Expert Machinist
Using Expert Machinist
About Expert Machinist
To Create a Machining Process
To Retrieve a Machining Process
About Legacy .mfg Files
To Create a New NC Model
No Stock Machining
The NC MODEL Menu Commands
Tip: Creating NC Models
To Replace a Reference Model
Part Family Tables in Expert Machinist
Using Multibody Parts In Expert Machinist Assemblies
Using Divided Surfaces
Configuring for Expert Machinist
Configurations Options for Expert Machinist
Creating and Modifying Stock
About Stock
To Create a Stock-Workpiece
To Create Automatic Stock
To Assemble a Stock Using The Same Model
Example: Creating a Default Billet
Operations
To Create an Operation
The Operation Tab
To Define Program Zero
Program Zero Usage
Machine Tools
To Create a Machine Tool (Work Center)
Work Center Settings
To Set Up a PPRINT Table
The PPRINT Table
Fixtures
About Fixtures
To Create a Fixture Setup
The Fixture Setup Tab
To Activate a Fixture Setup
To Modify a Fixture Setup
To Delete a Fixture Setup
Tip: Using Fixture Setups
Cutting Tools
About Setting Up Tools
To Set Up Cutting Tools
The Tool Setup Dialog Box
To Set Up the Material Directory Structure
Example: Setting Up the Material Directory Structure
To Add a New Tool
To Specify the Cutting Data for the Tool
To Provide the Bill of Materials for the Tool
To Retrieve Tool Parameters
To Add a Sketched Tool
To Modify an Existing Tool
To Delete a Tool
To Save Tool Parameters
To Create a Tool Model
Solid Tool Models
To Use a Tool Model
Using Assembly as a Tool Model
Machining Features
About Machining Features
To Create a Machining Feature
Creating Machining Features for No Stock Machining
To Adjust Feature Boundaries
Example: Adjusting Feature Boundaries
To Adjust Soft Walls
To Adjust Feature Depth
To Adjust Feature Top
To Machine a Feature
To Set Tool Path Properties
Automatic Placement of CL Commands
To Mimic a Tool Path
Face Features
To Create a Face Feature
To Machine a Face Feature
The Face Milling Dialog Box
Example: Face Machining
Slab Features
To Create a Slab Feature
Example: Creating a Slab Feature
To Machine a Slab Feature
The Slab Milling Dialog Box
Pocket Features
To Create a Pocket Feature
To Machine a Pocket Feature
The Pocket Milling Dialog Box
Through Pocket Features
To Create a Through Pocket Feature
Example: Creating a Through Pocket
To Machine a Through Pocket Feature
The Through Pocket Milling Dialog Box
Step Features
To Create a Step Feature
To Machine a Step Feature
The Step Milling Dialog Box
Profile Features
To Create a Profile Feature
To Machine a Profile Feature
The Profile Milling Dialog Box
Channel Features
To Create a Channel Feature
Example: Creating a Channel Feature
To Machine a Channel Feature
The Channel Milling Dialog Box
Example: Channel Machining
Slot Features
To Create a Slot Feature
To Machine a Slot Feature
The Slot Milling Dialog Box
Through Slot Features
To Create a Through Slot Feature
To Machine a Through Slot Feature
The Through Slot Milling Dialog Box
Boss Top Features
To Create a Boss Top Feature
Example: Creating a Boss Top Feature
To Machine a Boss Top Feature
The Boss Top Milling Dialog Box
Example: Boss Top Machining
Flange Features
To Create a Flange Feature
Example: Creating a Flange Feature
To Machine a Flange Feature
The Flange Milling Dialog Box
O-Ring Features
To Create an O-Ring Feature
To Machine an O-Ring Feature
The O-Ring Milling Dialog Box
Example: O-Ring Machining
Rib Top Features
To Create a Rib Top Feature
Example: Creating a Rib Top Feature
To Machine a Rib Top Feature
The Rib Top Milling Dialog Box
Example: Rib Top Machining
Example: Open Rib Top Machining
Undercut Features
To Create an Undercut Feature
Example: Creating an Undercut
To Machine an Undercut Feature
The Undercut Milling Dialog Box
Using the Side Mill Tool
Example: Machining an Undercut
Top Chamfer Features
To Create a Top Chamfer Feature
Example: Creating a Top Chamfer Feature
To Machine a Top Chamfer Feature
The Top Round/Chamfer Milling Dialog Box
Using the Chamfering Tool
Top Round Features
To Create a Top Round Feature
Example: Creating a Top Round Feature
To Machine a Top Round Feature
The Top Round/Chamfer Milling Dialog Box
