Aluminium milling – precision, experience and perfect results for your projects
Aluminium milling – precision, experience and perfect results for your projects
If you need aluminium milling, Schröter Modell- und Formenbau is the right place for you. We mill aluminium in all sizes – from small components to large moulds up to 8 metres long and weighing up to 10 tonnes.
At Schröter, we rely on modern CAD/CAM systems, powerful milling machines, 5-axis technology, experienced specialist staff and perfectly coordinated processes.
Whether rolled aluminium, cast aluminium or high-strength alloys – we deliver precise milled parts, high dimensional accuracy and reliable quality. Our aluminium parts are created in a well-thought-out process chain from the idea to the planning to the finished product – sustainably, efficiently and with a clear focus on your requirements.
What can you expect from us when we mill aluminium?
Aluminium is a versatile material with excellent machinability, high strength at comparatively low density, very good thermal conductivity and outstanding corrosion resistance. It is precisely this combination that makes it the first choice in numerous industries, including the automotive industry, mechanical engineering and aerospace. Our customers use parts from Schröter for prototypes, fixtures and functional components. We mill aluminium precisely, reliably and to the quality you need for demanding applications.
Our aluminium milling services – what exactly do we offer you?
Aluminium is ideal for milling, machining and shaping into complex forms.
As a modern aluminium processing company, we cover the entire process chain – from design and programming to the finished shape. We work with sophisticated CAD/CAM systems such as TEBIS, use 3-axis and 5-axis technology, rely on experienced milling machine operators, modern milling machines and careful quality assurance.
We mill aluminium in small dimensions just as confidently as components up to 8 metres in length and weighing up to 10 tonnes. This results in aluminium parts and milled parts that fit perfectly into your process chain and impress with their function, shape, surface finish and dimensional accuracy.
Our services at a glance:
Design models
Functional prototypes
Individual parts and small series
Moulds
Tooling Fixtures
Composite assemblies
Seats and interior components
Test and validation equipment
Custom-made products and much more
Why is aluminium such a suitable material?
Aluminium is light, stable, flexible and extremely versatile. Its density is significantly lower than that of steel, yet many alloys offer impressive strength. It has high thermal conductivity and very good corrosion resistance, especially in combination with surface treatments such as anodising. Thanks to these special properties, the material is standard in many areas: in aeroplanes, vehicles, machines, architecture and industrial applications.
What are the advantages of having your aluminium milled by Schröter Aluminium?
We supply you with aluminium parts from a single source – from planning and CAD/CAM programming to finished production.
Our machines are powerful,
our milling strategies are high-quality,
and our employees are highly qualified and well trained.
We combine experience, modern equipment, consistent quality assurance and clean processes.
We mill using wet machining, minimum quantity lubrication, but also dry with air cooling – depending on the alloy, requirements and surface quality. For maximum precision, we use shrink fits, zero-point clamping systems and vacuum devices. This ensures precise fixing of the workpiece and stable milling parameters – and thus greater efficiency.
We recycle residual materials by type – sustainably and economically.
Milling aluminium: What matters in practice?
When milling, the right combination of a whole range of factors plays a role: which milling cutter, how many passes, what is the nature of the workpiece, the material, the correct speed, the cooling, the entire process strategy must all be taken into account. Customer-specific factors such as alloys, batch size of the milled parts, complexity of the components, surface requirements, heat generation and machinability determine the process.
Our experience helps us to select the ideal process for every aluminium application, choose the right machine and achieve stable, repeatable results.
Advantages of milling at Schröter – why is it the right choice?
Having your aluminium milled parts manufactured by us will advance your project.
You benefit from a partner who can mill aluminium with a high level of technical expertise. We work precisely, efficiently, reliably and with an experienced team.
Our CNC milling systems offer maximum accuracy,
our programming is professional,
our employees think proactively,
and our process chain is also well thought out.
CNC machining – modern technology for maximum precision
We achieve reproducible quality through professional CNC programming, the right line in the process and high-quality tool technology. Our CNC systems are designed for high-precision milling, complex geometries, demanding contours and components of all kinds. From the initial idea to the finished workpiece, everything remains within a structured process chain.
