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3D Print service platform | 3D printing online platform

3D Print service platform
3D printing online platform

Vibraplast AG - The 3D service platform for additive manufacturing (3D printing) from prototype to small series.

Touch your ideas - The biggest challenge for model or prototype construction is the time to market to meet or reduce "time to market" requirements, as well as within the shortest possible time, at low costs and in excellent quality to have a working prototype in your hands. This is where additive manufacturing (3D printing) or rapid prototyping and "fabbing" come into play. On our 3D service platform you can upload your printable 3D data, then your desired material (plastics, metals, polymer gypsum) and the finishing (sanded, lacquered or dyed) and select the desired date. After these few steps you will already receive a quotation and a delivery date. If you have any questions about the choice of material or the appropriate finishing or just general inquiries, you can send them online. Stellen. The questions are processed and answered in the shortest possible time. Test us!

3D Druck Online Gesch?ft

Media

3D printing service platform
3D printing for different prototype dimensions
3D materials ABS, PMMA, PA, plastics
Functional rubber or plastic prototypes
3D Printing materials (plastics, metals, polymer gypsum)
3D printing from prototype to small series
3D printing in perfection
rapid prototyping
3D print platform
3D printed prototypes
3D additive manufacturing
3D print marketplace
3D printing spare parts
Service platform for 3D printing
Architecture 3D Printing
Parts from the 3D printer
3D printing everything is possible
3D printing plastic rubber
3D Printing Online Marketplace Vibraplast AG
Vibraplast AG Competence since 1961

Frequently asked questions (FAQ)

"The most commonly used file types are: stl. and stp. The following file types can be used: *.3DS, *.asc, *.CATPart, *.dxf, *.exp, *.igs, *.model, *.obj, *.ply, *.prt, *.stl, *.stp, *.uvm *.wrl, *.x_t, *.zpr,"
3D Printing (3DP) Mulit Jet Fusion (MJF) Fused Deposition Modeling (FDM) Selective Laser Sintering (SLS) Selective laser melting (SLM) Stereolithography (SLA Polygraphy
In 3D printing, there are many different additive technologies. Terms like rapid prototyping or additive manufacturing are also used. In 3D printing, the material is added layer by layer (additive) in a layered structure and then joined together. 3D printing models can be made of various materials such as plastics, polymer plaster and metals.
Here are some advantages of 3D printing: Faster and cheaper production from production size 1, inexpensive, Just-in-time production, complex shaping possible, Lightweight construction, filigree models possible, Free form geometries, Personalization of models, shortened time-to-market, thermally and mechanically stressable models possible, fast production process.
Of course you can upload your models directly in the 3D configurator. The configurator checks your file for the most important features of a 3D design and tells you if your 3D file is compliant with the connected printers.
The answer to this question depends very much on the chosen material and the associated 3D printing process. Thereby the bandwidth of the smallest possible wall thicknesses ranges from 0.3 mm in metal printing to 2.0 mm in CJP printing with polymer gypsum as well as in the FDB printing process with PMMA plastic or quartz sand. You will find the required wall thicknesses in our technology overview.
The following factors determine the price for a 3D print with our 3D printing service: The amount of material, i.e. on the one hand the total amount of material required for the order and on the other hand the amount of material actually used for the object. These parameters are defined in the 3D files. The machine running time required to create the 3D model. The working time of the employees involved in the printing process. The material you have selected for 3D printing. Thereby you have to estimate more for silver as 3D material than for plastics. The utilization of our 3D printing facilities. If this can be planned optimally, thereby reducing the price. If the 3D printing is to be finished quickly, it will usually be more expensive, thereby the printing has to be done without regard to the optimal utilization of the plant".
As a professional 3D service provider, Vibraplast AG offers you an all-round service from 3D design to the finished 3D printed object. We convert your 2D files (photos, drawings, etc.) into printable 3D files or create your desired 3D model by 3D scanning of your physical object.
When designing and modeling 3D files, the following should be considered: all models must be "waterproof", i.e. completely closed there must be no open areas or edges. if you want a smooth surface, your model must have a high number of polygons Your 3D surface object should be defined as a triangular or quadrilateral mesh. Any partial bodies must be completely closed and can be "plugged" into the model. The minimum wall thickness is usually 0.8 mm, but varies depending on the material. (click here for an overview with the minimum wall thicknesses per material)
With us, you can be absolutely sure that nobody will see your designs or the 3D models already made for you, if you do not wish to see them. We will be happy to assure you of this by contract.
Vibraplast AG checks your models before printing. In case of any problems you will be called to find a solution. We are also happy to offer help with the revision or repair of 3D designs.
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If you have any questions, please contact info@vibraplast.ch

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