Using the Corner Rounding Tool
Example: Top Round Machining
Hole Group Features
To Create a Hole Group Feature
Combining Selection Methods
To Select Holes by Axes
To Select Holes by Diameters
To Select Holes by Surfaces
To Select Holes by Feature Parameters
To Machine a Hole Group Feature
The Drilling Strategy Dialog Box
Example: Automatic Chamfer Machining
Entry Hole Features
To Create an Entry Hole Feature
The Entry Hole Dialog Box
To Machine an Entry Hole Feature
Free Form Machining
To Machine a Free Form Feature
The Freeform Milling Dialog Box
The Finish Cuts Dialog Box
The Finish Passes Dialog Box
Tool Path Display and Output
About Displaying the Tool Path
To Display the Tool Path
The PLAY PATH Dialog Box
To Add a Break Point
Manipulating Break Points
To Position the Tool
To Insert a CL Command
Using Parameters in CL Commands
To Delete a CL Command
To Redefine a CL Command
To Save CL Data in a File
To Output a CL File
To Output NC Codes
Template Machining
About the Template Manager
To Create a New Template
To Place a Template
Miscellaneous
To Manipulate Features Using the Model Tree
Options Available from the Model Tree
To Toggle Material Display
To Create Stock
To Modify Stock Outline
The Automatic Stock Creation Dashboard
Example: Modifying the Standard Stock Sizes
To Modify Stock Offsets
製造流程規劃
Introduction
About Manufacturing Process Planning for MFG
About Defining the Process Plan Work Flow
To Use Manufacturing Process Planning for MFG
About Specific Uses for Manufacturing Process Planning for MFG
About the Part Machining Process Plan
To Document the Part Machining Process Plan
Using Multibody Parts In Manufacturing Process Assemblies
Using Divided Surfaces
Configuring Manufacturing Process Planning for MFG
Configuration Options for Process Manufacturing
Process Steps
About Process Assemblies
To Use Process Mode
Setting Up the Manufacturing Process
STEP REGEN Menu Commands
About Tool Features
Read About and Create Steps
About Play Steps
About Process Steps
To Create a Machine Step
About Fixture Steps
To Create a Fixture Step
About General Steps
To Create a General Step
About Volume Steps
To Create a Volume Step
About Manufacturing Model Steps
To Create a Manufacturing Model Step
About Surface Steps
To Create a Surface Step
View Steps
To View a Process Step
To View a Previous or Next Step
To View the Process Operation
To View the Previous or Next Operation
Documenting the Process
Create Customized Documentation
About Drawing Mode
To Create Views of Process Steps
Process State Dialog Box Options
To Enter an Existing Drawing
To Open a New Drawing
To Copy a Process Drawing Sheet
Read About Process State
To Change the Process Component State in a View
To Set Process Component State in New Views
Process State Dialog Box Options
Specific Process Considerations
About Process-Specific Considerations
About Adding a View or Repeat Region
About Modifying a View or Repeat Region
About Switching Sheets of Views or Repeat Regions
About Machining Process Assembly as Default Model
Reports
To Create a New Report
Parameters for Manufacturing Process Drawings
Repeat Regions in Reports
Other Process Functions
About Obtaining Information
About Step Information
Simplified Representations
About Using Simplified Representations with Large Design Assemblies
To Create Simplified Representations for a Process Model
To Apply Simplified Representations to a Step
To Retrieve a Simplified Representation From a Process
Sample Session
About the Sample Session
To Retrieve the Process Model
Example: Retrieved Process Model
To Create Drawings
To Use the Play Steps Functionality
Example: MFG Model Stock Assembled
To Use the Copy Process Functionality
Example: Copy Process Functionality
Coordinate Measuring Machines (CMM)
CMM Overview
Using CMM
About CMM
To Create a CMM Model
To Retrieve a CMM Model
About Legacy .mfg Files
To Bring Components into a CMM Model
About Working with Family Tables
To Replace a Reference Model
Part Family Tables in CMM
Using Multibody Parts In CMM
Configuring for CMM
Configurations Options for CMM
CMM Process
About CMM Process
To Create CMM Steps
Measure, Construct, and Verify Steps
To Select CMM Steps
