Sheet Metal Processing Machines for the Aerospace Industry
Precision You Can Rely On
In the aerospace industry, individual components determine safety and performance. Our sheet metal processing machines ensure the highest precision and repeatability to meet even the strictest manufacturing tolerances. Thanks to state-of-the-art NC control and automated processes, components that are not only exact but also aerodynamically optimized are produced. Whether for wings, cabin structures, or engine casings, we provide the technology that meets the high standards of the aerospace industry.
Overview of Our Sheet Metal Processing Machines for the Aerospace Industry
4 Roll Round Bending Machine RBA
Our 4-roll round bending machines enable precise, repeatable bending of sheets – ideal for continuous industrial use. Thanks to modern PLC control, touchscreen operation, and infinitely variable drives, the machines integrate seamlessly into automated production lines. Discover now and make your production processes more efficient and future-proof!
Beading and Flanging Machine SME-P
Our beading and flanging machines enable precise, repeatable results in the processing of pipes, sheets, and complex components. Whether manual or motorized, mobile or for continuous industrial use, we offer the right solution for crafts and industry. Discover now and make your manufacturing processes more efficient!
Applications
- Wing Construction – Manufacturing and precise bending of aluminum sheets for wing structures.
- Cabin and Interior Fittings – Production of lightweight, durable metal cladding for aircraft cabins.
- Engine Casings – High-precision machining of heat-resistant sheets for engine housings.
- Air Deflectors & Aerodynamic Components – Exact shaping for flow-optimized components.
- Landing Gear Covers & Structural Components – Robust, fitting sheet elements for aircraft construction.
Advantages of Our Sheet Metal Processing Machines
- Highest Precision: NC-controlled machines guarantee exact and repeatable processing.
- Weight Optimization: Reduction of material usage through precise cutting and shaping processes.
- Automation and Efficiency: Reduction of manual work steps for faster and error-free production.
- Flexibility: Adaptable to different materials, alloys, and sheet thicknesses.
- Reliability: Robust constructions for long-lasting operation.
