OnCreate3D is a simple, elegant and easy to use full cloud CAM System that give facility of CAM Anywhere, Anytime, On Any Device. It allows user to access his/her data from any device such as laptop, smartphone or tablet. It works in three simple steps. First, Import a component to machine. OnCreate3D supports STL, IGES and STEP file formats. Second, create toolpath sequences. Many 3 axis toolpaths such as Parallel, Spiral, Concentric, Contour, Radial, Plunge, Pocket and 2 axis toolpaths such as Contour, Pocket, Rest Mill are supported. You can also simulate the ToolPath to check for gouges, spikes, undercutting etc. Third, Create NC File from toolpath sequences by providing basic information about the controller options. You are ready to take NC File to your controller.
Sign UpFirst you need to sign-up to create your account on OnCreate3D web portal.
1. Click sign-up from www.oncreate3d.com
2. Answer a few questions and click Create button to create Free Account.
3. Check your email for a confirmation email and verify your email address. You are registered with OnCreate3D.
4. Now you can SIGN IN.
Sign In1. Click sign-in from www.oncreate3d.com
2. Enter the email address you used during the sign-up process.
3. Enter your OnCreate3d password.
4. Click Sign in.
You can change your password any time by clicking on “Your Name” [ex: OnCreate3D Guest] located on the Top Right Corner of the project space or dashboard. Click change password button, fill in old password, new password and confirm new password. Click update to reset your password.
If you forgot your password, click “Forgot password” button on sign-in page and enter the email address you used to sign-up. Click “Request Reset” to get email with link to rest your password. After resetting the password, you need to sign-in again.
On successful log in, you will be directed to the dashboard as shown in above image. Dashboard shows you projects your have created so far. For new uesrs couple of projects area lready added to simplify learning process. Clicking Upload file button at top left corner of dashboard, opens a dialog box opens up to create project. Give your project a name, select project type (Mill-3D or Mill-2D) and click browse to select file (currently only STL file format is supported for Mill-3D and DXF file format is supported for Mill-2D) for this project. After successful upload, your project is added in dashboard. Click view to activate the project. You will see your project as shown in following image. While at Dashboard you can View, Share or Delete a project.
Units available are MM and INCH. You can specify the unit for your Project while Uploading the File.
On viewing the Part in workspace you will see stock around the Part with default parameters. You can directly create the ToolPath on default Stock or you can modify the Stock and then create ToolPath. Once you create any ToolPath you will not be able to modify the Stock.“Stock” button is located at the Top right, on clicking the button you have 2 drop down menu:
Show Stock will display and Hide Stock will hide the Stock from the Part.
Here you can modify the stock Parameters i.e. X-Min, X-Max, Y-Min, Y-Max, Z-Min, Z-Max and Offset. “Reset Stock” will reset the stock parameters according to the Offset value.
Create Toolpath Mill 3D
Use toolbar at top to create various toolpaths. Clicking any button will pop a dialog for that toolpath. Accept default parameters or change few of them and click OK. Messages appear on bottom right corner of graphics view to keep showing progress. Progress bar is also shown at top of the page. Ones the toolpath is created, it is added in toolpath tree view and shown in graphics view. You can execute only one toolpath command at a time.
ToolPaths are divided into 2 categories:
1. Roughing ToolPath
• Rough Parallel
• Rough Plunge
• Rough Pocket
2. Finishing ToolPath
• Finish Parallel
• Finish Spiral
• Finish Concentric
• Finish Contour
• Finish Radial
Create Toolpath Mill 2D
Use toolbar at top to create various toolpaths. Clicking any button will pop a dialog for that toolpath. Accept default parameters or change few of them and click OK. Progress bubbles appear on bottom right corner of graphics view. Progress bar is also shown at top of the page. Ones the toolpath is created it is added in toolpath tree view and shown in graphics view. You can execute only one toolpath command at a time.
Available Mill-2D ToolPaths are:
• Rough Contour ToolPath
• Rough Pocket ToolPath
• Rest Mill ToolPath
Toolpath ParametersEach toolpath operation displays the dialog box for creating the operation. Parameters available are:
1. Tool Parameter
2. Motion Parameter
3. Toolpath Parameter
You can key in Tool Parameters, Motion Parameters and Toolpath Parameters values in the dialog box. You can choose the default options as well. Clicking “OK” button will create the toolpath. Clicking “Cancel” will abort the operation.
Fill in Tool Parameters in 1st Property Page:
Fill in Motion Parameters in 2nd Property Page:
Fill in ToolPath Parameters specified for each ToolPath in 3rd Property Page:
View Toolpath Tree
ToolPath tree view displays the ToolPaths you have created so far. The last toolpath created will always be displayed in graphics window. When you have multiple ToolPaths available in the Tree, you can display any one ToolPath just by clicking on that ToolPath in the Tree view. If the Toolpath data is not available, it is retrieved from OnCreate3D server. You can delete any ToolPath from the tree by right clicking on that ToolPath and then clicking Delete.