To Make Changes to CMM Steps
To Modify CMM Steps
To Pattern CMM Steps
Patterning Measure Steps
Example: Patterning a Measure Step
Operations
About Operations
To Create an Operation
The Operation Tab
To Specify Comments for an Operation or CMM Step
To Activate an Operation
Workcells
About Workcells
To Create a Work Center (Workcell)
CMM Work Center
Saving and Retrieving Workcells
To Setup a DMIS Text Data
Setting Up DMIS Text Data
Fixtures
About Fixtures
To Create a Fixture Setup
The Fixture Setup Tab
To Activate a Fixture Setup
To Modify a Fixture Setup
To Delete a Fixture Setup
Sites
About Sites
To Create a New Site File
Manipulating Sites
Parameter Visibility
To Activate a Site
Activating a Site
To Associate a Site with a Workcell
Associating a Site with a Workcell
Coordinate Systems
About Coordinate Systems
To Create a New Reference Coordinate System
Example 1: Using Primary Axis
Example 2: Using Custom Transformation
Probes
About Probes
To Create a Probe Model
Probe Model
Example: Probe Models
To Add a Probe
Camera Probes
About Camera Probes
To Create a Camera Probe Model
Camera Probe Model
Example: Camera Probe Model
To Add a Camera Probe
Adding or Creating a Camera Probe
Setting Up Probes
To Delete a Probe
To Modify a Probe
Replacing Probes
About Replacing Probes
To Replace a Probe (File System)
To Replace a Probe (Workcell)
To List Information About Probes
To Use a Default Probe
Default Probes
Measure Steps
About Measure Steps
To Create a Measure Step
The MEASUREMENT STEP Dialog Box
About the MEASUREMENT STEP dialog box
To Specify Attributes
To Specify a Probe
To Specify the Reference Coordinate System
To Specify the Step Name
Measure Step Parameters
About Measure Step Parameters
The PARAMETERS SETUP Dialog Box
Parameter Inheritance
Parameters Library
To Include Parameters in Relations
Using Parameters in Relations
Common Parameters
To Specify Parameters for Measure Step
To Customize Parameters Table
To Specify Geometric References
To Specify Measure Points
Scan
About Scan
About SCAN User Interface
To Change the Probe Path
To Change the Clearance
To Define a Clearance Plane
Clearance Plane Purpose
To Delete a Clearance Plane
To Set Up Start and End Points for the Probe Path
Probe Move Types
About Probe Moves
To Create Go Delta Moves
To Create Move to Pt Moves
To Create Move to Pln Moves
Measure Plane
To Measure a Plane
Automatic Points Generation for Measure Plane
Specific Parameters for Measure Plane
Measure Cylinder
To Measure a Cylinder
Automatic Points Generation for Measure Cylinder
Specific Parameters for Measure Cylinder
Example: Measuring a Cylinder
Measure Circle
To Measure a Circle
Automatic Points Generation for Measure Circle
Specific Parameters for Measure Circle
Example: Measuring a Circle
Measure Surface
To Measure a Surface
Automatic Points Generation for Measure Surface
Example: Measuring a Surface
Measure Sphere
To Measure a Sphere
Automatic Points Generation for Measure Sphere
Specific Parameters for Measure Sphere
Example: Measuring a Sphere
Measure Point
To Measure a Point
Example: Measuring a Point
Measure Cone
To Measure a Cone
Automatic Points Generation for Measure Cone
Specific Parameters for Measure Cone
Example: Measuring a Cone
Measure Line
To Measure a Line
Bounded and Unbounded Lines
Example: Measuring a Line
Measure from Scan
About Measure from Scan
To Measure from Scan
Construct Steps
About Construct Steps
To Create a Construct Step
The CMM Construct Tab
To Specify the Step Name
Construct Plane
Types of Constructed Planes
To Create a Best Fit Plane
Example: Creating a Best Fit Plane
To Create a Midplane Plane
Example: Creating a Midplane Plane
To Create a Normal Plane
Example: Creating a Normal Plane
To Create a Parallel Plane
Example: Creating a Parallel Plane
To Create a Theoretical Plane
Construct Line
Types of Constructed Lines
To Create a Best Fit Line
Example: Creating a Best Fit Line
To Create a Midline Line
Example: Creating a Midline Line
To Create a Projection Line
Example: Creating a Projection Line
To Create an Intersect Line
Example: Creating an Intersect Line
To Create a Theoretical Line
Construct Circle
Types of Constructed Circles
