VSHAPER GO Bedienungsanleitung
User Manual
Dear Customer!
VSHAPER 3D printer combines exceponal ease of use and excellent efficiency. Aer
reading the manual, the use of the printer will not be a problem.
The printer, which le the factory has been thoroughly tested in terms of
security and funconality prior to dispatch. Every machine is tested in the factory.
You will find a sample print made by your printer in the box.
Please read all the instrucons carefully before starng the device.
Reading the manual and complying with its terms prevents the users from improper use.
The manual must be kept in a safe and accessible place. You should follow the
instrucons carefully in order to avoid any accidents.
PLEASE NOTE!
The printer can be operated only aer reading this manual.
The manufacturer reserves the right to make changes having no impact
on the operaon ohe device.
Do you have any doubts? Not everything you read in the manual is understandable - visit
www.vshaper.com website, use the Technical Support secon or call the
Technical Support Center where you will get comprehensive help +48 801-011-637
Manufacturer:
Verashape Tomasz Szymański
ul. Wyspiańskiego 27A
35-111 Rzeszów
NIP: 813-174-08-59
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Table of contents
Safety
Technical specificaon
How does it work?
Package contents
Descripon of the device
Geng started
Filament applicaon
Material feeding process
Working plaorm
Plaorm auto-leveling
Manual plaorm leveling
User interface
SOFTSHAPER
Soware Installaon
Soware interface
First run
Model loading
Model rotaon
Selecng prinng parameters
Prinng path generaon
Prinng path analysis
Saving the file
Loading the program into 3D Printer
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Safety
Now, before we move on, please refer to the several important principles of security.
Get acquainted with safety symbols:
Warning: VSHAPER contains heang elements. Wait for approx. 30 min. aer
the prinng is finished for VSHAPER to cool down, before you touch the print,
heated plaorm (opon) or the prinng head.
Warning: VSHAPER contains moving elements, that can cause injury. Never
reach inside the VSHAPER while it is in operaon.
Warning: There is a risk of electric shock. Do not remove the printer guards. Any
repair, or service of the product done by the user himself are not allowed. Should
a need arise, contact the manufacturer.
Due to the fact that the VSHAPER printer elements heat up, we recommend
wearing protecve gloves while operang the device.
Terms of use of the VSHAPER Printer:
Note:
• Never leave the VSHAPER printer unaended during operaon.
• Use only cerfied FILSHAPER filaments.
• Do not place any items on the printer.
• Never touch the printed item while it’s being printed. This may result in burns
or print deformity.
• In case of emergency disconnect the VSHAPER printer from the wall socket.
• The VSHAPER printer melts plasc during prinng (plasc odors are emied
during this operaon - make sure to set up the printer in a well-venlated area).
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Technical specificaon
Prinng parameters
Prinng technology
Workspace
Resoluon
The accuracy of the posion of the layers
Posioning accuracy
Extruder
Print temperature
Print nozzle diameter
Automac Nozzle Cleaning
Construcon
Working plaorm
Area
Exchangeable working plaorm
Plaorm auto-leveling
Filament
Filament diameter
Filament feeding accuracy
Recommended material
Mechanical and electrical parameters
Construcon
Housing
Z axis
XY axis
Engines
The volume of noise during prinng
Power supply
Control
Processor
Touch panel
Display
Interfaces
Soware
Files
Control soware
Operang system
Dimensions and weight
External dimensions
Weight
Fused Filament Fabricaon
215 x 215 x 200 mm
0.05 mm - 0.3 mm
30 μm
XY 11 μm / Z 2 μm
Single head VPREC-GO
Max 250oC
0.4 mm
Ye s
Closed
Plasc
Ye s
Ye s
1.75 mm
1 μm
PLA
Powdered steel
Dibond
Ball screw
Linear guides
NEMA17
< 45 dB
100-240V ~ 2A, 50-60 Hz
LPC1769 - ARM® Cortex®-M3 MCU 32 Bit
Ye s
OLED (256/64 px)
USB, SD Card, WiFi
.obj .stl .amf .dae
SOFTSHAPER (intuive interface)
Four–step code creaon:
• Load model
• Set prinng parameters
• Generate
• Confirm
Possibility of loaded models scaling
Windows (7/8/10), Mac OSX (10.8/10.9), Linux (Ubuntu 10.04+)
580 x 450 x 450 mm
30 kg
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How does it work ?
The VSHAPER GO creates three-dimensional objects using FILSHAPER PLA (ABS opon)
by adding layer-upon-layer of melted material. This technology is called Fused Filament
Fabricaon (FFF).
The prints are created from your three-dimensional digital model and saved in .obj, .stl,
.amf, or .dae. To obtain a print on your VSHAPER GO you need to import a digital model
to SOFTSHAPER (which is included in the prinng set or can be downloaded from the
producer’s webpage). A file prepared in such a way needs to be imported into the printer
in .gcod format via Wi-Fi or uploaded onto SD Card.
When prinng with VSHAPER GO, you do not need to worry about its calibraon before
prinng, all stages are performed automacally (nozzle cleaning, plaorm leveling).
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Package contents
The kit includes everything you need to use the VSHAPER GO printer, including the
material to be printed. In order to purchase larger quanes of material or exchangeable
magnec plates visit VSHAPER.COM.
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WiFi SD CARD Power Cord
Sample FILSHAPER User Manual
Removable upper lid
GO Extruder
LCD Screen
SD Card Slot
Navigaon buons
Exchangable magnec plate
Plaorm regulaon knob
VSHAPER logo
Filament feeder
Filament holder
Filament
Power input port
Power On switch
Descripon of the device
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Geng started
To move the VSHAPER GO you need to remove the upper lid and transport it, grasping
the handles mounted on the device.
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Remove the upper lid before
taking the printer out of the box.
Take the device out of the box
using dedicated handles.
Assistance when liing recommended.
Take out the power cord.
You will find it in the filament chamber.
Take out the box with the
filament.
You will find it in the prinng chamber.
Plug the power cord into an
electrical outlet and power input
port.
The power input port is located at the back of the
printer.
Switch the power on
The power on buon is located next to the power
input port.
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Pace the filament spool on the handle.
Insert the p of the filament into the
feeder.
Turn on the material feeding process.
The process is described underneath.
Go to FILAMENT opons.
Select LOAD.
Wait for the nozzle to heat up.
The material feeding process will start automacally.
Filament applicaon
Material feeding process
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Aer selecng LOAD, the head will move under the cleaner, the material will be fed and
the cleaner will remove excess material extruded from the nozzle.
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Inhaltsverzeichnis
