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File Unit:      
Scale:
%
L × W × H:
X: × Y: × Z:  cm 
Rotation:
X: ° Y: °  
 
 
Model Stats:
 Material Volume:   cm3
 Box Volume:  cm3
 Surface Area:  cm2
 Model Weight:   g
 Model Dimensions: 
  x  x  cm
3D Printing in Örebro
Unit Price: 
                 
  
               
 Loading price
 
The most common option for models with a level of detail greater than or equal to 0.4 mm, which produces a very good result.
For details smaller than 0.4 mm, for example, high-detail action figures. Higher printing cost than a 0.4 mm nozzle due to longer production time. Cannot be used with carbon fiber-reinforced materials, TPU, TPC, and nylon. Larger than or equal to 0.4 mm, which provides a very good result.
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – materialegenskaper:
Starka och detaljerade utskrifter
Lägst kostnad
Biologiskt nedbrytbart
Ej värmebeständigt (max 55°C)
Ej kemikaliebeständigt  Ej UV-beständigt över tid
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA – material properties:
Strong and detailed prints
Lowest cost
Biodegradable
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PLA-CF – material properties:
Carbon fiber reinforced PLA
Very strong and detailed prints
Minimally visible layer lines and matte finish
High printing cost
Not heat resistant (max 55°C)
Not chemical resistant
Not UV resistant over time
PETG – material properties:
Strong and durable prints
More flexible than PLA
Chemical resistant
Temperature resistant up to 75°C
UV resistant, but not intended for long-term UV exposure
PETG – material properties:
Strong and durable prints
More flexible than PLA
Chemical resistant
Temperature resistant up to 75°C
UV resistant, but not intended for long-term UV exposure
PETG – material properties:
Strong and durable prints
More flexible than PLA
Chemical resistant
Temperature resistant up to 75°C
UV resistant, but not intended for long-term UV exposure
PETG – material properties:
Strong and durable prints
More flexible than PLA
Chemical resistant
Temperature resistant up to 75°C
UV resistant, but not intended for long-term UV exposure
TPU (95A) – material properties:
(95A is a designation of hardness)
Extremely flexible
Soft
Heat resistant up to 90°C
High printing cost
Not UV resistant over time
TPU (95A) – material properties:
(95A is a designation of hardness)
Extremely flexible
Soft
Heat resistant up to 90°C
High printing cost
Not UV resistant over time
TPU (95A) – material properties:
(95A is a designation of hardness)
Extremely flexible
Soft
Heat resistant up to 90°C
High printing cost
Not UV resistant over time
TPU (95A) – material properties:
(95A is a designation of hardness)
Extremely flexible
Soft
Heat resistant up to 90°C
High printing cost
Not UV resistant over time
ASA – material properties:
High strength and stiffness
Heat resistant up to 98°C
Highly chemical resistant
UV resistant
Stiffer and more flexible than ABS
High printing cost
ASA – material properties:
High strength and stiffness
Heat resistant up to 98°C
Highly chemical resistant
UV resistant
Stiffer and more flexible than ABS
High printing cost
PETG-CF – material properties:
Carbon fiber reinforced PETG
Very strong and durable prints
Accurate detail resolution
More flexible than PLA
Chemical resistant
Heat resistant up to 74°C
Minimally visible layer lines and matte finish
UV resistant, but not intended for long-term outdoor use
PETG-CF – material properties:
Carbon fiber reinforced PETG
Very strong and durable prints
Accurate detail resolution
More flexible than PLA
Chemical resistant
Heat resistant up to 74°C
Minimally visible layer lines and matte finish
UV resistant, but not intended for long-term outdoor use
PETG-CF – material properties:
Carbon fiber reinforced PETG
Very strong and durable prints
Accurate detail resolution
More flexible than PLA
Chemical resistant
Heat resistant up to 74°C
Minimally visible layer lines and matte finish
UV resistant, but not intended for long-term outdoor use
TPC (40D) – material properties:
(40D is a designation of hardness)
Extremely flexible
Soft
Heat resistant up to 120°C
Good UV resistance
Extremely wear resistant
High chemical resistance
ASA-CF (ApolloX CF10):
15% Kolfiberförstärkt ASA
UV- och väderresistent
Hög styvhet och slagseghet
Värmebeständig upp till 101°C
Låg vikt
Kemikalieresistent
Passar slutprodukter
Passar industriella applikationer
ABSpro (PC-ABS) – material properties:
Reinforced with SMA and PC
Extremely strong and impact resistant
Extremely high print precision
Good chemical resistance
Heat resistant up to 108°C
Suitable for mechanical parts
Not UV resistant over time
Addigy F1030 FR:
Flamsäkert material (UL94-klassning)
UL Blue Card-certifierade PA6/66
Temperaturbeständig upp till 125 °C
Miljövänligt filament som är halogenfritt
Passar bland annat: automobilkontakter, 
elektroniska kontakter och höljen
samt höljen för belysning
STYX PA6-CF15:
Kolfiberförstärkt PA6-filament
Överlägsen styrka
200% starkare än vanlig Nylon (PA6)
Hög draghållfasthet
Värmebeständigt upp till 180°C
Låg krympfaktor
Hög korrosionsbeständighet 
Hög kemikaliebeständighet
Matt ytfinish
Hög motståndskraft mot nötning
Ej UV-beständigt över tid
LUVOCOM 3F PAHT 9936:
Minimal vattenabsorbtion
Temperaturbeständig upp till 160 °C (200h)
Hög draghållfasthet
Goda elektriska egenskaper
Passar dynamiskt belastade applikationer
Ej UV-beständigt över tid
LUVOCOM 3F PAHT-CF 9891: 
15% kolfiberförstärkt PA6-filament 
Draghållfasthet upp till 120 MPa
Minimal vattenabsorbtion
Temperaturbeständig upp till 160 °C (200h) 
Goda elektriska egenskaper 
Passar dynamiskt belastade applikationer 
Ej UV-beständigt över tid
PA12-CF:
Hög hållfasthet och styvhet
Låg vattenabsorbtion
God kemikaliebeständighet
Temperaturbeständigt för krävande miljöer
Passar mekaniskt belastade applikationer
God dimensionsstabilitet
Ej UV-beständigt över tid
 
