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About
Blog
Gallery
- Release Candidate – new
  - Build Progress
- First Prototype
  - Build Photos
  - Workshop Photos
Hardware
Software
Tech Docs
Contact

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DIY SLS 3D Printer_Chambers (1)

DIY SLS 3D Printer_Chambers (1)

DIY SLS 3D Printer_Chambers (2)

DIY SLS 3D Printer_Chambers (2)

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DIY SLS 3D Printer_Chambers (3)

DIY SLS 3D Printer_Chambers (4)

DIY SLS 3D Printer_Chambers (4)

DIY SLS 3D Printer_Chambers (5)

DIY SLS 3D Printer_Chambers (5)

DIY SLS 3D Printer_Chambers (6)

DIY SLS 3D Printer_Chambers (6)

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Categories

1 General design (3)
2 Electronics (1)
3 Build (5)
4 Laser & Optics (2)

Recent Posts

Laser Sintering Optics: How To, Part 2
June 9, 2022
SLS Laser & Optics: How To Make It, Part 1
May 12, 2022
Printer Frame Build In A Few Simple Steps
April 29, 2022

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506-sls4all-affordable-sls-3d-printer

#diy3dprinter #3dprinting #diyprinting #sls3dprinter

7 inch touch screen is the main user interface of my Inova DIY SLS 3D printer. It is used not only to control the printer, but also for the nesting and slicing. Our software "SLS4All Compact" allows to perform these operations either directly on the printer or remotely from the notebook, workstation etc.

Display holder was 3D printed from Prusament PET-G on my Prusa MK3s.

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506-sls4all-affordable-sls-3d-printer

Production of the halogen heater holder for my DIY SLS 3D Printer. It has been made from the 6082 aluminum sheet - thickness 1,5mm.
The milled part was annealied before bending to avoid cracks.
Milling parameters:
Holes & Cuts
===========
Tool: d3mm, 2 Flute Carbide Endmill
Spindle Speed: 17.000 rpm
Feed Rate: 500 mm/min.
Ap: 0,5 mm

Milled parts were annealed in the bend area before bending to prevent cracks.
Annealing parameters
===================
Temperature: approximately 500-550 °C.
Cooling: rapid

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506-sls4all-affordable-sls-3d-printer

CNC milling of the extruded aluminum profiles for the frame of my DIY SLS 3D Printer.
Milling parameters:
Holes
=====
Tool: 4 mm, 1Flute Carbide Endmill
Spindle Speed: 16.000 rpm
Feed Rate: 400 mm/min.
Ap: 1,0 mm

Cuts
=====
Tool: 8 mm, 2 Flute Carbide Endmill
Spindle Speed: 16.000 rpm
Feed Rate: 1.350 mm/min.
Ap: 1,5 mm

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506-sls4all-affordable-sls-3d-printer

CNC milling of the side panels for the updated version of my DIY SLS 3D Printer.
Material: HPL Compact Sheet, th. 4,0 mm
Tool: 3 Flute Carbide Endmill
Spindle Speed: 15.000 rpm
Feed Rate: 1000 mm/min.
Ap: 2,0 mm

Full version of the video: https://youtu.be/G9D9Kk9yiMI

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506

Full version of the video shows the first printing outputs of my DIY SLS 3D printer. It also provides a detailed insight into the individual tasks such as filling the printer with powder, preheating, printing, post-processing, etc.
Once the project is completed, it will become open source.

Project home page: https://SLS4All.com
Discord: https://discord.com/invite/qDFNFASM57
Hackaday.io: https://hackaday.io/project/184506

The video shows the first printing outputs from the SLS DIY 3D printer. It also provides a detailed insight into the individual tasks such as filling the printer with powder, preheating, printing, post-processing, etc.
Once the project is completed, it will become open source.

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