This document discusses 3D printing technologies and materials. It lists several 3D printing techniques including FDM, SLS, and SLA. It then provides details on common 3D printing materials like PLA, ABS, nylon, and their recommended temperature settings. Finally, it offers a brief overview of the basic 3D printing process from design to print.

1. By Tony GERDJIKOV

2.  What can we do with 3D printers ?

10.  FDM (Fused deposition modeling )
 SLS (Selective laser sintering)
 SLA Stereolithography .
 Material Jetting

16.  Standard
 Flexible
 Composite
 1.75 mm
 3.00 mm

17. Name Extruder Temp Bed Temp Adhesion
PLA Polylactic Acid 180 - 220 20-55 Blue type
ABS Acrylonitrile
Butadiene Styrene
220 - 235 80-100 Karton
type/Hairspray
Nylon 235-270 60 -80 PVA based glue
PET Polyethylene
terephthalate
235-255 55-70 Blue painters Tapye

18. Name Extruder Temp C Bed Temp C Adhesion
TPE 210 - 225 20-55 Blue painters type
Soft PLA 220 - 235 20-55 Blue painters type
TPU Thermoplastic
Polyurethane
240-260 40 -60 Blue painters type

19. Name Extruder Temp C Bed Temp C Adhesion
Conductive ABS 225 - 260 90-110 Hair spray
Carbon Fiber PLA 195-220 50 Blue painters type
Steel PLA 195-220 50 Blue painters type
Magnetic Iron PLA 185 20-55 Blue painters type
PC polycarbonate 270 -310 90-105 Glue / Hair Spray

20. 1. Download free or make yourself
2. Create one with 3D Scanner
3. Export them as *. STL file
4. Open Cura3D or Repetier Host and setup your printer settings.
5. Import the models and scale, group and position them.
6. Save generated *.gcode file on a SD card
7. Print 3D model from SD.

21.  Autodesk 123D
 Cura 3D
 Online printing via 3D hubs.

22.  http://www.stlfinder.com/
 http://www.thingiverse.com/
 https://ultimaker.com/en/products/cura-software
 www.123dapp.com/