Edit Toolpath Parameters
You can edit the ToolPath Parameters by using the “Edit” function. When a ToolPath is created it can be seen in the Operation List. If you want to edit the ToolPath Parameters just Right Click on that ToolPath and click “Edit”. On clicking “Edit” , ToolPath Parameters dialog Box will be displayed, here you can make the changes and click “OK”. New modified ToolPath will be created with changed Parameters.
ToolPath can be simulated using the simulate option. Select a Toolpath from the ToolPath Tree view and click on “Start” button provided on the Top right Corner of the Graphics window to simulate the motion. You can adjust the speed of simulation by moving the slider at Top Right Corner of the Graphics window. You can Play and Pause any number of times. While simulating you cannot perform any operation unless you stop the simulation. To stop the simulation, press “Stop”. This will clean up all simulation and you can perform other tasks.
You can download NC file, Load Post File, Edit post parameters, download APT file using “NC File” button which is located at the Top Right corner of the graphics window. On clicking the button you will have 4 drop down menu:
To download the NC file you have to first select the Post File by clicking on “Load Post File” button. On clicking the button you get a dialog box where currently 10 Post Files are available, here you need to select any one post File and click OK.
If you want to edit the Post File select the “Edit Post File” button and make the changes. To download the NC file select “Download NC File” button.
When you load a Post file, all the parameters of that post file will be seen in the “Edit Post File” dialog box. You can edit POST parameters to customize your NC File output.In Edit Post File dialog Box you will have following options:
“Save” – Permanently save all the changes made to the current Post File.
“Save As”– New Post File will be created. This new Post File will be permanently added to the “Load Post File” section.
“Ok” – On clicking Ok, changes in the post parameters will be temporarily available in session. Post parameters will not be permanently saved. Changes in parameters will be only effective for NC files downloaded for session. Changes will be lost on refreshing the page or on revisiting the project from dashboard.
To download the NC File, click on “download NC File” button. While creating new project a default POST parameters file is created. Clicking “Download NC File” will create NC File according to default parameters. If you want to customize NC File output you can edit POST parameters by clicking “Edit Post File” button.
To download the APT file, click on the “Download APT File”.
Enter nesting project by selecting project type as nesting in Create Project dialog box. Give project name and click on upload file (You would be able to upload dxf/dwg files when you are in the project space). Inside project space you will see the following features:
Click on import part button. A dialog box will open which has choose files button. Click on it to browse and upload a dxf/dwg file. Once you hit OK button the part gets uploaded successfully. You can upload more parts by again clicking on import part button and following the same procedure.
The create nest dialog box will have four sections. All parts uploaded will be shown in the nesting parts section. You can edit the quantity of each part in the nest and also include only desired parts by checking check boxes of only the desired parts in the list. The sheet clearances section is for adjusting the margins of the nest sheet and part in part distance. Fill out the sheet definition section and select type of nesting and then hit OK. Nest will be generated and will be displayed in project space.
Nest tree view displays the parts uploaded and nests you have created so far. The last nest created or part uploaded will always be displayed in graphics window. When you have multiple nests available in the Tree, you can display any one nest just by clicking on that nest in the Tree view. You can delete any nest from the tree by right clicking on that nest and then clicking Delete. By expanding nest you will find individual sheets. You can see nest created on each sheet by clicking on these sheets. Right click on individual sheets to Export nested sheet as dxf or to view project information or to delete the sheet. Project information shows percentage utilization for the selected sheet. Project information for entire nest shows percentage utilization of individual sheets and also total percentage utilization of the nest.
WCS (Work Co-ordinate System)
WCS (Work co-ordinate system) or program zero is defined with respect to stock. The ToolPath that gets created has default WCS at Top Face and Center Position. You can change the WCS according to your convenience by clicking on the WCS button located at the Top Right. Clicking here will open a dialog Box where you need to mention the “Position” and “Face”.
You can Rotate the Part about X, Y, Z axis by clicking on the “Rotate” button located at the Top Right. At one click the Part rotates at 90 degree. You can rotate the part only before giving any ToolPath, once the ToolPath is given Rotating the Part will not be possible.
Manipulate Graphics View
You can manipulate graphics view with set of buttons from top right corner of graphics view. Reset View brings you back to original state. With Top view and Isometric view buttons you can see Top and Isometric view of component. Hold left mouse button and drag the mouse to rotate the component. Hold middle mouse button and drag the mouse to zoom in or out. You can also use mouse wheel to zoom in and out. Hold right mouse button and drag the mouse to pan the component. Use Reset View button any time to bring back the component to original state.
Return to Dashboard
You can move back to Dashboard from the current project by clicking on the OnCreate3D icon located on the Top left corner.
Return to Same Project
When you activate the same project, you will see all toolpaths created in previous session in Toolpath Tree View. When you click on any Toolpath for first time, Toolpath data is retrieved from server for display in graphics window. You can create or delete few more Toolpaths.