Capabilities

With 75+ combinations of 3D printing materials and finishings, we guarantee the highest professional quality from each of our state-of-the-art 3D printers and printing techniques.
  • ISO 9001
  • Fast Turnaround
  • Secure File Upload
Get your instant quote

3D Printing

Selective Laser Sintering (SLS)

Laser Sintering / Powder bed technology
Polymer powder
For prototyping and production
Lead times: 2 - 15 days
  • Laser Sintering / Powder bed technology
  • Polymer powder
  • For prototyping and production
  • Lead times: 2 - 15 days

HP Jet Fusion

Multi-agent printing / Powder bed technology
Polymer powder
For prototyping and production
Lead times: 2 - 15 days
  • Laser Sintering / Powder bed technology
  • Polymer powder
  • For prototyping and production
  • Lead times: 2 - 15 days

Stereolithography (SLA)

Photochemical process curing liquid resin
Photopolymer resins
For prototyping
Lead times: 1 - 15 days*
  • Photochemical process curing liquid resin
  • Photopolymer resins
  • For prototyping
  • Lead times: 1 - 15 days*

* With this technology, we offer a 24H Express option. Orders passed before 15:30 (GMT + 1) will be ready for pick up or shipping by 11:00 am (GMT + 1) the following day.

Digital Light Processing (DLP) / Liquid Crystal Display (LCD)

Photochemical process curing liquid resin
Photopolymer resins
For prototyping and production
Lead times: 5 - 15 days
  • Photochemical process curing liquid resin
  • Photopolymer resins
  • For prototyping and production
  • Lead times: 5 - 15 days

Polyjet

Jet layers of curable liquid photopolymer
Photopolymer resins
For prototyping and production
Lead times: 2 - 15 days
  • Jet layers of curable liquid photopolymer
  • Photopolymer resins
  • For prototyping and production
  • Lead times: 5 - 15 days

Digital Light Synthesis (DLS)

Photochemical process curing liquid resin
Photopolymer resins
For prototyping and production
Lead times: 2 - 15 days
  • Photochemical process curing liquid resin
  • Photopolymer resins
  • For prototyping and production
  • Lead times: 5 - 15 days

3D Printing Materials

Fused Deposition Modeling (FDM)

Deposits melted filament layer by layer
Polymer filament
For prototyping and production
Lead times: 5 - 15 days
  • Deposits melted filament layer by layer
  • Polymer filament
  • For prototyping and production
  • Lead times: 5 - 15 days

Direct Metal Laser Sintering (DMLS) / Selective Laser Melting (SLM)

Laser Sintering / Powder bed technology
Metal
For prototyping and production
Lead times: 15 - 25 days
  • Laser Sintering / Powder bed technology
  • Metal
  • For production
  • Lead times: 15 - 25 days

Metal Filament

Deposits melted filament layer by layer
Metal
For prototyping and production
Lead times: 15 - 25 days
  • Deposits melted filament layer by layer
  • Metal
  • For prototyping and production
  • Lead times: 15 - 25 days

Binder Jetting

Binding agent / Bed powder technology
Metal
For production
Lead times: 15 - 25 days
  • Binding agent / Bed powder technology
  • Metal
  • For production
  • Lead times: 15 - 25 days

Wax Casting

Binding agent / Bed powder technology
Metal
For production
Lead times: 15 - 25 days
  • Binding agent / Bed powder technology
  • Metal
  • For production
  • Lead times: 15 - 25 days

Laser cutting / Laser engraving

Laser cutting / engraving
For prototyping and production
Lead times: 5 - 25 days
  • Laser cutting/ Powder bed technology
  • For prototyping and production
  • Lead times: 5 - 25 days

3D printing materials

There are many different 3D printing materials on the market. We at Sculpteo offer many of them for your printing job. The right material is essential for the perfect outcome of your 3D-printed object. Every material has different properties and possibilities. Filaments for example are great for applications such as tools or prosthetics. The most common filaments are ABS, PETG, Nylon, and PLA. 

Even if it sounds like magic, it is also possible to print metal objects. The process is very similar to a filament printing process, but after the object is printed it has to be debinded and sintered. The metal portfolio is not yet as broad as the filament one, but there are options available still. 

It is also possible to print an object out of resin photopolymer material. These materials are liquid that is hardened by a laser within the printing process. Resins are often the chosen material when it comes to concept or functional models. 

Get Your Free Guide!

500 +
Parts printed per day
1000 +
Happy customers each year
0 +
Technologies and finishes
0 +
Industrial 3D Printers

Join the brands that trust us!

Sculpteo was the partner we needed for producing Tundra, being able to 3D print parts made it possible to create a customizable drone. Our partnership with Sculpteo was an essential part in the creation of this machine.
Alexandre Labesse
Alexandre Labesse Hexadrone CEO
3D printing gives us the ability to get our parts quickly, compared to other manufacturing techniques. We can also manufacture complex parts with a finished appearance, which could not be machined. We have been working with Sculpteo since 2014 and the quality keeps improving. Our contacts with the team are regular in order to find the best compromises regarding our needs.
Nicolas Rigaux
Nicolas RigauxMechanical engineer at Microfilms
At the small scale of the cargo projects we run, 3D printing is the only economical production method for the geometries we need. Using Sculpteo’s service allows us to produce a much more professional quality product than we could achieve in-house, at a much lower time investment.
Jürg Germann
Jürg GermannHead of Engineering at WeRobotics
We are always looking for performance for our robots, and this fundamentally involves reducing the weight of the various fittings linked to the robots such as their grippers. 3D printing is a solution for us to combine performance, rigidity and mass of these assemblies. We have been working with Sculpteo for 4 years, the quality of the prints has always been very satisfactory and the proximity of our account manager allows us to save time and improve our performance in the realization of our projects.
Anthony MOUTEAU
Anthony MOUTEAU Designer / SAS I.D.E.C
3D printing is an opportunity to easily reproduce the structure of a robot. More and more robots are being produced thanks to 3D printing. Additive manufacturing is a long-term trend for the robotic market, just as it is for aeronautic and automobile businesses
Jérôme LAPLACE
Jérôme LAPLACEDirector, Génération Robots / HumaRobotics
Previous
Next

Try out Sculpteo's online 3D printing service

With +10 years of expertise in additive manufacturing for production and prototyping, Sculpteo brings +75 materials and finishes to develop your most ambitious projects. Our online 3D printing service provides professional 3D printing with rigorous quality control.

Create a free account and upload your 3D files, select your material, technology, and post-processing options, and order online.

We’ll take care of the rest in our industrial ISO 9001 factory.

Get an Instant Quote