航空和航天
在航空领域,采用具有高强度的轻质材料是关键所在。通过利用创新的材料组合,可以进一步减轻重量,提高强度和耐腐蚀性,并通过一体化结构设计,简化装配流程。虽然由铝、钛或高强度钢材料制造的结构组件是在加工中心或者龙门机床上进行加工完成,但最终的总装流程则是通过手持式设备、手电钻或者机器人实施。
零件加工
在工件加工中,结构组件必须采用固定加工的方式,即工件在一台机床上必须一次或多次通过夹具被夹紧后进行加工。虽然中小型方体工件在一台加工中心(BAZ)上即可完成加工,但大型结构组件则需要专门的龙门机床。
Assemblaggio finale
Per via delle dimensioni dell’oggetto, per l’assemblaggio finale di un aereo si utilizzano ancora oggi macchine a guida manuale. Lungo le cosiddette Final Assembly Lines (FAL), ad esempio, sull’involucro esterno della fusoliera vengono praticati fori per rivetti. Gli utensili sono realizzati con speciali elementi di guida.
Latest news in the aerospace sector
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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.
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17.05.2024
NeoMill-Alu-QBig: High-volume milling of aluminium materials
With material removal rates of 18 l/min and more, the NeoMill-Alu-QBig indexable insert milling cutter from MAPAL stands for top performance in high-volume milling of aluminium.