zw3d cam milling training guide - blog.kakaocdn.net
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ZW3D
CAM Milling Training Guide
Copyright and Trademarks
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ZW3D™ V2017 CAM Milling
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Forward
The full version of the ZW3D documentation is available by selecting Help Browser from the ZW3D Help Menu. Go to the "Program Folder\doc" directory on the ZW3D program directory and open the file "ZW3D.chm".
This Training Guide is available as a printed manual and in PDF format. To view or print the PDF version, install the Adobe Acrobat Reader and open the corresponding files in the "Program Folder\PDF" folder in the program directory. Refer to the HELP Manual for information relating to specific tasks.
NOTES:
1. For best results, view and print the PDF version of the documentation using the Adobe
Acrobat Reader.
2. Since the Training Guide is only a portion of the complete documentation, it is highly
recommended that you utilize the HELP Manual. You will find additional topics, more
information on command options, input options, additional command notes, and cross-links
to related tasks and topics.
3. It should be noted that the HELP Manual will always be more up-to-date than any printed or
PDF material. If you find any discrepancies between the two, always refer to the HELP
Manual.
4. While you are working with ZW3D, simply press F1 to view the documentation about the
command you select.
To help you customize your CAD/CAM requirements, please contact our Customer Support department on our website http://www.zwsoft.com/ or call at (8620) 38289780 ext 565 . You can also contact your local sales representative or application engineer to discuss your requirements.
Thanks for being our customer!
Team ZW3D
Contents:
Forward ............................................................................................................................................................................. ..…….1 Chapter 1 ZW3D CAM Environment Introduction and 2X Machining Case Study ..................................................................... 2
1.1 How to go to CAM environment in ZW3D? .......................................................................................................... 2 1.1.1 Open files in ZW3D ...................................................................................................................................... 2 1.1.2 Go to CAM plan............................................................................................................................................. 3
1.2 Introduction to ZW3D CAM Environment.............................................................................................................. 5 1.3 ZW3D 2X Machining Case Study .......................................................................................................................... 11
1.3.1 Import the file and go to CAM environment .............................................................................................. 11 1.3.2 Create Stock ................................................................................................................................................ 11 1.3.3 Add different operations and create tool path ........................................................................................... 13 1.3.4 Tool path setting and modification ............................................................................................................. 18 1.3.5 Create tool path for grooves with “Spiral” Strategy ................................................................................... 21 1.3.6 Create tool path for slots with “Spiral" Strategy ......................................................................................... 28 1.3.7 Use Command “Ramp” to create tool path for slots .................................................................................. 35 1.3.8 Hole Machining –ZW3D Hole Tactic ............................................................................................................ 39 1.3.9 Product Contour Machining –Profile Operation ......................................................................................... 42 1.3.10 Solid Verify ................................................................................................................................................ 46 1.3.11 Selection on Machine and Post ................................................................................................................ 50 1.3.12 Generate NC Code ................................................................................................................................... 50
Chapter 2 3 Axis Milling Operation .......................................................................................................................................... 54 2.1 Introduction ................................................................................................................................................... 54 2.2 Tool Library Customization ............................................................................................................................ 54 2.3 Orientation .................................................................................................................................................... 63 2.4 Create Stock ................................................................................................................................................... 66 2.5 Create Top Face Cut Operation ..................................................................................................................... 67 2.6 Create Roughing Operation ........................................................................................................................... 72 2.7 Create Rest Rough Operation ........................................................................................................................ 75 2.8 Tool path Editing ............................................................................................................................................ 80 2.9 Create Finishing Operation – Z Level ............................................................................................................. 81 2.10 Create Finishing Operation – Lace ............................................................................................................... 86 2.11 Create Finishing Operation – Offset 3D ....................................................................................................... 89 2.12 Solid Verify ................................................................................................................................................... 92 2.13 Generate NC Code ....................................................................................................................................... 94
Training
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Forward Normally, users get part from their clients or they designed part by themself, then programming tool-path for the part and generate NC code for CNC machining. In this tutorial, we are focus on how to programming tool path in ZW3D CAM.
3D format files
NC Codes
Fig 3.1 Simple Work Background
Designed part
Programming tool path
Machining
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Chapter 01
ZW3D CAM Environment Introduction and 2X Machining Case Study
1.1 How to go to CAM environment in ZW3D?
1.1.1 Open files in ZW3D:
Launch ZW3D and click "Open" as Fig 1.1 shown below or use "Ctrl + O" to open files.
Fig 1.1 Open ZW3D File
*NOTE: ZW3D supports following file formats: DWG, DXF, IGES, PARASOLID, STEP, STL, CATIA V4 & V5, INVENTOR, NX, ProE, SolidWorks, SolidEdge, etc.
Fig 1.2 ZW3D Support File Format
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Please open "ZW3D 2X Machining" sample file and get following geometry.
Fig 1.3 2X Milling Model
1.1.2 Go to CAM plan:
Right click on the drawing space and choose “CAM Plan”(Shown in Fig 1.4)
Fig 1.4 Create a New CAM Plan
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Click “OK” on the “Select a template” window(Shown below)
Fig 1.5 Select CAM Template
Now you are in CAM environment as shown below,
Fig 1.6 CAM environment
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*PS: You can also click “CAM Plan” on the quick menu (Shown Fig 1.7).
Fig 1.7 Another Method to Create CAM Plan
1.2 Introduction to ZW3D CAM Environment
1.2.1 CAM Interface Sections:
CAM Interface :
There are three sections in the CAM environment: the top section is for operation selection; the left section is
CAM Manager Tree; and the right section is Drawing Area (Shown Fig 1.8).
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Fig 1.8 CAM Interface
You can left-click to choose different views of geometry on Tool Bar as picture shown below.
Fig 1.9 View Setting
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*NOTE: You can use “Ctrl + 1”to quickly set the rotating center; press and hold the right mouse button to rotate the geometry to any position; press and hold the middle mouse button to pan; roll the wheel forward to zoom in and back to zoom out; right click on the screen to pop up the context menu.
You can choose different display mode on the Tool Bar as picture shown below.
Fig 1.10 Display Mode
*NOTE: You can use “Ctrl + F” to change the geometry between “Wireframe” and “Shade”.
You can select different operations or editor on the Ribbon Interface, including Drill, 2x Mill, 3x Quick Mill, 5x Mill,
Turning, etc.
Fig 1.11 CAM Ribbon Tab
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Introduction of CAM Manager Tree:
Introduction of the Interface
1. Geometry Used for selecting and managing the
machining objects including Part,
Stock, and the Features under the
Part
2. Clearances
Used for define the tool clearance
distance
3. Frames
Insert and define alternate Frames, in
other words, it used for create and
define programming coordinate
system
4. Tactics
Right click to add hole tactics and
milling tactics here
5. Operations
Management all elements of the tool-
path and including all operations
about the tool-path
6. Machine
Post Configuration
7. Output
NC Code output control
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Tips:
1). Double click on the icon or text of the
Manager Tree is different input.
2). Double click on the icon would enable
you to hide or display the tool path.
3). Double click on the text would enable
you to go to Parameters setting.
4). Right click on the text would open
context menu.
Fig 1.12 CAM Manager Tree
If you want to switch from CAM environment to CAD, you can click the “Exit”button on the Tool Bar, or you can double click the geometry on CAM Manager Tree.
Fig 1.13 How to Back to CAD in CAM (Way 1)
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Fig 1.14 How to Back to CAD in CAM (Way 2)
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1.3 ZW3D 2X Machining Case Study
1.3.1 Import the file and go to CAM environment
Please open the “ZW3D 2X Machining" sample file, and go to CAM environment.
Fig 1.15 Example Model
1.3.2 Create Stock
You can go to Setup>>Add Stock to add stock as picture shown below. In the popped out dialogue, please
set the Length, Width and Height with 5mm each as shown in Fig 1.17.
Fig 1.16 Create Stock
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Fig 1.17 Stock Parameters
Click or middle click on the rolling button to confirm. It will pop put the window “Hide [Part
001_Stock.1.2]”, just click “Yes”.
Fig 1.18 Hide Stock
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1.3.3 Add different operations and create tool path
First, you can choose Distance and Surface Curvature commands from Inquire ribbon tab to check the
length and radius size of the part.
Fig 1.19 Inquire
Pick Distance command to check length size as below.
Fig 1.20 Check length size
Pick Surface Curvature command to check radius size as below,
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Fig 1.21 Check radius size
After we get the size of the part, then we can decide which cutter can be used.
Use "Zigzag" to create tool path to machining the top face. You can go to 2X Mill>>Zigzag.
Fig 1.22 Create Zigzag Operation
Select "Create" in the pop-out dialogue; Select "profile" and click "OK".
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Fig 1.23 Define Feature
In the Profile dialogue, please hold “Shift”and select any line on the profile of top face to get all picked–
total 12, then click Ok or middle click two times to finish (Fig 1.24).
Fig 1.24 Select Curves to Create Profile Feature
*PS: You can get all tangent objects picked when holding “Shift”
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In the pop-out Profile Feature dialogue, click “OK” or middle click then the profile1 is created successfully.
Fig 1.25 Define Profile Feature
*NOTE: The features under the operation tree are used for define the machining object.
Normally, the Profile is the recommended feature for 2 axis milling operations except in Chamfer, Corner Round, Helical and Nesting operations.
Select cutting tool. After you click "OK" on Profile Feature then the cutting tool setting dialogue will pop
out automatically as picture shown Fig 1.26.
*NOTE: all operations can't be paused; otherwise the next-step dialogue wouldn't pop out automatically.
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Fig 1.26 Define Tool
*NOTE: In Tool Manager, we also can define the tool ID, Holder, Speed and Feed in the following tables.
After the cutter setting is finished, “Calculate [Zigzagcut 1] now” will pop out; just click “Yes" and the tool
path will be generated then.
Fig 1.27 Calculate Tool Path
Define the radius of cutter
Define the name of cutter
Define the diameter of cutter
More parameters, Holder, Speed & Feed tables
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Fig 1.28 Calculate Result
1.3.4 Tool path setting and modification
From the tool path generated, the top surface can't be machined fully. You can double click on “Zigzagcut 1” or “Parameters” at manager tree to modify the parameters:
CAM Manager Tree>>Operations>>Zigzagcut 1>>Parameters
Fig 1.29 Parameter Define
In dialogue “Zigzagcut 1", go to Limiting>>Boundaries, select "Past Boundary” on Tool Location and click
“Calculate”. The new tool path will be generated.
Double click to modify the setting of tool path
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Fig 1.30 Re-generated Tool Path
*Key point: Parameters include 5 items: Primary, Limiting, Path Setting, Link & lead and Display. All Operations are classified by the same way.
Fig 1.31 Parameter Setting
Primary: Setting basic parameters related with
machining, like spindle speed, tolerance, step
size etc.
Limiting: Define the machining area of tool-path.
Path Setting: Define and control cutting tool-path.
Link & Lead: Setting of Link, lead in and lead out.
Display: Setting the display mode of tool path.
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Click “OK” to exit Parameter form.
*Tips1: The illustration would be displayed when rest the mouse pointer over the blank table.
Fig 1.32 illustration in Parameter form
*Tips2: Double click icon of Operation>>Zigzagcut1 to hide the tool path.
Fig 1.33 How to Hide Tool Path
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1.3.5 Create tool path for grooves with “Spiral” Strategy
Use command “Spiral" to create tool path for two grooves. Click 2X Mill>>Spiral
Fig 1.34 Create Spiral Operation
Click“Create”
Fig 1.35 Create New Feature
Select “profile" and click ok, then go to "profile" dialogue. Hold“Shift”to pick all lines on the top of both
two caves–since the depth is the same, both two caves can be done in one Operation. Then click OK
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Fig 1.36 Select Feature Type
Fig 1.37 Choose Lines
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Click“OK" on the Profile Feature dialogue, shown as below.
Fig 1.38 Define Profile Feature
On the pop-out Tool List dialogue, you can click "Manage" to modify the settings of cutters. Here you can
just pick D20 to proceed.
Fig 1.39 Tool List
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In dialogue “Calculate [Spiral1] now”, select “NO" to set more parameters; this way can save time and
improve efficiency.
Fig 1.40 Calculate request
Set cutting step sizes in Primary table as picture shown below.
Fig 1.41 Setting Step Sizes
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Pick Limiting table, then click“Top" to select the surface of work piece and click “Bottom”to select the
bottom of cave as picture shown below.
Fig 1.42 Select Top and Bottom Limiting
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In Path Setting>>Cut order, select Region First. Then click “Calculate” to generate the tool path as picture
shown in Fig 1.44.
Fig 1.43 Set Cut Order
Fig 1.44 Calculate Result 1
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You can go to Link and Lead to select Link Type to Blank Plane, then click “Calculate” to change tool path
as Fig 1.46.
Fig 1.45 Change Link Type
Fig 1.46 Calculate Result 2
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1.3.6 Create tool path for slots with “Spiral" Strategy
Use command “Spiral" to create tool path for 4 slots on the round cave. Right click on Spiralcut 1
operation, pick Duplicate to copy this operation.
Fig 1.47 Copy Operation
Right click on profile 2 feature to remove it from new Spiralcut 2 operation.
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Fig 1.48 Remove Feature
Right click on Features and pick “Add” to create a new Profile feature for this operation,
Fig 1.49 Add Feature
Repeat Profile feature creation steps to pick all lines on the top of slots to create a new profile feature.
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Fig 1.50 Add Feature
Fig 1.51 Pick All Lines
After Profile feature was created, right click on Tool: D20, select“Manage" to add new cutters.
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Fig 1.52 Add New Cutter
Create a new tool named D10 and set the Radius and Diameter then click OK, and pick Yes in popup
dialog box.
Fig 1.53 Define Tool
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Fig 1.54 Use New Tool
Double click "Parameters". Change Top and Bottom limiting point.
Tips: You also can type into -20, -25 directly.
Fig 1.55 Set Top and Bottom Limiting
Click "Calculate" and get the following tool path Fig 1.56:
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Fig 1.56 Calculate Result 1
You can go to Path Setting table to select "Side Finish Type" as "None", and go to Link and Lead table to
select Auto engage/retract as "None", then pick "Calculate" to changed tool path as Fig 1.57.
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Fig 1.57 Calculate Result 2
1.3.7 Use Command “Ramp” to create tool path for slots
Go to 2X Mill>>Ramp
Fig 1.58 Create Ramp Operation
In dialogue “Select Feature for operation”, click "Create">> "Profile">>"OK", hold “Shift” key to pick the
lines to create new profile feature,
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Fig 1.59 Create New Profile
Click tool "D10"in the automatic pop-out window "Tool List". Then Click“Yes” in the pop-out window to
calculate the tool path.
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Fig 1.60 Tool List
*PS: If the window “Tool List” is not popped out automatically, please go to Manager Tree>>Tool (double click) and
select the tool “D10”.
Fig 1.61 How to Define Tool
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Please go to Manager Tree>>Rampcut 1>>Parameter (double click) to set the parameters. Please define
the exact point for Top and Bottom.
Fig 1.62 Define Top and Bottom Limiting
Please set Profile Side to "Left" to change cutting postion of tool path.
Fig 1.63 Set Parameters
Click "Calculate" on window “Rampcut 1”to re-calculate the tool path.
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Fig 1.64 Click Calculate
Fig 1.65 Calculate Result
*PS: If the tool path generated in a wrong position, you can double click "Parameter" and go to Path Setting
>>Profile Side and change the input to 'Left" then click “Calculate”
1.3.8 Hole Machining –ZW3D Hole Tactic
Right click on Manager>>Tactics and select “Insert Hole Tactic”.
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Fig 1.66 Create Hole Tactic
Double click "Features" then pick Part and click OK.
Fig 1.67 Define Machining Object
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Right click on “Hole Tactic 1”and select “Create/Calculate Operations”.
Fig 1.68 Click Calculate
Fig 1.69 Calculate Result
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1.3.9 Product Contour Machining –Profile Operation
Click 2X Mill >>“Profile" for machining the contour of the part, as shown below.
Fig 1.70 Create Profile Operation
Select“Profile 1” as the machining object.
Fig 1.71 Machining object
Pick “D10”in the Tool List, as shown below:
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Fig 1.72 Select Tool
Pick No to move on to Parameters form.
Fig 1.73 Parameters Form
Define the Bottom limiting point as below(The lower surface of part).
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Fig 1.74 Define Bottom Limiting
Tips: You can skip the limiting point setting if this point is on the current horizontal feature.
Change Profile Side to “Right” in Path Setting tab show as below.
Fig 1.75 Path Setting
Click “Calculate”, then you can get the tool path show as below.
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Fig 1.76 Calculate Result
Note: Tool Management
Right click on the “Tool”to manage the tools.
Fig 1.77 Tool Right Click Menu
*P.S.: Double click “Tool” is to manage the current tool. If no tool is applied, “Tool List” would pop out.
Remove the tool from the current
operation.
Delete selected tool in current CAM
Plan, it will affect all operations where
this tool was applied.
Create new tool, load tool from other
tool library or manage tools.
Select the existing tools which are
previously created or loaded from Library
in current CAM Plan.
Rename current tool.
Edit the current tool, but it will affect
other operations where this tool was
applied.
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1.3.10 Solid Verify
If you want to verify all operations, please right click “Operations” and select “Solid Verify”.
Fig 1.78 Select Solid Verify
*P.S.: If you want to verify some specific operations, hold “Shift” or “Ctrl" key to pick any operations then right click
to select “Solid Verify”.
Fig 1.79 Solid Verify Some Operations
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The window below is to manage the Solid Verify.
Fig 1.80 Solid Verify Setting
Clicking “Option” allows you to have more setting on Simulation, as picture shown below Fig 1.81.
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Fig 1.81 Solid Verify Option
Also we can use quick verify to check the tool-path, right click on an operation, select “Verify”.
Fig 1.82 Select Quick Verify
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Click “>”, the tool will move forward, click “<”, the tool will move backward.
Fig 1.83 Quick Verify Dialog box
Click “Pick” to positioning cutter on anywhere of tool path, and you can check Feed, Speed, and X, Y, Z
value of current position in Tool path Verify dialog box.
Fig 1.84 Check the details
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1.3.11 Selection on Machine and Post
Double click Manager Tree>>Machine and then click “Post Configuration" to select the right Post on the
list, then pick “OK".
Fig 1.85 Define Machine
1.3.12 Generate NC Code
Right click Manager Tree>>Output and then click "CL/NC Setting".
Fig 1.86 Pick CL/NC Setting
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Pick the "open" icon to set a folder for output NC files, and then pick “OK”.
Fig 1.87 Output Program Form
Right click "Operations" and go to "Output" to generate a NC file for all operations, (You can also
generate different NC files for each operation).
Fig 1.88 Output NC Codes
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*P.S.: If you want to generate a NC file for a specific operation, please pick the operation name and right click to
select "Output". If more than two specific operations are required, please hold "shift" or "control" and follow the
above same operation. Also you can double click on “Output” to create a new nc node, then select the operations
and press left mouse button and drag them into new nc node.
Double click "P0001" allows you to have more setting on current NC file.
Fig 1.89 Output Setting Form
*P.S.: The Output Setting form is a little different with Output Program form, the setting within Output Program
form affect the NC files which will be generate, the Output Setting form just affect current NC file.
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Click "NC Code File" to generate NC Code.
Fig 1.90 Output NC Code
Click "Operation List" to generate the Operation List.
Fig 1.91 Output Operation List
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Chapter 02
3 Axis Milling Operation
2.1 Introduction
In this chapter, we will talk about the operation of 3 axis milling. Now, let's begin with a bottle mold example. The example is shown in figure 2.1.
Fig 2.1 Bottle Mold
2.2 Tool Library Customization
Before we start to programming, let’s customize a tool library first, it will save your programming time in
the actual production.
Click “New” >> “CAM Plan” >> Input a new name “Tool Library” >> “OK”.
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Fig 2.2 Create a New CAM Plan
Pick “Save” icon or use “Ctrl + S” to save CAM Plan to a folder.
Fig 2.3 Save CAM Plan
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Right click on drawing area, then pick “Tool Manager” icon.
Fig 2.4 Open Tool Manager
Set parameters of tool as following pictures (Diameters 20, Radius 0.8)
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Fig 2.5 Set Tool Parameters
Set parameters of tool holder as below picture shows.
Fig 2.6 Set Tool Holder Parameters
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Set speed and feed parameters as below picture shows,
Fig 2.7 Set Speed & Feed Parameters
Click “Save All” and “Cam Browser” window would pop put. Follow the steps in Fig 2.9 to find Tool
Library.Z3 (.z3 file created previously) and pick “Tool Library” from the bottom on the right-hand side, all
parameters of tool, tool holder, speed & feed would be saved. The configuration of first tool was finished then.
