Siemens NX Modeling: If you need a large number of copies
m1
Siemens NX Modeling: Parametric Design with the New Sketcher
07:25 Min
m1-1
Siemens NX Modeling: get to know the user interface
10:43 Min
m1-2
Siemens NX Modeling: UI and snap options
10:09 Min
m2
Siemens NX Modeling: Show multiple parts
13:00 Min
m3-1
Siemens NX Modeling: Create your first sketch
11:55 Min
m3-2
Siemens NX Modeling: Create variants of a part
08:05 Min
m3-3
Siemens NX Modeling: Repair sketch
10:15 Min
m4
Siemens NX Modeling: Correct your sketch
09:27 Min
m4t
Siemens NX Modeling: first “Test Yourself”
03:33 Min
m5
How to Extrude in NX: Create Profiles, Extrude, Add Threads
09:13 Min
m5t
Siemens NX Modeling: “Test Yourself”
06:17 Min
m6
Siemens NX Modeling: Subtract or unite?
16:39 Min
m7
Siemens NX Modeling: Save your settings
20:03 Min
m8
Siemens NX Modeling: 2D planes in 3D space
13:20 Min
m9-1
Siemens NX Modeling: Change the history
09:16 Min
m9-2
Siemens NX Modeling: Create screws
14:35 Min
m9-3
Siemens NX Modeling: Don’t sketch again, use offset curves
08:06 Min
m9t
Siemens NX Modeling: “Test Yourself”
05:36 Min
m9e
Siemens NX Modeling: Your first expert exercise
11:12 Min
m10
Siemens NX Modeling: Optimize Your user interface
10:54 Min
m11
Siemens NX Modeling: Copy & past in CAD?
14:05 Min
M12-1
Siemens NX Modeling: Creating ribs, methodology
17:48 Min
M12-2
Siemens NX Modeling: Be faster in NX
12:31 Min
M12T
Siemens NX Modeling: “Test Yourself” creating ribs
09:06 Min
M13-1
Siemens NX Modeling: Internal sketches, selection by name
15:30 Min
M13-2
Siemens NX Modeling: Copying work steps
13:01 Min
M14
Pattern of features by spreadsheet
07:41 Min
M15T
Siemens NX Modeling: “Test Yourself” Create a typical shaft
07:27 Min
m16e
Siemens NX Modeling: Create copies that adapt
16:22 Min
b1p-17-e
Siemens NX Modeling: If you need a large number of copies
17:15 Min
b1p-18
Siemens NX Modeling: Group your features
23:43 Min
b1p-19
Siemens NX Modeling: Working with reference curves
14:15 Min
b1p-19-a
Siemens NX Modeling: “Test Yourself” Angular hole
05:15 Min
b1p-20
Siemens NX Measurement: Length, Angles, Areas, Volumes & Mass
18:40 Min
b1p-21
Siemens NX Modeling: Unite, the order is important
12:32 Min
b1p-21-a
Siemens NX Modeling: “Test Yourself” Working with coordinate systems
08:27 Min
b1p-22-e
Siemens NX Modeling: Create soft corners
06:01 Min
b1p-23-e
Siemens NX Modeling: Smooth transitions between different radii
11:27 Min
b1p-24
Siemens NX Modeling: How to check the number of bodies
07:50 Min
b1p-25
Siemens NX Modeling: Combine extrude and revolve
05:50 Min
b1p-26-a
Siemens NX Modeling: “Test Yourself” Save time with snap options
05:32 Min
b1p-27-1
Siemens NX Modelling: Plastic parts require draft angles
07:05 Min
b1p-27-2
Siemens NX Modeling: Mirror feature with a trick
06:22 Min
b1p-28-e
Siemens NX Modeling: How to design easily modifiable parts
17:31 Min
b1p-29
Siemens NX Expressions: Create, Comment, and Group Expressions
14:32 Min
b1p-30-e
Siemens NX Modeling: Creating intelligent Parts
22:53 Min
b1p-31
Siemens NX Modeling: How to design a belt
07:53 Min
b1p-32
Siemens NX Modeling: Creating lines in 3D space
08:06 Min
b1p-33
Siemens NX Modeling: Creating a pipe
07:36 Min
b1p-34-e
Siemens NX Modeling: Helix in mechanical engineering
12:31 Min
b1p-35
Siemens NX Modeling: One contour runs along another contour
06:04 Min
b1p-36
Siemens NX Modeling: Creating a profile plate in just 3 steps
05:28 Min
b1p-37-a
Siemens NX Modeling: Creating a special sliding bush
05:37 Min
b1p-38
Siemens NX Modeling: 3D Text, this pen writes anywhere
19:09 Min
b1p-39-e
Siemens NX Modeling: Creating a cam disc.
08:26 Min
b1p-40-e
Siemens NX Modeling: Creating a pefect spring
18:44 Min
b1p-41
Siemens NX Modeling: Modify surfaces with synchronous modeling
14:29 Min
b1p-42
Siemens NX Modeling: When things get confusing
06:12 Min
b1p-43
Siemens NX Modeling: Layer, one way to organise objects
13:16 Min
pattern with boundary, pattern face, pattern copies, pattern method comparison
How to create many copies quickly? This expert course deepens the knowledge of pattern. The central topic is the creation of a large number of copies using the example of a perforated plate. The previous courses showed the amount of information that can be passed to the copies. This is because no rigid objects are patterned, but rather features whose parameters or relations can be changed at the respective target positions. This allows each copy to be individualised, but also generates large amounts of data. For the creation of a large number of copies that do not need to be individually controlled, a different setting should therefore be chosen in the pattern command. In addition, the course shows how an array of copies can be defined via a boundary, for example a sketch.