Five-axis 3D printer Epit 5.1
A new stage in the development of FFF 3D printing technologies
This is a hardware and software complex for 3D printing of polymer products
EPIT 5.1
Our 3D printer is equipped with a rotary-tilt table, which provides five-axis control of the printing process
5 axis
Get to know the advantages of our technology
Five-axis 3D printer Epit 5.1
Get to know the advantages of our technology
A new stage in the development
of FFF 3D printing technologies
of FFF 3D printing technologies
This is a hardware and software complex for 3D printing of polymer products
EPIT 5.1
Our 3D printer is equipped with a rotary-tilt table, which provides five-axis control of the printing process
5 axis
Advantages over
3-axis printing
3-axis printing
Classic three-axis printers require the use of supporting structures when printing hinged elements. On average, users have to use support in 70% of cases.
solution cons:
Support can not be removed from all planes
Need to remove support and modify the model
Increase of print time
Increase of material costs
How EPIT printers work
Due to the use of a turntable, the body of the model is oriented in such a way as to minimize the use of supports, and build hinged elements based on already printed parts
Benefits of 5-axis printing
Strength
Due to the possibility of cross-layering, the strength increases significantly
Convenience
You needn't to spend time and effort of removing support
Profitability
Species surfaces of products do not suffer from traces of support
Opportunities
You can print products that are not available for a traditional 3D printer
Productivity
Up to 2x better productivity than traditional 3D printers
Profitability
Material costs are reduced by 30%
Why
choose EPIT?
choose EPIT?
EPIT 5.1 printers come with FASP software — our own design of a slicer for five-axis printing. Thanks to the use of a full-fledged software and hardware solution, our customers receive all the benefits of five-axis 3D
A full desktop expands the capabilities of five-axis printing
Ball-and-screw pairs provide precision and durability
Closed working chamber provides protection against warping of the part
Steel frame provides rigidity of structure
High-performance electronics
nozzle
from 2 to 1.0 mm
printing speed
up to 150 mm/s
print accuracy index
12
table tilt accuracy
0,02˚
thread diameter
1,75 mm
nozzle temperature
up to 320˚
table temperature
up to 150˚
overall dimensions
530х440х870 mm
working space in 5 axes
working axes
240х240х240 mm
5
printing technology
FDM
design type
Delta
minimum layer thickness
0,05 mm
head positioning accuracy
10 µm
SBS
ASA
WAX
TRU
PA
PP
PLA
SAN
TPE
ABS/PC
ABS
PET-G
Available materials
Epit printers are a step forward
Print Examples
postprocessing required
no
reduced printing time
28%
reduction of material costs
24%
support
costs
costs
0 gr.
Dispenser housing
Camera bracket
0 gr.
support costs
31%
reduction of material costs
22%
reduced printing time
no
postprocessing required
Skate
8 gr.
support costs
35%
reduction of material costs
36%
reduced printing time
no
postprocessing required
Branch pipe
0 gr.
support costs
38%
reduction of material costs
41%
reduced printing time
no
postprocessing required
For whom are EPIT 5.1 printers suitable
Production and Repair Units
Research centers
R&D Business Units
LLC «Voploschenye»
ITN 1650350558
PSRN 1171690064215
ITN 1650350558
PSRN 1171690064215
Polymer material in the form of a rod is supplied to the printhead. In the head, the material melts and is laid out on the working surface layer by layer, while the head moves in space above the dekstop.
HOW FFF TECHNOLOGY WORKS
Supporting structure
Desktop
Printed model
Printhead
Polymer material in the form of a rod is supplied to the printhead. In the head, the material melts and is laid out on the working surface layer by layer, while the head moves in space above the dekstop.
HOW FFF TECHNOLOGY WORKS
Printhead
Printed model
Desktop
Supporting structure
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