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Fig 2.8 Save All
Fig 2.9 Specify Tool Library to Save
Use the same method (from page 55 to current page) to create other two cutters, the parameters setting
for these two cutters show as following pictures (these two cutters skip the holder setting)
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Fig 2.10 Parameters of D6R3
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Fig 2.11 Parameters of D8R4
Pick “Save”, then pick “Close” icon to finish tool library setting.
Fig 2.12 Save and Close Tool Library
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2.3 Orientation
Please open the “Mill_Bottle” sample file under the installation folder <…:\Program Files\ZWSOFT\ZW3D
2017 Eng\training>, then double click to open “blowmold”.
Fig 2.13 Open “blowmold”
First, use “Move” command to set the origin point of programming on the corner of the mold, please
follow the steps in below pictures to operating.
*PS: The step 4 is used for choose filter type, here you could select “Shape” type.
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Fig 2.14 Pick “Move” Command
Step 5, Pick Part >> Middle click >> Step 6, Pick corner point >> Step 7, Pick origin point >> Middle click
Fig 2.15 Pick
Continue Middle click to repeat the Move command, then operating as below pictures to rotate part as 270 degree to get
the finally result.
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Fig 2.16 Finally Result
*PS: Besides of move or rotate part in the CAD environment, you also can define the programming origin point in
CAM environment directly by use Frame function.
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Click “CAM Plan” icon to create a CAM Plan and pick “OK” to enter CAM Plan.
Fig 2.17 Create new CAM Plan
2.4 Create Stock
Click “Add Stock” in the setup ribbon tab (Fig 2.18).
Fig 2.18 Pick Add Stock
Add 2 mm in the top of part, then click “Ok” >> “Yes”.
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Fig 2.19 Define Stock
2.5 Create Top Face Cut Operation
Click “2x Mill” >> “Topface Cut”
Fig 2.20 Create Topface Cut
Hold Ctrl key to select the part and stock in the pop up "Select Feature" window (Fig 2.21). Then click OK.
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Fig 2.21 Select Feature
Click the "Load All" in the pop up tool manager dialog box.
Fig 2.22 Define Tool
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Then follow the steps as below picture to load D20R0.8 cutter from Tool Library which are we created
previous,
Fig 2.23 Load Tool from Tool Library
*PS: You can load cutter combine tool ID, tool holder, speed and feed by use “Load All”
Then click “OK” >> “Yes”, Fig 2.24.
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Fig 2.24 Confirm Tool Selection
Then Click “Yes” to calculate tool-path,
Fig 2.25 Calculate Tool path
The calculate result is shown in below.
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Fig 2.26 Calculate Result
And you can right click on operation to select “Verify” to check the tool path, you will find out the Speed,
Feed, and holder already load into this tool path.
Fig 2.27 Verify Tool path
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2.6 Create Roughing Operation
Double click icon of Operation “Topface1” to hide the tool path.
Click “3x Quick” >> “Offset 2D” of rough operation.
Fig 2.28 Create Rough Milling Operation
Select the Part and then click “OK” (Fig 2.29).
Fig 2.29 Select Feature
*PS: In 3x quick milling module, if you don’t add the stock to Feature tree under the operation, the system will
consider the stock as the minimum box which can cover current part.
Click “D20R0.8” in the Tool List to use the same cutter, Fig 2.30,
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Fig 2.30 Select Tool
Click “No” in “Calculate [Rough Offset 2d 1] now ?” to enter parameters form.
Fig 2.31 Define Reference Operation
Input the parameters as following three pictures. Then click “Calculate” in the bottom. The result is
shown in Fig 2.35.
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Fig 2.32 Set Thickness and Step size
Fig 2.33 Set Corner Radius of Tool path
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Fig 2.34 Set Link and Lead
Fig 2.35 Calculate Result
2.7 Create Rest Rough Operation
Right click “Rough Offset 2d 1” operation then select “Duplicate”
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Fig 2.36 Copy Operation
Right click on “Tool : D20R0.8” under “Rough Offset 2d 2” then pick “Manage” to open Tool Manager
form,
Fig 2.37 Open Tool Manager
Use “Load All” command to load D6R3 from previous tool library and pick “OK” to use it for the “Rough
Offset 2d 2” operation,
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Fig 2.38 Load D6R3 from Tool Library
Double click on the "Ref Op" of "Rough Offset 2d 2" operation. Select “Rough Offset 2d 1” operation,
then click OK.
