• Profile Machining Add-on
    1. Opening profile machining add on user pages.
    If GUI panel is not visible, you can click plug-in command from View menu and make it visible.
    2. Profile loading.
    There are 3 types for profile loading, select one of them from the icons. First one is box section extrusion, second is any section from a DXF file extruded. And last is 3D models by IGES files.
    2.1. Box section extrusion.
    To make a box section extrusion profile, select box icon on the top side in profile loading page.
    Enter width, height and thickness parameters. Define extrusion length.
    Once you click load profile button, profile will be added.
    2.2. 2D section extrusion by DXF drawing.
    Select DXF file option on top.
    Select a section loaded by a dxf file. Enter extrusion length and click load profile button to add.
    2.3. Loading a profile by a 3D CAD model.
    You may add a 3D CAD model which is recorded as an IGES file on disk
    Select 3D box icon on the top.
    From the list select the model you want to add and press load profile button.
    2.4. Profile orientation and other transformations after adding.
    You can rotate, mirror, and move profile in all axis. Use tab on bottom of the page for these actions.
    You may also update extrusion length of extruded sections
    3. Making machining operations on profile.
    Change the page for adding holes and all types of machining operations on profile.
    3.1. Select a work plane and a reference point.
    Initially you must define the work plane and reference point.
    The hole and other parameters you will define later will be using this work plane and reference point.
    3.2. Adding a hole or other machining operation.
    Select a shape to machine. These are circle, slot, barrel and other geometric shapes in a list.
    After you select the shape its geometric and position parameters will appear on the property grid. Enter the parameters as you need.
    When you click add button the machining property grid will pop up. Select tool, machining side, safe z, feedrate values etc. and press ok to add cutting operation.
    3.3. Updating operation by changing some of the parameters.
    You may need to change either geometric oг machining parameters of the operation.
    Change geometric parameters of the shape and press update. Active operation's machining parameters will pop up.
    To make an operation active, double click on its name on the list.
    4. Printing the output.
    To print the output for all or some of the operations go to the tree view page. Send the operations to the post box as you wish.
    They will be ordered by planes and x axis values after you send. But you may also change this order by the arrow buttons if you need.
    On the post node right click and give position clamps and write command,
    Clamps page will appear. If you want, change the position of clamps and click write button to print output,
    You can save whole session on disk. You can open later to make small modifications and reprint an output.
  • SolidCNC Profile Processing Quick Start Guide
    Start Screen
    Start Screen
    When the program starts, the meanings of some icons on the page are explained below:
    Load Profile: Load a profile by entering dimensions or opening a DXF file.
    Machining: Create operations on the profile.
    Tree View: Send the created operations to the post box.
    Clamps: View, move, or cancel clamp positions.
    Open File: Open an existing SolidCNC project.
    Save: Save your SolidCNC project.
    Tools
    Tools
    The tools on the machine should be properly added to the tool page in SolidCNC.
    The order, length, and diameter of the tools in the magazine are defined on this page.
    Name: Name to be given to the tool in SolidCNC.
    Tool No: The tool’s position in the magazine.
    Diameter: Tool diameter.
    Height: Tool length value as seen on the machine.
    Add/Save: Used to add a new tool or save changes.
    Machining Page
    Machining Page
    You can create operations on your project from this page. Some parameters:
    Copy Settings
    X Repetition: Number of copies on the X axis
    Delta X: Distance between copies (X axis)
    Y Repetition: Number of copies on the Y axis
    Delta Y: Distance between copies (Y axis)
    X shift / Y shift: Offset on X/Y axis given to the operation
    Cutting Parameters
    Working Surface: Surface of the profile to be machined
    Angled: Work with different angles
    Origin Point: Top-down position of the profile
    Cutting Parameters
    Safe Z: Safe distance between tool and surface
    Plunge H: Deceleration distance – movement before approaching surface
    Cutting: Cutting speed
    Entry: Tool entry speed
    Spindle: Spindle speed in RPM
    Operation Tree
    Operation Tree
    Send operations to the post box to convert them into G-code.
    Operation: Right-click the "Operation" icon and select "Send all to post box" to send all operations.
    Alternatively, you can send them individually.
    Post: Arrange operations and proceed to the vise page.
    Vise Page
    Vise Page
    Vise position can be manually adjusted by dragging.
    Collisions are automatically checked. Unplaceable vises are shown in red.
    Write: Convert the project to G-code with the vise positions.
  • SolidCNC Thread Cutting Guide
    Start Screen
    First, from the chart above, determine the corresponding thread pitch and drill diameter for the desired metric size.
    For example, for M5, the pitch value should be 0.8 and the drill diameter should be 4.2.
    After verifying the values, the diameter for the helix to be used in the threading operation should be calculated and entered into SolidCNC.
    (When registering the tap tool in SolidCNC, the diameter written on the tool should be entered as the tool diameter.)
    Helix Diameter (for M5):
    M5 – Tap Tool Diameter = Helix Diameter
    M5 – 3.1 = 1.9
    Copy Settings
    Diameter: Helix Diameter
    Pitch: Step size
    Z0: First position where the tap descends
    Z1: Final position where the tap exits
    Angular Direction: Tool's return rotation path
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