Info: Description

    • Animate
    • Animate:
    360-degree view animation
    • Wireframe
    • Wireframe:
    Displays only model edges.
    • Shading without edges
    • Shading without edges:
    Displays only surfaces.
    • Shading with edges
    • Shading with edges:
    Displays the entire model.
    • Top Bottom
    • Top Bottom:
    Rotates vertically on the Z-axis.
    • Front Back
    • Front Back:
    Rotates vertically on the Y-axis.
    • Left Right
    • Left Right:
    Rotates vertically on the X-axis.
    • Zoom -
    • Zoom -:
    Zooms out the view.
    • Zoom +
    • Zoom +:
    Zooms in the view.
    • Measure
    • Measure:
    Measures from and between elements.
    • Section View
    • Section View:
    Creates a section in the view.
    • Screenshot
    • Screenshot:
    Downloads a screenshot.

Info: Description

Window for app functions. Fill out the fields, confirm the action, or return with X.

Info: Description

Measure: choose between two elements or the length of individual geometries. Click one or two objects in the 3D CAD.

Info: Description

With the checkboxes, you can set the behavior of the tools. Repeat for multiple element creation. Automatic relationship creation. Show grid and set the size of the grid to which points will snap.

Info: Description

Window for creating new documents. Unsaved changes will be lost. Choose a product or return with X.

Info: Description

Save parts under your own account for later use or ordering. The part number serves as the identity of your part.

Info: Description

Open created, saved parts, or assemblies.

Info: Description

Download documents for external use.

Info: Description

Download design data for external use.

Info: Description

Set personal options like colors and app behavior.

Info: Description

Upload CAD data for use in our system. Search for a local file and confirm the action. The file will then be available as a basis for further editing.

Info: Description

Rectangular pattern: Creates a pseudo-assembly with a rectangular pattern.

Info: Description

Circular pattern: Creates a pseudo-assembly with a rotationally symmetric pattern.

Info: Description

Rectangular pattern: Creates a pseudo-assembly with a rectangular pattern.

Info: Description

Circular pattern: Creates a pseudo-assembly with a rotationally symmetric pattern.

Info: Description

Circular pattern: Creates a pseudo-assembly with a rotationally symmetric pattern.

Modeling:

Info: Description

    • Load Data
    • Load Data:
    Opening of own CAD files. The geometry can then be modified.
    • Profile
    • Profile:
    Add a sketch-based, extruded volume. Sketches can contain multiple closed contours.
    • Pocket
    • Pocket:
    Subtract a sketch-based, extruded volume. Choose island option and support plane.
    • Notch
    • Notch:
    Extrude and subtract a profile along a path.
    • Drilling
    • Drilling:
    Insert holes, threads, and countersinks at sketch points.
    • Rounding
    • Rounding:
    Select edges and round them with a radius.
    • Chamfer
    • Chamfer:
    Select edges that should receive a chamfer.

Tolerance:

Info: Description

    • Fit
    • Fit:
    Set diameter tolerances on round surfaces.
    • Distance Tolerance
    • Distance Tolerance:
    Specify distance tolerances between two surfaces.
    • Surface
    • Surface:
    Select surface roughness of surfaces.

Shapes:

Info: Description

    • New
    • New:
    Clears the content of the sketch.
    • DXF Upload
    • DXF Upload:
    Opens a dialog for uploading a DXF file.
    • Rectangle
    • Rectangle:
    Creates a rectangle using two points.
    • Circle
    • Circle:
    Creates a full circle with a start point and radius.
    • Hexagon
    • Hexagon:
    Creates a hexagon using the center and outer point.
    • Long Hole
    • Long Hole:
    Inserts a long hole shape using the center points of the circular arcs.
    • Cam
    • Cam:
    Draws a cam using the center points of circular arcs with different radii.
    • Triangle
    • Triangle:
    Creates a triangle.
    • Parallelogram
    • Parallelogram:
    Creates a parallelogram with an inclination angle.
    • Trapezoid
    • Trapezoid:
    Creates a trapezoid with two inclination angles.

Segments:

Info: Description

    • Point
    • Point:
    Inserts a point into the sketch.
    • Line
    • Line:
    Creates a line with two endpoints.
    • Polyline
    • Polyline:
    Creates a polyline that can be closed. Click on an existing point to finish the process.
    • Arc
    • Arc:
    Creates a partial circle from three points with a radius.

Modify:

Info: Description

    • Chamfer
    • Chamfer:
    Inserts a line at the selected corner point and trims adjacent elements.
    • Rounding
    • Rounding:
    desc-modify-rounding
    • designElement
    • designElement:
    Changes the element status between construction and auxiliary element. Auxiliary elements are not considered in volume generation.
    • Trim
    • Trim:
    Trimming removes segments from the sketch. Activate the mode and select one or more segments to be deleted in the sketch.

Constraints:

Info: Description

    • Fixation
    • Fixation:
    Creates an X-Y coordinate position at points.
    • Element Dimension
    • Element Dimension:
    Creates a dimension for an element.
    • Offset
    • Offset:
    Defines the distance between two elements.
    • Angle
    • Angle:
    Sets an angle between two lines.
    • Congruence
    • Congruence:
    Overlays two points, making them identical.
    • Horizontal
    • Horizontal:
    Defines lines in the horizontal direction.
    • Vertical
    • Vertical:
    Defines lines in the vertical direction.
    • Tangential
    • Tangential:
    Positions circles and lines with a tangent condition.
    • Orthogonal
    • Orthogonal:
    Sets two lines perpendicular to each other.

Sketcher:

Info: Description

The working plane represents the starting point for editing. For the sketch, selecting the working plane results in an origin point, from which all dimensions depend. Also, all depth measurements depend on the chosen plane.

Working Plane:

Info: Description

    • Change Working Plane
    • Change Working Plane:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.
    • Change Working Plane
    • Change Working Plane:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.
    • Change Working Plane
    • Change Working Plane:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.
    • Change Working Plane
    • Change Working Plane:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.

Pattern:

Info: Description

    • Rectangle Pattern
    • Rectangle Pattern:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.
    • Circle Pattern
    • Circle Pattern:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.
    • Mirror
    • Mirror:
    Activate plane switching by clicking the button and select a new reference plane in the 3D model.

Milled Parts

Part Properties:

Material:
Coating:
Hardening:

Info: Part Properties

Enter a name for the part that best reflects its properties.

The description helps you to better find your part later and understand the purpose of the design.

Configure the desired material of the part, surface coating, or hardening.

Operations:

Info: Operations

This is a list of all 3D operations on the part. Here you can change, edit, or delete the name, color of the respective surfaces. By moving the mouse over the part, you can trace the history of the component.

Description:

Manufacturing Process:

Milling on 3- and 5-axis milling machines according to DIN 8589 for metal and plastic materials. We use form cutters, drills, and taps to process pockets, grooves, edges, and holes, and to create threads.

Properties:

  • Tolerance on lengths and distances +/- 0.05 mm (see Distance Tolerance tab).
  • Tolerance for holes, unless otherwise specified, H9 (see Tolerance tab).
  • Tolerance for round pins h9 (see above).
  • Surface quality minimum Rz10 (see Surface tab).
  • All external edges, unless specified otherwise, chamfered and deburred at 0.1 - 0.5 mm, 45° (see Chamfer and Rounding tab).
  • All internal edges have an internal radius of 0.1 - 0.4 mm.
  • The surface may exhibit an optical pattern of the milling paths.
  • Dimensions are always given in millimeters.

Tutorial:

CAD components consist of addition and subtraction methods of geometric volumes. Using the -Modeling- group tabs, operations such as profile geometry or pockets can be defined and applied to the current volume. The component can then be extended with further specifications.

Edge processing and drilling can be defined via the corresponding tabs. The -Tolerance- group offers tools for further refining the product. Operations on the component can be edited or deleted at any time.

Sketcher
Sketcher

Align:

Info: Description

The sketch can be oriented along a coordinate axis or centrally using the direction arrows.

Transform Origin:

↔
∆
↕
∆
↕
∆
↺
∆

Info: Description

Incremental shifting or rotation of the local coordinate system. The change affects the entire sketch position.

Elements:

Info: Description

List of all elements in the sketch.

Rectangular pattern:

∆ x:
∆ y:
num x:
num y:

Info: Rectangular pattern

On the left side, the Pattern action can be executed. The values stored in the input fields are taken into account.

On the right side of the dialog, the shape of the pattern can be defined in terms of horizontal number, vertical number, and horizontal distance, vertical distance.

Circular pattern:

x:
y:
Winkel:
num:

Info: Circular pattern

Clicking the button applies the values in the dialog to the sketch.

In the input fields, a point in X and Y can be specified around which the sketch should be rotated. Then, an intermediate angle and the desired number of copies must be specified.

Description:

The sketcher is used to create 2D geometries as a basis for various modeling operations in 3D space. Besides the quick selection for basic shapes, you can create, modify, and delete your own paths with segments. Constraints are small mathematical formulas that are attached to objects upon selection to define the position and alignment precisely. The constraints can remain throughout the entire design process.

Profile
Profile

Depth:

Option

Info: Depth

Through the dialog, you can define the depth of the operation or a pocket.

Description:

Operation:

A profile or block is the extrusion of one or more closed 2D sketch geometries into 3D space. Extrusions originate from a plane that can either be one of the main directions of the coordinate system or a planar surface on the component.

The direction of extrusion is perpendicular to the sketch plane. The depth depends on the input and can take positive or negative values. The preview function helps guide the input.

Tutorial:

First, select the desired working plane from which the extrusion will start. You can click on flat surfaces of the component or use the -Working Plane- tab to choose one of the three main planes.

Next, a sketch geometry is required. Use the -Sketcher- tab to draw on the selected plane.

Use the -OK- and -Cancel- buttons to confirm or discard the operation.

Pocket
Pocket

Depth:

Option

Info: Depth

Through the dialog, you can define the depth of the operation or a pocket.

Description:

Operation:

A pocket is the extrusion of one or more closed 2D sketch geometries into 3D space, geometrically subtracted from the component. Extrusions originate from a plane that can either be one of the main directions of the coordinate system or a planar surface on the component.