Aluminiumfräsen mit CNC oder konventionell – was ist besser?
Conventional milling rarely offers advantages today. CNC technology offers greater precision, higher flexibility, more complex contours, efficient 3-axis and 5-axis machining and, above all, stable repeat accuracy. CNC is the choice that companies usually make, especially for demanding surfaces, functional contours, tight tolerances and high-quality surfaces. We therefore consistently rely on modern milling machine technology – and on CNC.
Aluminium alloys – what are the differences?
The properties of pure aluminium can be varied in many ways: aluminium alloys have different strengths and differ in terms of hardness, density, thermal conductivity, corrosion resistance, machinability, formability and surface quality. The differences result from the combination of material components. For many purposes, we use special aluminium alloys that are precisely tailored to the respective function.
The aluminium alloys most commonly used in industry include EN AW-6082 and EN AW-7075: while 6082 offers a good combination of strength, machinability and corrosion resistance and is therefore widely used in mechanical engineering, for example, 7075 offers very high strength and is preferred for use in high-stress areas such as aerospace.
EN AW-5083 is also frequently used. It is characterised by its excellent corrosion resistance and good weldability, which is why it is often used in maritime and similarly demanding environments.
Depending on the requirements – whether maximum stability, good formability, a fine surface or special processing properties – we work with our customers to select the most suitable aluminium alloy.
Aluminium alloys – what role do they really play?
Alloys are the key to the different properties of aluminium. They influence strength, surface quality, thermal conductivity, corrosion resistance, machinability and weight.
Thanks to our extensive experience with a wide variety of aluminium alloys, we ensure that every part for your production receives the right material base.
EN AW 2007 – what is this aluminium alloy suitable for?
This aluminium alloy is easy to machine, offers stable properties and is ideal for precision components. It is widely used in many technical applications and can be reliably milled, machined, formed and further processed.
EN AW 7075 – when high strength is required
This aluminium alloy is extremely strong, offers high stability and is often used in areas subject to high loads – including aircraft and similarly demanding applications. It places higher demands on milling, but delivers impressive results.
Rolled aluminium, cast aluminium or high-strength alloy – what do you require?
Rolled aluminium is easy to machine, stable and offers clean surfaces.
Cast aluminium impresses with its freedom of form, solid components, good stability and economical production.
High-strength alloys offer outstanding strength, but are more demanding to machine. Each type has advantages and limitations – we know the differences inside out and will work with you to select the right solution.
Aluminium as a building material – where is it used?
Aluminium is used in aviation, vehicles, machines, devices, prototypes, functional components, templates, moulds and structural parts. Its combination of density, strength and corrosion resistance makes it ideal for high-quality components. What's more, aluminium is very easy to mill, cut, drill, anodise and further process.
Die CNC Fräse – moderne Technik für beste Oberflächen
The CNC milling machine – modern technology for the best surfaces
Milling aluminium – what is particularly important?
Aluminium is generally very easy to machine, but the right milling parameters are crucial. Cooling, lubrication, cutting speed, tool, machine, batch size and requirements determine the optimal process.
Don't worry: our experience and extensive expertise guarantee consistent results.
What do we pay particular attention to when milling?
Just a few details from our work on the CNC milling machine: we pay attention to temperature development, surface quality, stability, process reliability, precise clamping technology, clean chip removal and precise cutting. This enables us to achieve the high quality, perfect surfaces and uncompromisingly functional components that our partners have come to expect.
Form in perfection – we make it possible for you
Do you require aluminium components, want to have aluminium milled or are planning a challenging project? Then get in touch with us. We will work with you to develop the ideal solution – precise, reliable and on schedule.
Aluminium is a high-performance material, aluminium alloys open up many possibilities and milling aluminium requires experience, technology and expertise.
We combine technology, practical experience, precision and expertise to achieve perfect results – and we would be happy to do the same for your project.