Ingegneria aerospaziale
I materiali altamente resistenti e leggeri allo stesso tempo hanno un ruolo centrale nell’aeronautica. La combinazione di materiali innovativi contribuisce a ridurre il peso, aumentare la robustezza e la resistenza alla corrosione e semplificare l’assemblaggio grazie a un design integrativo. Mentre i componenti strutturali in alluminio, titanio o acciai ad alta resistenza vengono processati su centri di lavorazione o macchine a portale, l’assemblaggio finale viene eseguito da macchine a guida manuale, unità di avanzamento o robot.
Part machining
In part manufacturing, the machining of parts is stationary, i.e. parts are cut in a machine in several clamping positions. While small to medium cubic parts can be machined on a machining centre, large parts require special gantry machines.
最终装配
基于尺寸规模,在进行飞机的最终装配时,仍然采用手持式设备。例如:在我们所称的总装线(FAL)中,铆钉孔是在飞机机身的外壳中加工出。这些工具设计有特殊的导向元件。
Latest news in the aerospace sector
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15.10.2025
MAPAL has developed standard processes for industrial manufacturing
Increasing customer productivity is at the heart of MAPAL’s standard processes for the industrial manufacturing of strategic components.
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06.10.2025
Innovations and solutions of MAPAL
MAPAL presents its 2026 innovations and solutions in a comprehensive brochure.
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09.04.2025
MAPAL develops two generic components for the aerospace industry
MAPAL has developed two sample components for the aerospace sector. The Generic Components, a valve housing and a torsion joint, cover all the demanding machining steps.