Our 3D printer enables completely tool-free prototyping of metal components, allowing complex geometries that would not be possible with conventional manufacturing processes. Precision tools can be produced within a few days with minimal post-processing, while reducing development costs and speeding up time to market. All post-processing of the printed parts can also be carried out in-house. This can take the form of turning, milling, barrel finishing, injector blasting or chemical post-processing, according to drawing requirements or customer specifications.
With this additive manufacturing, we can produce any contours three-dimensionally up to a dimension of 110x110mm in the materials steel, stainless steel, aluminum and titanium for you.
Your advantages:
Short delivery times
Freedom in the design of the product
Production of prototypes, individual parts and small batches is possible
Important for your inquiry:
Please send your inquiry to roth-ing.de, including a standard CAD-file of the profile geometry, e.g., in STEP-format, the profile type including necessary parameters, and a dimensioned drawing in PDF-format.
If no CAD-file is available, the data required for printing can be created according to your specifications, e.g., suitable sketch, for a fee.
We will review the content of your inquiry for feasibility. This may require our 3D printing specialists to assess the profile design. Feasibility also depends on the number of products to be delivered
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More informations
3D-printed metal profiles are additively manufactured components made of steel, aluminium, or titanium. They are produced without traditional molds or machining tools and enable complex geometrics that are only partially achievable with conventional methods.
3D-printed metal profiles are primarily used for prototypes, individual parts, and blank runs. Typical applications include tooling. Special-purpose machine construction, and the development with complex contours.
Metal 3D printing enables short delivery times, high design freedom, and tool-free manufacturing. This allows for shorter development times and the economical production of customized components.
Depending on the requirements, steel, stainless steel, aluminium, or titanium can be used. The choice of material depends on the mechanical stress, weight, and operating environment.
Metal profiles can be manufactured up to a size of approximately 110 x 110 mm. Beyond this range; complex three-dimensional contours are also possible.
Yes, the components can be mechanically and chemically post-processed. This includes, among other things, turning, milling, vibratory finishing, blasting, or surface treatments.
For an inquiry a CAD file (e.g., STEP), a dimensioned drawing, and information about the component are required.
Each inquiry is technically reviewed. Geometry, material, and quantity are evaluated. If necessary, an additional review is carried out by our 3D printing specialists.