The direction of extrusion is perpendicular to the sketch plane. The depth depends on the input and can take positive or negative values. The preview function helps guide the input.

Tutorial:

First, select the desired working plane from which the extrusion will start. You can click on flat surfaces of the component or use the -Working Plane- tab to choose one of the three main planes.

Next, a sketch geometry is required. Use the -Sketcher- tab to draw on the selected plane.

Use the -OK- and -Cancel- buttons to confirm or discard the operation.

Notch
Notch

Notch:

Option

Info: Notch

Select the desired groove dimensions and shape.

T-slot:

Option
b:
0
B:
0
h:
0

Info: T-slot

Enter your desired groove dimensions.

Description:

Operation:

Grooves are the extrusion of a 2D profile along a path. The resulting geometry is subtracted from the component. The origin must lie on a plane that can either be one of the main directions of the coordinate system or a planar surface on the component.

The geometry lies along the sketch plane. The dimensions and shape of the groove depend on the input. The preview function helps guide the input.

Tutorial:

First, select the desired working plane where the groove will lie. You can click on flat surfaces of the component or use the -Working Plane- tab to choose one of the three main planes.

Next, a sketch geometry is required. Use the -Sketcher- tab to draw paths. These can be open or closed. Each segment will create a groove geometry.

Use the -OK- and -Cancel- buttons to confirm or discard the operation.

Drilling
Drilling

Standard drilling:

Option

Info: Standard drilling, select depth and diameter for a simple, cylindrical drilling with a bottom cone.

Through the dialog, you can define the depth of the operation or a pocket.

Thread drilling:

Option

Info: Thread drilling, select the thread depth and thread designation. The depth value refers to the actual thread depth.

Through the dialog, you can define the depth of the operation or a pocket.

Cylinder countersink:

Option

Info: Countersink

Select the geometry of the countersink, cylinder countersink, and cone countersink.

Cone countersink:

Option

Info: Countersink

Select the geometry of the countersink, cylinder countersink, and cone countersink.

Description:

Operation:

Drilling with twist drills on a milling machine. The holes can be cylindrical, flat countersunk, or conical countersunk.

Metric ISO threads (M) DIN 13 and pipe threads (G) DIN ISO 228. The depth specification refers to the usable length of the thread. The tolerance in diameter for holes is +/- 0.1 mm. For higher precision, pocket milling is recommended.

Tutorial:

Holes are based on sketch geometry located on a surface. First, select the desired plane and then use the sketcher. Place points in the sketch where the holes should be positioned as center points.

There must be at least one point in the sketch.

Select the desired type of hole and enter the required dimensions in the fields.

Rounding
Rounding

Edge radius:

Option

Info: Edge radius

Radii are applied with a radius cutter, resulting in a high surface finish.

Selected edges:

Please select edge(s) in 3D...

Info: Selected edges

In the 3D window, the edges to be edited can be selected and deselected.

Description:

Operation:

Fillets can be applied to all edges of the component. The radius is determined by the input.

Tutorial:

Select the edges of the 3D model where a radius should be applied. Multiple selections are possible. Re-selecting an already selected edge will remove that input.

If additional tangent-continuous edges are adjacent to a selection, they will be automatically included.

Chamfer
Chamfer

Chamfer:

Option

Info: Chamfer

Chamfers are applied with a chamfer cutter, resulting in a high surface finish, and the width is freely selectable.

Selected edges:

Please select edge(s) in 3D...

Info: Selected edges

In the 3D window, the edges to be edited can be selected and deselected.

Description:

Operation:

Chamfers can be applied to all edges of the component. The width of the chamfer is determined by the input, and the angle is 45°.

Tutorial:

Select the edges of the 3D model where a chamfer should be applied. Multiple selections are possible. Re-selecting an already selected edge will remove that input.

If additional tangent-continuous edges are adjacent to a selection, they will be automatically included.

Fit
Fit

Tolerance Grade:

Option

Info: Edge radius

Radii are applied with a radius cutter, resulting in a high surface finish.

Description:

Fits can be selected on round surfaces and provide the desired diameter accuracy depending on whether it is an external or internal fit.

Tolerance
Tolerance

Select Tolerance:

Option

Info: Edge radius

Radii are applied with a radius cutter, resulting in a high surface finish.

Description:

Select two surfaces that should have the desired distance tolerance between them.

Surface
Surface

Select Surface Roughness:

Option

Info: Edge radius

Radii are applied with a radius cutter, resulting in a high surface finish.

Description:

Select surfaces that should exhibit a higher surface quality than the standard.
Material0mm
Width0mm
Height0mm
Depth0mm
Radius0mm
Diameter0mm
Length0mm
Thread0
    • Weight:
    • 0kg
    • Delivery time:
    • 0Working days
    • Net price:
    • 0€
    • additional parts each:
    • 0€
    • inlcuding VAT:
    • 0%
    • Gross price:
    • 0€
    • Quantity:

Wir Nutzen Cookies damit diese Seite funktioniert:

Yes, I have read the privacy policy und AGB and acknowledge it.