As an experienced partner in model making and mould making, we impress with the highest level of quality, flexibility and technical expertise. Our model makers work independently from the initial design to the finished project – always with an eye on our customers' requirements and the importance of the market. Our moulds are functional and precise, regardless of whether they are for individual parts, complex body components or design models. Our capabilities range from classic plastics to high-tech composites – that is our trademark. Thanks to the comprehensive knowledge of our highly qualified employees throughout all phases of the development process, all customers receive comprehensive support and expert advice from us.Prototype, model and mould making at the highest level, for Germany and Europe, from Ebersberg in Bavaria, east of Munich.

Our customers come from a wide range of markets, including automotive, aerospace, defence, medical technology and racing. Our expertise in mould making is particularly in demand in the field of bodywork and composite components. We design, develop and supply customised tools, prototypes, fixtures and design models – even for start-ups that are breaking new ground with us. Our high degree of flexibility in terms of materials and component sizes, as well as our complete in-house production, open up many opportunities for tailor-made solutions – fast, confidential and reliable.

Our model builders and technicians rely on modern technologies such as CAD/CAM, 5-axis CNC milling technology and rapid prototyping.In production, we process aluminium, carbon, various plastics, as well as clay and other composite materials – depending on the area of application.The quality of our work in model making is particularly evident in body parts and complex, large parts for fixtures or tools. Thanks to our high-end equipment and many years of experience, we offer maximum precision, a wide range of options and the highest level of reliability.

We manufacture CNC milled parts and components of all sizes – from small prototypes to large-scale moulds. Our machine park, which includes portal milling machines, allows us to machine even very large workpieces in one piece. We are THE specialist in the field of ‘CNC milling in Munich’ for large and complex components.

Our CNC manufacturing covers almost all materials: metals such as aluminium and steel, plastics and fibre composites (e.g. GRP and CFRP). Combinations of different materials are also possible.

Our machines achieve maximum precision. With thermosymmetrical gantry, laser measurement and modern control systems, we guarantee components that meet even the highest requirements.

You benefit from a strong specialist who offers design, manufacturing and assembly from a single source. With over 60 years of experience, our own delivery vehicle in Munich, flexible contract manufacturing and 100% green electricity, we are ideally equipped to handle your CNC milling projects in Munich.

Our CNC components are used in aerospace, defence, mechanical engineering, the automotive industry and many other sectors.

Yes, we develop, design and mill one-off pieces and prototypes as well as small series, tools, moulds and all kinds of components. Thanks to our large machine park, we can respond flexibly to your requirements for the machining of your parts.

The costs are based on materials, processing time, set-up time and the desired quality. Thanks to efficient processes and modern machinery, we can offer you excellent value for money for milling and all our other services.

We work for customers in the automotive, aerospace, medical technology, racing, mechanical engineering, defence and sporting goods industries.

Yes. In addition to individual models, we also offer small-batch production – ideal for testing, pre-production or sample production in small quantities.

Rapid prototyping is a digital, additive process for the rapid creation of samples and functional models. Traditional prototyping, on the other hand, combines various technologies such as CNC milling or mould making to achieve particularly robust and detailed results.

Yes. Surface finishing, painting, grinding or polishing – we take care of all the steps involved in producing the finished prototype.

A 5-axis milling machine is a sophisticated CNC machine that integrates two additional rotary axes – for example, an A axis and a C axis – in addition to the classic three linear axes (X, Y and Z axes). This allows the milling spindle and workpiece to be moved into almost any spatial position relative to each other.The result is maximum flexibility during machining and the ability to produce even very complex geometries in a single machining step. 5-axis machining really comes into its own when it comes to free-form surfaces, deep cavities or complicated contours.For our customers, this means shorter cycle times, lower set-up costs and significantly increased precision in the manufacture of components.

5-axis simultaneous machining is the epitome of modern milling technology. While conventional CNC milling machines often have to content themselves with machining different surfaces or axes one after the other, here all axes move simultaneously. This means that even heavily curved surfaces or areas that are difficult to access can be machined in a single, continuous pass. This not only saves time, but also ensures consistently high surface quality and repeatability. In addition, many manual re-clamping operations that would otherwise be unavoidable with complex workpieces are eliminated.

The size of the workpieces that can be machined depends on the type of machine. Our largest portal milling machines can handle workpiece dimensions of up to 8,000 × 3,500 × 2,500 mm in one piece. This enables us to precisely manufacture not only small components, but also very large structures or moulds. This capacity is a major advantage, particularly in the field of mould making or for lightweight structures made of aluminium and fibre composites.

For us, quality does not begin at the milling machine, but rather in the digital planning stage. Each machining step is fully simulated in advance in TEBIS, so that potential collisions can be ruled out and machining strategies optimised. All machines are digitised, enabling seamless process control. This is complemented by the use of high-quality tools and regular workpiece measurement, ensuring that tight tolerances are maintained at all times.

At Schröter Formenbau, we deliberately rely on qualified specialists rather than separating planning and execution. Each of our 14 employees programs their own components – from CAD design and TEBIS programming to practical production on the machine. This approach has several advantages: Firstly, users are familiar with the entire process and can optimally adapt machining strategies. Secondly, it creates a close connection between digital planning and actual machining, which prevents errors and increases efficiency.

The main difference between these two forms of CNC machining lies in the freedom of movement. A classic 3-axis CNC milling machine can move and machine workpieces along the X-axis, Y-axis and Z-axis. This is perfectly adequate for many standard parts.However, as soon as complex geometries, free-form surfaces or areas that are difficult to access need to be machined, this design reaches its limits: the workpiece would have to be re-clamped several times, which costs time and can lead to inaccuracies.A 5-axis machine extends this degree of freedom with two additional rotary axes (for example, the A axis and the C axis). This makes it possible to swivel the tool or the table so that even complex geometries can be machined in a single operation. This reduces set-up times, improves surface quality and increases precision.

The costs for machining on a 5-axis milling machine depend on several factors: Complexity of the component: The more demanding the geometry and the tighter the tolerances, the higher the programming and machining costs.Material: Aluminium or plastic can be milled faster than high-strength steels or composite materials, which require longer machining times and special tools.Component size: Very large workpieces require longer machining cycles and often special clamping devices.Surface requirements: A particularly fine surface quality increases the machining time, as smaller feeds and finer milling tools must be used.Quantity: In series production, optimised programmes and tools can achieve significant cost advantages, while individual pieces are usually more complex.Overall, despite these factors, 5-axis machining often offers a more economical option, as several work steps are combined in the 5-axis machine, re-clamping is eliminated and precision is ensured from the outset.For our customers, this means an optimal balance between quality, speed and cost.

Yes, aluminium is excellent for milling. Its machinability, good thermal conductivity and comparatively low density make it ideal for precision machining.

The milling cutter must be suitable for the alloy, machining process and geometry. We use special milling cutters that are optimised for aluminium and produce clean surfaces.

The speed depends on the material, alloys, tool, machine and desired surface finish. We always select the milling parameters according to the material.

Yes, CNC is the best solution for aluminium parts that require or involve precision, repeatability, complex contours and high standards.

In principle, it is possible, but industrial requirements are usually met by CNC systems with precise machine settings.

The costs depend on the batch size, complexity, material, processing time, requirements and surface quality. We will be happy to advise you.

Aluminium offers good corrosion resistance, which can be further improved by anodising. Many aluminium alloys offer excellent protection.

That depends on the application, strength, surface, weight and stress. We can advise you on choosing the right alloys.

Anodising, coating, painting and polishing are common options. Mechanical further processing is also possible without any problems.

We recycle chips and scraps according to type. This keeps the material in circulation.

For mechanical engineering, the automotive industry, aviation, prototype development, fixture construction and many industrial applications, among others.

From small components up to 8 metres in length and 10 tonnes in raw part weight – we are equipped to handle almost any dimension.

Yes, many plastics can be milled very well. It is important to have knowledge of the material, suitable tools, and experience in dealing with heat and warping.

POM, PVC, PE, PA, polyamide, acrylic, and Plexiglas are particularly well suited. PU model plates are also excellent for milling.

Yes, CNC milling is ideal for precise plastic machining, especially for complex geometries and high demands.

Models, molds, prototypes, series, fixtures, housings, components, and workpieces for industry, design, and production.

The price depends on the material, processing time, size, complexity, and post-processing. We calculate transparently and on a project-by-project basis.