Fused Filament
Fabrication Printers (FFF)
Are you planning to purchase a 3D Printer and trying
to figure out where should you start? Do you own a retail business or want
start one? Are you looking for medical devices, mold making, interiors, prototypes for construction? If
the answer is to any of the questions is
yes we the team at 3D Prototyperz will always be happy to help you out.
Our vision is to see 3D printing as a cottage industry and empower mainly the women entrepreneurs setting up focal points in every region , we already have setups in Pune, Bangalore and Indore, India.
The Start
Our vision is to see 3D printing as a cottage industry and empower mainly the women entrepreneurs setting up focal points in every region , we already have setups in Pune, Bangalore and Indore, India.
The Start
Let's discuss the simplest 3D
Printing method to start with: Fused Filament Fabrication (FFF) printers, also
known as Fused Deposition Modelling (FDM) printers or Molten Polymer Deposition
(MPD) Printers.
This article is focused only on FFF Printers and
other 3D printing technologies like Stereolithography or Selective Laser
Sintering will not be discussed. Fused Filament Fabrication is the most common
and widely used method. We at 3D Prototyperz manufacture FFF Printers and
provide 3D printing services.
What is Fused
Filament Fabrication (FFF)?
FFF is a process in which a filament (something
like a small string) is fed to the printhead assembly (to heat the filament or
to melt it) and then the molten material (thermoplastics) is deposited with the
help of a nozzle on top or next to the same material. Thermoplastics are
plastics, which become semi-liquid above a specific temperature and return to a
solid state when cooling down.
The molten thermoplastic is stacked layer upon
layer in a three-dimensional model. The printhead
assembly typically moves with the
extrusion nozzle within the horizontal plane, while the build platform is moved
vertically.
3D Prototyperz Axes 500 Specs
Build Volume
|
500x500x500
|
Display
|
Digital
|
Input Format
|
G
Code, STL
|
Operation Mode
|
Semi-Automatic
|
Size
|
670x670x670
|
Nozzle Diameter
|
0.4/0.6mm Swappable
|
Speed
|
150
mm/sec
|
Voltage(V)
|
12
|
Temperature
|
210
°C- 400 °C
|
Material
|
PLA,ABS,PETG,HIPS,PA12
|
A few applications:
In the next article we will be discussing about the filaments and materials used for FFF and also about how 3D Printing is affecting academics.
Please feel free to contact at anytime for queries and or for product information by mail or message.
girish.murthy@3dprototyperz.in | niket@3dprototyperz.in
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