
Pencil Milling
Parallel Pencil Milling13:14
Parallel Pencil Milling
3D Corner Offset6:05
3D Corner Offset
Prismatic Part Machining20:15
Prismatic Part Machining

HSS High Speed Surface Machining Fundamental2:30
HSS High Speed Surface Machining Fundamental
SolidCAM HSS is a High Speed Surface machining module for smooth and powerful machining of localized surface areas in the part, including undercuts. It provides easy selection of the surfaces to be machined, with no need to define the boundaries. It supports both standard and shaped tools
HSS High Speed Surface Machining Fundamental from Solidcam PDF9:22
HSS High Speed Surface Machining Fundamental from Solidcam PDF
HSS Parallel Cuts Linear11:13
HSS Parallel Cuts Linear
HSS Parallel Cuts Constant Z5:17
HSS Parallel Cuts Constant Z
HSS Parallel Cuts Hatch4:12
HSS Parallel Cuts Hatch
HSS Parallel To Curve15:48
HSS Parallel To Curve
HSS Parallel To Surface10:31
HSS Parallel To Surface
HSS Perpendicular To Curve7:02
HSS Perpendicular To Curve
HSS Perpendicula rTo Curve with Fill Surface10:59
HSS Perpendicula rTo Curve with Fill Surface
HSS Perpendicular To Curve with Splite Surface12:01
HSS Perpendicular To Curve with Splite Surface
HSS Morph between two boundary curves15:00
HSS Morph between two boundary curves
HSS Morph between two adjacent surface10:39
HSS Morph between two adjacent surface
HSS Projection User Define13:53
HSS Projection User Define

Requirements

Basic computer
Install SolidCam software
Install SolidWorks software

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, 2½ 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

SolidCam CAD CAM and CNC Programming

What you'll learn

Explore related topics

Course content

Fundamentals of Manufacturing3 lectures • 49min

Fundamental of Cutting1 lecture • 9min

CNC Programming and SwanSoft12 lectures • 2hr 5min

Fundamental of CAD CAM3 lectures • 17min

What is SolidCam16 lectures • 1hr 39min

2d Milling Operation Examples22 lectures • 4hr 52min

2D iMachining2 lectures • 1hr 9min

3D HSR Toolpath8 lectures • 1hr 47min

3D HSM Toolpath18 lectures • 4hr 16min

HSS High Speed Surface Machining13 lectures • 2hr 8min

Requirements

Description

Who this course is for: