Freecad part slice

congratulate, very good idea suggest..

Freecad part slice

Privacy Terms. Quick links. Read the FreeCAD code of conduct! I am back with a hopefully simple question. I want to slice a part to multiple, easy-to-3d-print parts. I know that should be possible creating clones and performing multiple boolean operations. But is there an easier way? I created a minimal example see attachment. Is it possible to slice the blue cube along the surface of the yellow sphere and keep both parts of the blue cube I don't care about the sphere?

You do not have the required permissions to view the files attached to this post. Spindoctor wrote: Is it possible to slice the blue cube along the surface of the yellow sphere and keep both parts of the blue cube I don't care about the sphere? I had a look at the dependencies graph. Isn't this a problem? Also, you can use clones for the two boolean operations, and store the original elements in a folder for construction elements.

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This post made with 0. Slicing it with boolean operations still is no problem, as long as I would not build new objects on top of the "unsliced originals". Is this right? Real World Example to download filesize is too big to upload directly Thank you for your patience! I don't need that many slices - I just need the two parts I already have in my example. I was just wondering if the crossing dependencies are a problem, although I use sketched parts not objects from the part-wb.

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Thank you for making me aware of this function!Part Slice. There are two commands to slice a shape: Slice apart and Slice to compound. They both create a 'Slice' parametric feature, that puts the sliced pieces into a compound. However, Slice Apart explodes the resulting compound into separate objects. The output shape occupies the same space as the original. But it is split where it intersects with other shapes. The split pieces are put into a compound or compsolidso the object appears to remain in one piece.

You need to explode the compound to get the individual pieces. If you want to access the individual pieces in a parametric way you can use Part CompoundFilter for the purpose. For quick non parametric access use Draft Downgrade. Compounding structure in "Standard" and "Split" modes follows the compounding structure of shape being sliced.

In "CompSolid" mode, the output is a compsolid or a compound of compsolids, if the resulting solids form more than one island of connectedness. Compsolid is a set of solids connected by faces; they are related to solids like wires are related to edges, and shells are related to faces; the name is probably a shortened phrase "composite solid".

Part SliceApart

The overall action of the tool is very similar to Boolean Fragmentsexcept only the pieces from the first shape are in the result. A Slice parametric object is created. Original objects are hidden, and the result of intersection is shown in 3D view.

Cutting/Splitting objects using FreeCad for your 3d print

Note: Steps 5 and 6 can be done in single click using Part SliceApart. This can be useful for making custom Python scripted features. Outdated translations are marked like this. Other languages:. Previous: Slice a part.

Next: XOR. The tool has three modes: "Standard", "Split", and "CompSolid". The order of selection is important. Compounds with self-intersections are not allowed self-intersections sometimes can be accounted for by passing the compound through BooleanFragments Invoke the Part Slice command.

Data Tools : List of objects to slice with. Standard and Split differ by the action of the tool on aggregation type shapes: if Split, those are separated; otherwise they are kept together get extra segments. Data Tolerance : "fuzziness" value. This is an extra tolerance to apply when searching for intersections, in addition to tolerances stored in the input shapes.

Exemple: making puzzle Switch to Sketcher Workbenchcreate an new sketch. Draw a rectangle that will outline the overall shape of the puzzle. Close the sketch. Switch to Part workbench.

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Switch to Sketcher workbench, and create another sketch on the same plane. Using polyline tool, draw the lines that will split the puzzle into pieces. Select the splitter sketch, and apply Part Boolean Fragments. This will insert vertices where lines of splitter sketch intersect. Having them is essential for the next step to work.Part Slice. For example, for a box and a plane, a compound of two solids is created.

Above: the pieces were moved apart manually afterwards, to reveal the slicing. There are two commands to slice a shape: Slice apart and Slice to compound. They both create a 'Slice' parametric feature, that puts the sliced pieces into a compound. However, Slice Apart explodes the resulting compound into separate objects. The output shape occupies the same space as the original. But it is split where it intersects with other shapes.

The split pieces are put into a compound or compsolidso the object appears to remain in one piece. You need to explode the compound to get the individual pieces.

If you want to access the individual pieces in a parametric way you can use Part CompoundFilter for this purpose. For quick non-parametric access use Draft Downgrade. The tool has three modes: "Standard", "Split", and "CompSolid". There is no selection form, they are predefined but can be accessed after the operation on the resulting slices level. Compounding structure in "Standard" and "Split" modes follows the compounding structure of shape being sliced.

In "CompSolid" mode, the output is a compsolid or a compound of compsolids, if the resulting solids form more than one island of connectedness. Compsolid is a set of solids connected by faces; they are related to solids like wires are related to edges, and shells are related to faces; the name is probably a shortened phrase "composite solid".

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The overall action of the tool is very similar to Boolean Fragmentsexcept only the pieces from the first shape are in the result. A Slice parametric object is created. Original objects are hidden, and the result of intersection is shown in 3D view.

Note: Steps 5 and 6 can be done in single click using Part SliceApart. The tool can by used in macros and from the python console by using the following function:. The tool was introduced in FreeCAD v0. Other languages:. Previous: Slice a part. Next: XOR. Navigation menu Personal tools English Log in. Namespaces Page Discussion.

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Views Read View source View history. This page was last edited on 21 Marchat Content is available under Creative Commons Attribution unless otherwise noted. Contents 1 Description 2 Usage 2.The most of newcomers in the 3D printing world already know that except the 3D printer, they will need to obtain 3D models on the internet or create their own in a 3D modeling program. Creating a properly tuned G-code is an essential operation which is crucial for the quality and trouble-free printing.

You can set up almost anything in the slicing software, and every detail can have a significant impact on the printing result. But do not worry! Basic slicing is very easy, and you can handle it without any problems with our PrusaControl software. PrusaControl will not allow you to fiddle around and everything is pretty straightforward. But sooner or later you might feel limited.

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And this is the time for Slic3r Prusa Edition. Slic3r PE is based on original Slic3r. There are many boxes with the settings. An inexperienced user might wreak a disaster just by unchecking seemingly unimportant button. But once you puzzle out all the options, you will love it. You just have to overcome the first difficulties. This article should help you with that. Slic3r spread among users quickly. When Josef Prusa was looking for a leading slicing software for our printers the choice fell on Slic3r.

It is open-source, powerful, decent software. We needed to make changes to the software, and the changes had to be done asap. We also needed to add more features. At this point the co-operation with the detached original Slic3r team was unsustainable.

The bottom line is that Prusa Research decided to establish an offshoot. Slic3r Prusa Edition was released in November — read more about the launch here.

Meet our Slic3r guys! The team is still growing. And even though they have gone a long way and made so many improvements, there are still many ideas to work in.

They are programming under one roof with all the Prusa Research folks in our new headquarter. The best way how to get the Slic3r Prusa Edition on Windows is to install it together with the drivers for our printers.

When installing on MAC and Linux the profiles are not installed automatically. Backup your old profiles before you proceed.

Most of the time you will use just Plater and Print Settings tab. In Filament settings, you can specialize values for the filament — temperatures, cooling, etc. We tested all the profiles and we are using them regularly, so we believe you will not have to change anything unless you want to experiment.

freecad part slice

The same is true for Printer setting — nozzle diameter, retractions etc. In the beginning, we do not have to go into detailed settings.

Prusa presets are ready to help you! You can load as many models as you want into the scene. Just remember to properly position them and keep in mind the printable area as well, but we will focus on this later. From the drop-down menu choose print quality. The main difference is in the layer height.Part ExplodeCompound. Tool to split up compounds of shapes, to make each contained shape child available as a separate object in model tree.

The children are automatically put into a Group if there is more than one child.

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It is semi-parametric: the shapes of the children will update as the source compound changes, but if the number of children in the compound is changed, the explosion will be either missing some shapes, or have redundant objects in an error state.

Placements of extracted shapes follow the placements of the originals, plus the Placement property of each child. The tool will also explode non-compound shapes into their lower-level constituents: compsolids into solids, solids into shells, shells into faces, faces into wires, wires into edges, edges into vertices.

Other languages:. Previous: Make Compound. Next: Compound filter. Navigation menu Personal tools English Log in. Namespaces Page Discussion.

freecad part slice

Views Read View source View history. This page was last edited on 25 Februaryat Content is available under Creative Commons Attribution unless otherwise noted.

Part Make CompoundDraft Downgrade. Contents 1 Description 2 Usage 3 Use cases.Part SliceApart. Tool to split shapes by intersection with other shapes. For example, for a box and a plane, two solids are created. Above: the pieces were moved apart manually afterwards, to reveal the slicing.

While "Slice to compound" is fully-parametric, and causes no trouble as the number of pieces changes, "Slice apart" will not update the number of objects as the number of pieces changes. They both create Slice parametric feature, that puts the sliced pieces into a compound, but "Slice apart" explodes the resulting compound into separate objects. The output shape occupies the same space as the original.

But it is split where it intersects with other shapes. The split pieces are individual pieces. The Slice Apart command creates more than only the sliced object.

freecad part slice

In the following example a cube is sliced by a face. The slice is created and for each piece of it there is a Part CompoundFilter created, thus the same slice occurs multiple times below each CompoundFilter.

All these CompoundFilters are united in a Compound. The tool can by used in macros and from the python console by using the following function:. Other languages:. Previous: Boolean Fragments. Next: Slice. Navigation menu Personal tools English Log in. Namespaces Page Discussion.

Views Read View source View history. This page was last edited on 25 Februaryat By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service. It only takes a minute to sign up. I'm trying to modify some parts on this thing.

I'm kind of new to dealing with the modeling aspects of this. I am attempting to widen the part essentially 3mm. This would involve modifying the chain segments, and the anchor points. I have already attempted this with 3D Builder and the result was less than stellar. The intent was to break the part, translate one of the halves off 3mm, add back the 3mm into the gap.

When I put all the parts back together and merged them in 3D Builder, the resultant model, while visually on screen appeared to be one piece, the slicing proved otherwise. I'm learning this so tutorial links would be more than sufficient. But if there is someone who can explain this process to me in FreeCAD that would also be appreciated. I use the Dutch version. It can take quite some time but when it is finished you have an editable object.

Just remove the STL object and do what you want. When you finished then you can perform all actions like if you created it from scratch with FreeCAD.

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I am a beginner in 3D design so there might be 'smarter' solutions. After a while I end up with only the part I need. I found that the answer provided by Marco was helpful but not the correct answer I was looking for.

Part Module

Here is the general approach I used Based on this. You will have to play around with the pattern in The idea is to use the same Face created through 12 to cut the part at the same point twice. To create two halves. Take note of the position of the Face created in In my case, I was attempting to stretch the part along the Y axis, so I was able to cut the part with an XZ plane created in 12 and offset with a distance in the Y plane. After performing this "split" I created a cross-section of the at the point of the cut and extruded the cross section 3mm.


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