Good manufacturing begins before the machine starts.
A component is not created by modern machinery alone. Design data has to be understood, materials handled correctly, processes combined sensibly, and technical limits taken into account as early as production planning. stainlesstec therefore brings together data-driven planning, modern machines, material expertise and the experience of our specialists – from the CAD model to the finished assembly.
From data to production.
Data-driven manufacturing.
A STEP file or a drawing describes what a component should look like. How best to make it is another question entirely. Our production planning translates customer data into machine programmes, work sequences and defined manufacturing processes – looking not at individual operations but at how they interact:
Laser cutting, laser punching, CNC bending, straightening, section and roll bending, a range of welding processes and surface finishing form a broad in-house production chain at stainlesstec. The advantage is not simply having many options under one roof – what counts is that the individual processes can be matched to one another.
A component is therefore not planned around whichever machine happens to be free. We choose the route through the shop according to what suits the geometry, the material, the batch size and the result required.
Sometimes a designer does not need a brochure but a number: how large can the sheet be? What thickness can we cut? How long a bend can we make? What sizes can be straightened or rolled? Our technical data gives you a quick orientation. At the same time:
A machine limit is not the same as a component limit.
Geometry, material, bend radius, accessibility, tolerances and the operations that follow can all decide whether a design can actually be made. For borderline cases we would rather look at the drawing than at a table value.
We therefore consider material and process together. Our shop floor is geared above all to stainless steel and aluminium – other materials are assessed project by project.
Corrosion-resistant, high-grade – and demanding to work.
Stainless steel.
Stainless steel is used wherever corrosion resistance, hygiene, mechanical properties or high-quality surfaces are required. But stainless steel is not one single material: standard austenitic grades, molybdenum-alloyed qualities, duplex steels and special non-magnetisable grades each call for their own manufacturing strategy. At stainlesstec, stainless steel is:
Aluminium offers clear advantages for lightweight structures, enclosures and technical assemblies. Its high thermal conductivity, thermal expansion, varying alloy conditions and sensitive surfaces do, however, place their own demands on forming and welding.
That is why aluminium is not treated here as “stainless steel, only lighter” – material, design, surface and production process are considered together.
Material, geometry and process influence one another.
An example: a design is to become lighter and is switched from stainless steel to aluminium. That may change:
Material thickness → Bend radius → Forming behaviour → Welding parameters → Distortion → Surface treatment
An apparently simple change of material can thus affect the entire process. The same applies to design changes: an extra bend may affect tool access. A weld changes flatness. A high-quality visible surface affects handling as early as cutting.
We do not think in isolated operations. We think backwards from the finished component.
Machines and people.
Modern CNC, laser and welding technology delivers precision and repeatability. But it does not answer every manufacturing question. Our programmers, production planners, machine operators and specialist welders judge, among other things:
how a material actually behaves
which work sequence makes sense
how distortion can be minimised
which surface has to be protected
when straightening or rework is needed
where a design could be made easier to manufacture
This is the combination our production rests on:
Digital precision. Material knowledge. Experience.
From design to finished assembly.
01
Customer data
CAD model · drawing · specification
02
Production planning
Manufacturability · process · work sequence
03
Material
Material · surface · thickness
04
Production
Laser cutting · punching · bending · welding
05
Finishing & assembly
Straightening · surface · assembly
06
Testing
Geometry · function · project-specific requirements
Seen this way, data, machines and material expertise are all parts of the same process.
You have the design. We work out the route to the component.
Send us CAD data or a drawing, the material, the batch size and the key technical requirements. Our production planning team and the shop floor will assess which processes are suitable, where the technical limits lie and how to build a sound, repeatable manufacturing process from them.
Let’s talk about your project.
Send us your drawing or CAD data by email – together with material, batch size and your requirements. We will come back to you with a sound assessment.
