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1) BATUR3D Stick Toolkit
Hello, welcome to BATUR3D. During the application, we work with 3D printable tools. With the tools, we perform sanding and polishing operations on the part. With the templates, we cut sandpaper and polishing foam in suitable sizes for the tools. The number...
2) BATUR3D Block Toolkit
During the application, we work with 3D printable tools. With the tools, we perform sanding and polishing operations on the part. With the templates, we cut sandpaper and polishing foam in suitable sizes for the tools. The numbers and names of the tools in...
3) Recommended Shopping List
There are commercially available products that we use in practice. These products must be supplied. These materials are described below. Recommended brands are indicated. Shopping List (for Application): -3M Wetordry P240 Sandpaper (Silicon Carbide, Closed...
4) Introduction of BATUR3D Polishing Process
BATUR3D POLISHING™ system and its details are explained with contents. You should study the contents in order and without skipping. While watching the educational content, working by taking notes in a notebook will be of great benefit in understanding. At th...
5) Introduction of 3D Printable Toolkits
We continue by getting to know the 3D printable tools we used during the application. [Edit] The tool sets have been updated. No major changes in designs. The combinations in the sizes of the tools have changed. The number of tools has been reduced. The sys...
6) Preparations of Stick Tools
3D printing has been completed for this toolkit. We will prepare the tools for use. We make sanding tools with flexible supports. The biggest advantage of being flexible is that the sandpaper takes some shape according to the form of the part during sanding....
7) Preparations of Block Tools
3D printing has been completed for this toolkit. We will prepare the tools for use. We make sanding tools with flexible supports. The biggest advantage of being flexible is that the sandpaper takes some shape according to the form of the part during sanding....
8) Materials Sizing with Templates
We cut sandpapers and foams in sizes suitable for the tools with templates. Different sizes of sandpapers and foams are used on the tools. Each tool has different cutting template. By selecting the appropriate templates from the toolkit, you can cut material...
9) Recommended Working Layout
The working layout, which is an important issue that directly affects the application, is explained. As in every job, a clean and orderly working environment is important in BATUR3D POLISHING™ process. The optimum working order we have achieved as a result o...
10) BATUR3D Polishing Process
BATUR3D POLISHING™ process main elements and all details are presented to you. When applying, care should always be taken to do a correct work. For this, the specified guidelines must be followed. 5 steps are applied in a sequential manner. Working outside t...
11) Application of STEP 1 (Sanding)
We start the application exercise with STEP 1 sanding. We will learn by applying the BATUR3D POLISHING™ to the cube surface in order. We will work on a 30x30mm cube print. Print features: 5 wall count, 0.16mm layer height, 20% grid infill, 5 top&bottom laye...
12) Application of STEP 2 (Sanding)
We continue the application exercise with STEP 2 sanding. We have completed the STEP 1 application on the cube. We deleted the layer lines. STEP 1 application is a leveling process on the part. We make a flat surface by removing material from the deep peak-...
13) Application of STEP 3 (Sanding)
We continue the application exercise with STEP 3 sanding. Final sanding step. We cleaned the layer lines and leveled with STEP 1. We removed coarse sandpaper roughness with STEP 2. Now we will prepare the surface for polishing with STEP 3. Preparatory stage...
14) Application of STEP 4 (Polishing)
We have completed the sanding steps. The application exercise continues with STEP 4 polishing. We will apply a two-stage polishing on the surface using the Dremel 2050. Polishing is applied using a foam and polishing liquid. With STEP 4, we will remove the ...
15) Application of STEP 5 (Polishing)
We complete the final stage of BATUR3D POLISHING™ and obtain a mirror surface appearance. With the STEP 5 application, we clean the circular lines on the surface. We ensure that the surface has a mirror appearance. We got rid of the layer lines completely. ...
16) Sample Application from Start to Finish
We completely cleaned the 3D printed part from the layer lines. We have achieved part with an industrial mirror surface quality. We see the process of polishing a part from start to finish. Before we start to apply the steps, we do preliminary preparation. ...
17) Recommended Tool Selection
First we need to get to know the product before we start the application. By examining the part/product, we should understand what kind of geometric structure it has. Then we can easily determine which tools we can use according to the forms with this infogr...
18) Effect of Filament Material on Application Time
The effect of ABS vs PLA filament preference on application time. We can make a theoretical analysis by looking at the mechanical properties of materials. Let's start with a description of what we do. The action we do is basically removing small pieces from...
19) BATUR3D Painting Process Development Story
Hello everyone. Here is a new application developed by BATUR3D. Working with 3 Step, BATUR3D PAINTING™ is now ready to use. Optimized for premium quality. A minimal and practical application opportunity emerged. With BATUR3D POLISHING™, we can achieve f...
20) BATUR3D Painting Process
BATUR3D PAINTING™ process main elements and all details are presented to you. When applying, care should always be taken to do a correct work. For this, the specified guidelines must be followed. 3 steps are applied in a sequential manner. Working outside th...