Email this article Technologies that open up new opportunities not just in theory but in practice. Visit to additive technology center of dipaul group
- Authors: Kovalevsky Y.
- Issue: No 6 (2025)
- Pages: 44-54
- Section: Report From A Company
- URL: https://journals.eco-vector.com/1992-4178/article/view/688747
- DOI: https://doi.org/10.22184/1992-4178.2025.247.6.44.54
- ID: 688747
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About the authors
Yu. Kovalevsky
Author for correspondence.
Email: journal@electronics.ru
Russian Federation
Supplementary files
Supplementary Files
Action
1.
JATS XML
2.
Alexey Simakov
Download (269KB)
3.
The EP-A650 SLA printing unit (top) and its product formation table (bottom)
Download (465KB)
4.
SLA Printing Installation iSLA-450Pro
Download (204KB)
5.
Ultrasonic cleaning bath
Download (130KB)
6.
UV curing cabinets
Download (88KB)
7.
Examples of products obtained using SLA technology
Download (168KB)
8.
Installation of SLS printing EP-P420
Download (215KB)
9.
Working chamber of the EP-P420 installation
Download (154KB)
10.
Cube with printed part on lift
Download (124KB)
11.
Compartment for cleaning the part from unsintered powder
Download (155KB)
12.
Powder sifting and mixing section
Download (163KB)
13.
Examples of housing parts of electronic equipment made of polyamide, obtained by SLS printing
Download (202KB)
14.
Flashforge FDM printers
Download (219KB)
15.
Small-scale photopolymer printing units
Download (182KB)
16.
Metal Printing Machine Using SLM Technology EP-M300
Download (268KB)
17.
Titanium Build Platform
Download (131KB)
18.
Build platforms with support structures removed: before sanding (foreground) and sanded (background)
Download (286KB)
19.
SLM Printing Installation EP-M150Pro
Download (260KB)
20.
MX-Lab DMT printer with six powder loading tanks
Download (82KB)
21.
A sample of a nozzle unit printed using the SLM method from Inconel 625 alloy. The section shows cooling channels, which are extremely difficult to manufacture using traditional technologies
Download (180KB)
22.
An SLM-printed turbine element before grinding. It is quite difficult to obtain such blade geometry by milling due to limitations associated with the cutter entry
Download (143KB)
23.
A part produced using SLM technology after grinding
Download (105KB)
24.
Working on a model obtained from 3D scanning
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