To Create a Best Fit Circle
Example: Creating a Best Fit Circle
To Create a Projection Circle
Example: Creating a Projection Circle
To Create an Intersect Circle
Example: Creating an Intersect Circle
Construct Cylinder
To Create a Constructed Cylinder
Example: Creating a Constructed Cylinder
Construct Sphere
To Create a Constructed Sphere
Example: Creating a Constructed Sphere
Construct Point
Types of Constructed Points
To Create a Midpoint Point
Example: Creating a Midpoint Point
To Create a Projection Point
Example: Creating a Projection Point
To Create an Intersect Point
Example: Creating an Intersect Point
To Create a Theoretical Point
Verify Steps
About Verify Steps
To Create a Verify Step
To Verify Dimension Tolerances
Example: Verifying a Dimension Tolerance
To Verify Geometric Tolerances
Example: Verifying a Geometric Tolerance
The CMM VERIFY Dialog Box
About the CMM VERIFY Dialog Box
To Specify Tolerance
To Specify Features
To Specify Datums
To Change the Reference Coordinate System
Reference Coordinate System
Auxiliary Steps
About Auxiliary Steps
To Create an Auxiliary Step
To Create Auxiliary Commands
To Create GoTo Point Motions
To Create an Offset Control Point
To Create Go Delta Motions
Modifying the Increments of a Go Delta Motion
To Insert DMIS Commands
Modifying the User-Defined DMIS Commands
Probe Path
About Probe Path
About DMIS Data
To Display the Probe Path
Displaying the Probe Path
Example: Displaying the Probe Path
Using the PLAY PATH Dialog Box
About the PLAY PATH Dialog box
Probe Display Options
To Check Collision
To Add a Break Point
Manipulating Break Points
To Position the Probe
Supported DMIS Commands
To Write a DMIS File to Disk
Writing DMIS Files to Disk
To Display Probe Path Along with Machine Simulation
Rules for Creating Machine Assembly to be Used for Machine Simulation
To Include or Exclude Components for Collision Checking
To Display a DMIS File
To Output Operator Instructions
Outputting Operator Instructions
To Rotate or Translate the Probe Path
To Mirror the Probe Path
To Scale the Probe Path
To Output the Probe Path in Different Units
Process Information
About Process Information
To View Process Information
To Output CMM Process Information
To Set Up Filter Configuration
To Create a Customized Report on a CMM Process
Using Reports in CMM
Examples: Creating a Customized Report on a CMM Process
Manufacturing Verification
VERIFY
Basics of VERIFY
About Verify
To Use Verify
Example: Typical Scan File Extract
Working with Verification Assemblies
About Creating the Verification Assembly
To Create a Verification Assembly
Verification Menu Commands
To Save a Verify Assembly
To Retrieve an Existing Verify Assembly
Working with Scan Sets
About Scan Sets
To Create a Scan Set
Example: Create a Scan Set
Scan Set Menu Commands
Display Options with Scan Sets
To Place the Scan Set on the Design Model
To Change Scan Set Placement
To Create a Scan Set Output File
To Merge the Spherical Centers of Scan Sets
Merging Scan Sets
To Filter Display of Scan Sets
Filtering Scan Sets
Displaying and Blanking the Design Model or Scan Set
To Delete Points from a Scan Set
Deleting Points from a Scan Set
To Preview the Scan Display
Fit and Analysis
About Fit and Analysis
To Create a Fit
Fit Scan Menu Commands
To Display a Fit
To Measure between a Scan Point and Other Geometry
To Fit a Scan Set to the Design Model
Tip: Fit Scan Set to Design Model
To Offset Scan Set by Radius of CMM Probe
Analyzing Deviation
About Deviation Analysis
To Set Up a Deviation Case
Deviation Menu Commands
Verification Results
About Verification Results
To Compute Deviation Features
To Graphically Display Deviation Feature Results
To Plot Computed Deviation Case Results
To Tabulate Deviation Cases
To Export Computed Deviation Results
積層製造
關於積層製造
欲設定積層製造選項
積層製造的組態選項
準備模型以進行 3D 列印
關於準備模型以進行 3D 列印
關於紙匣使用者介面
欲建立紙匣組件
欲新增印表機
積層製造中的多主體設計
支撐結構
關於支撐結構
欲將零件定義為支撐結構
支撐結構 - Materialise
關於使用 Materialise SG+ 模組產生的支援結構
關於支撐結構使用者介面
欲使用 Materialise SG+ 模組產生支撐結構
欲將設定檔套用至支撐結構
欲編輯支撐結構設定檔
欲匯入支撐結構設定檔
欲設定支撐結構格式
3D 列印分析
關於積層製造分析
欲執行可列印程度驗證
以 3D 形式列印模型
關於使用 3D 印表機
關於 3D 列印預覽使用者介面
欲使用印表機以 3D 形式列印模型
欲切片模型
積層製造術語表
About Expert Machinist
積層製造術語表