Accurate joints
Tab-and-slot features, mitres and joints produced directly from design data.
We laser-cut tubes and profiles in steel, stainless steel and aluminium to your drawings. Our system handles lengths up to 6,000 mm and cross-sections up to 240 × 240 mm, from one-off parts to production runs.
Tube laser cutting combines cutting to length with holes and shaped cut-outs in one operation. Also called pipe laser cutting, it prepares components for frames, machinery and welded assemblies. Share your drawing with us so we can check the geometry, wall thickness and material.
Tab-and-slot features, mitres and joints produced directly from design data.
Profiles, holes, countersinks and bevels are produced in a combined process.
Digital programmes ensure consistent geometry across repeat parts.
Welding, finishing and assembly can follow directly.
Functional features are cut directly into the tube or section. This simplifies subsequent assembly and reduces additional machining operations.
Free-form profiles and repeat geometries produced from digital component data.
For fabrication and assemblyAccurately positioned holes and cut-outs, produced directly where required.
Less drilling and millingAssembly aids and interlocking profiles for repeatable assemblies.
Faster jigging and assemblyAngled and mitred cuts for frames, supports and tubular structures.
Prepared for an accurate fitDefined edge geometries for bolted or welded joints.
Part of the manufacturing processProject-specific markings make sorting and further processing easier.
Clear workflows for production runs
Automatic loading and unloading support efficient material flow. This makes the machine suitable for individual parts made to drawings, small batches and regularly required components.
Feasibility depends on the section shape, material, wall thickness and profile. Send us your drawing and we will assess the appropriate manufacturing process.
Complete information speeds up the technical review and provides a sound basis for a quotation and delivery date.
STEP, DXF or a drawing, specifying the material, wall thickness, quantity and target delivery date.
We review the profiles, section, manufacturing process and cost-effective production options.
Cutting and functional profiles are produced repeatably in a single process.
Quality inspection, agreed further processing and supply on schedule.
NN combines tube laser cutting with qualified welding, assembly and defined quality requirements, giving you one point of contact for the entire manufacturing process.
View certificatesWe manufacture for businesses in Höxter, Paderborn, Bielefeld, Bad Oeynhausen, Löhne, Holzminden, Göttingen and Kassel, and across East Westphalia-Lippe (OWL).
For laser-cut sheet metal, CNC press brake bending, welding and complete assemblies, our subcontract metal manufacturing service brings all these capabilities together.
Technical answers for design and purchasing teams, helping you prepare an enquiry we can assess quickly.
We process round tubes, square and rectangular sections, and other technically suitable sections in steel, stainless steel and aluminium. We assess feasibility using your drawing and material specification.
The machine processes components up to 6,000 mm long with cross-sections up to 240 × 240 mm. We assess unusual geometries and wall thicknesses individually.
Yes. Profiles, holes, countersinks, bevels and prepared tab-and-slot or joining features can be combined in one digital manufacturing process, reducing subsequent operations.
Yes. Our subcontract tube laser cutting service covers prototypes, one-off parts, small batches and repeat production runs made to customer files.
Yes. On request, we provide CNC press brake bending, MIG, MAG, TIG and laser welding, grinding, surface finishing and assembly through to the finished assembly.
Ideally, send STEP or DXF files or technical drawings, together with the material, dimensions, wall thickness, quantity, required finish and target delivery date. We will discuss any outstanding details with you directly.
Send your drawing, section, material and quantity – we will assess feasibility and cost-effective production.