 SKU: N/A Category: 
Description
How to order a 3D print from us  
Ordering a 3D print from Rapid Prototyping Solutions is easy and convenient, even if you are located in Örebro. Follow these steps:  
  1. Click on “UPLOAD MODEL” on our website and select your model file in STL format. If you have several small parts, you can upload them in the same file to keep the cost down.  
  2. Adjust rotation and scale as needed. You don't have to worry about how the model is rotated, as we take care of support materials and optimization for best results.  
  3. Select the material for your printout. By hovering over the material options, you can read about their properties. We offer everything from common plastic materials like PLA and ABS to more advanced options like carbon fiber reinforced PETG.  
  4. Determine the infill for your model. Infill affects the strength and material consumption of the model. A standard infill of 20% is often sufficient for most applications.  
  5. Enter how many copies you want to order and add your order to the shopping cart. We'll take care of the rest and ship your finished 3D print directly to Örebro.  
3D printing in Örebro for different needs  
Whether you are a hobbyist looking to realize your ideas, an engineer in need of functional prototypes, or a company looking for cost-effective production solutions, our 3D printing service can meet your needs. We offer customized solutions for customers throughout Sweden and ship your order directly to Örebro. We support projects at all stages, from design to final production, ensuring your 3D prints are of the highest standard.  
Tips to get the best results with your 3D printing
To ensure that your printout is as good as possible, there are some important things to consider when uploading your model:
File format and resolution
Make sure your model is saved in one of the file formats we accept (STL, OBJ, STEP, etc.) and that the resolution is high enough for smooth and detailed printing.
Dimensions and scaling
Check that your model is in the correct scale and that the dimensions are set correctly (millimeters or inches).
Tolerances and details
If your model has very small details, make sure these are large enough to be printed clearly. Generally speaking, thin walls should be at least 1 mm thick for best durability.
Do you have any questions about how to prepare your model? Do not hesitate to contact us! We will be happy to help you with advice and tips to optimize your model for 3D printing.
3D printing in Örebro - Quick and easy
Upload your model for instant pricing or contact us to discuss your needs. We deliver high quality 3D prints quickly to Örebro, Umeå. Norrköping, Gävle and to the rest of the Sweden. Rapid Prototyping Solutions is your trusted partner for 3D printing service
 
 
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