Model-Making  Manufacturers, Traders, Suppliers

We are trained engineers who take care of your problem with a lot of knowledge and dedication to develop effective and targeted solutions.

Model making from design consulting to production on modern milling centres Experienced specialists support the design process. Modern possibilities for solidification simulation are at your disposal. This enables us to achieve geometries close to the finished part and minimise the risk of rejects.
Holzmodellbau, Metallmodellbau, Kunstharzmodelle,

In addition, we manufacture model equipment made of wood, metal, synthetic resin,
metal and synthetic resins with excellent precision. In this way we ensure the dimensional accuracy of the castings and the guaranteed number of castings.

In addition, we manufacture model equipment from wood, metal and synthetic resins with excellent precision. In this way we ensure the dimensional accuracy of the castings and the guaranteed number of castings.

Design deficits often only come to light in the actual object, not in the 3D drawing.
A major advantage of additive manufacturing is getting easily from design to prototype, as it can be produced straight from the digital 3D data. Consequently, users can quickly conduct close-to-production tests and optimize prototypes on the basis of their results.
FORMRISE delivers the perfect technical prototype part, trade show model or demonstration piece, with all the necessary finishing processes complete.
We offer laser-sintered parts, and also parts manufactured by all other well-established 3D printing methods such as stereolithography, FDM and PoljJet. We have an excellent partnering network, and thanks to the expertise we have built up over many years, we can select the best manufacturing method for you.
If you need a specification-dependent recommendation of which materials to choose, alternative finishings or the final assembly of subassemblies – we have the answer.
We can, if required, also conduct design checks, technical verifications of the components and function tests.

Model making refers to the process of creating scaled-down or enlarged replicas of real objects using various materials. Model making covers several areas, including architecture, mechanical engineering, vehicles and figures. Depending on their intended use, models can be divided into functional models and illustrative models. Functional models are used to test the feasibility and functionality of a design, while display models are used for presentation and educational purposes. The materials used in model making are varied and include wood, plastic, metal and paper. Tools vary depending on the material and complexity of the model, from simple hand tools to complex CNC equipment. Model making is not only a technical activity, but also a form of artistic expression that requires both excellent craftsmanship and a rich imagination from the creator.

Model making refers to the creation of models in which objects are reduced or enlarged to scale. This technique is used in numerous areas. In the construction industry, architects use models to present their designs and give clients and construction teams a clear understanding of the project. In the film industry, models are used for special effects to create realistic visual representations. In education, model making is used as a teaching tool to help students understand complex concepts and structures. In addition, model making is a popular hobby where enthusiasts express their personal interests and demonstrate craftsmanship by building various models such as trains, airplanes and ships.