Fig 2.39 Define Reference Operation
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Double click on "Parameter" of "Rough Offset 2d 2" operation, input the parameters as following three
pictures. Then click “Calculate” in the bottom. The Result is shown in Fig 2.43.
Fig 2.40 Change Step size
Fig 2.41 Change Path Pattern Guide and Corner Radius
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Fig 2.42 Change Link and Lead Parameters
Fig 2.43 Calculate Result
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2.8 Tool path Editing
Right click on Operation “Rough Offset 2d 2” to pick “Trim”,
Fig 2.44 Pick Trim Command
Roll the middle mouse button to zoom in the part, then pick several points to define the area for trim,
Middle click to confirm and then pick “OK”
Fig 4.45 Define Trim Area
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Fig 2.46 Trim Result
2.9 Create Finishing Operation – Z Level
Double click icon of Operation>> “Rough Offset 2d 2” to hide the tool path. And pick triangle symbol as
below picture to pack up the operations.
Fig 2.47 Pack up Operations
Click “Z level” to create z level operation,
Fig 2.48 Create Z level Operation
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Double click “Part” in “Select Feature for operation” to add part to Feature tree, then click “Create” to
create a profile feature,
Fig 2.49 Add Part to Feature tree
Hold “Shift” key to chain select the lines on top of part for create Profile feature, middle click to confirm.
Fig 2.50 Pick Lines for Create Profile feature
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*PS: In 3x quick milling module, add “Profile” feature for define machining area is recommend way. But if you
change the Feature type as Part, it will used for guide tool path in some operations.
Click “Manage” >> “Load All”, to load tool D8R4 from previous tool library, and click “OK” and “Yes” to
use D8R4 for this operation.
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Fig 2.51 Load Tool D8R4
Click “No” to switch to parameters form.
Fig 2.52 Switch to Parameters form
Set parameters as following Fig 2.53, then click “Calculate” to get tool path as Fig 2.54 shows.
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Fig 2.53 Define Machining Area
Fig 2.54 Calculate Result
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2.10 Create Finishing Operation – Lace
Click “Lace” Operation in 3x Quick mill ribbon tab,
Fig 2.55 Create Lace Operation
Select the “Part” and “Profile1” as the Feature and then click “OK”,
Fig 2.56 Define Feature
Click “D8R4” to use the same cutter for this operation.
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Fig 2.57 Select Tool
Click “No” to switch to parameters form,
Fig 2.58 Switch to Parameters form
Set parameters as following Fig 2.59, then click “Calculate” to get the tool path as Fig 2.60.
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Fig 2.59 Define Machining Area
Fig 2.60 Calculate Result
Double click icon of operation “Z level 1” to show z level tool-path, and you can rotating part to check Z
level combine Lace tool path.
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Fig 2.61 Check Z level combine Lace Tool path
2.11 Create Finishing Operation – Offset 3D
Here introduce one more Finishing operation.
Click “Offset 3D in the 3x Quick mill ribbon tab
Fig 2.62 Pick Offset 3D Operation
Do the same way, select the “Part” and “Profile1” as the Feature and then click “OK”,
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Fig 2.63 Define Feature
Click “D8R4” to use the same cutter for this operation.
Fig 2.64 Select Tool
Click “No” to switch to parameters form,
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Fig 2.65 Switch to Parameters form
Set parameters as following Fig 2.66, then click “Calculate” to get the tool path as fig 2.67.
Fig 2.66 Parameter Setting
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Fig 2.67 Offset 3D Calculate Result
2.12 Solid Verify
Right click on the “Operations” in CAM manager, and select "Solid Verify" (Fig 2.68).
Fig 2.68 Pick Solid Verify Command
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Click “Run Simulation” button (Fig 2.69). Also you can click “Rapid to end” to quick finish simulation.
Fig 2.69 Run Simulation
The simulation result is shown in Fig 2.70.
Fig 2.70 Solid Verify Result
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Click “Options” >> “Analysis” >> “Visual” to check the rest materials.
Fig 2.71 Analysis Rest Materials
2.13 Generate NC Code
Double click “Machine” to select “Fanuc Basic” post.
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Fig 2.72 Machine Setting
Hold shift key to select five operations to output NC file.
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Fig 2.73 Select Operations to Output
And you can find out the Tool ID already output which are setting in tool library.
Fig 2.74 NC Output Result