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Usinagem CNC aeroespacial


Os materiais e tecnologias de fabricação de peças de usinagem CNC aeroespacial estão se desenvolvendo em direção a alta temperatura, leveza, composição, integração, alta eficiência e baixo custo. A tecnologia de fabricação de componentes estruturais complexos, como carcaças de aeronaves e discos de lâmina integral de motores de aviação, está em constante aperfeiçoamento. A tecnologia de fabricação evoluiu da fabricação avançada para a fabricação de ponta. A tecnologia de processamento de peças estruturais complexas de aviação envolve máquinas-ferramentas CNC, ferramentas avançadas, programação eficiente, simulação de usinagem CNC e processo de corte e otimização de parâmetros.

Processamento de peças estruturais complexas de usinagem CNC aeroespacial

Aerospace CNC Machining parts use a large number of difficult-to-machine materials and composite materials such as titanium alloys and high-temperature alloys, and their machinability is extremely poor. The parts of the casing and the whole leaf disc are complex, and it is easy to produce machining deformation. The dimensional accuracy and technical requirements are difficult to guarantee.

The machining of the integral leaf disc type is a typical five-axis CNC milling. The airflow passage between adjacent blades is narrow, and the surface between the blades is prone to interference during processing, which has extremely high requirements for the tool path. Because of the easy interference. It is necessary to test the accuracy of the machining program by simulation before actual machining.

aerospace CNC machining

Whole leaf disc processing simulation steps:

1. In the VERICUT environment, call the constructed five-axis machining center model. Call machine files, CNC control files, and tool magazine files.
2. Introduce the blank STL model file of the whole leaf disc into the component tree and set the workpiece coordinate system.
3. Transfer to the NC program and define the tool list.
4. Check the correctness of the NC program. Set the recognition color such as collision, overtravel, and interference to check the interference between the machine tool, the tool, and the fixture.
5. Impeller simulation results analysis, check the parts for undercut, overcut, confirm whether the program can be used.

The machining of complex structural parts of aero-engines relies on innovations in process methods. Its manufacturing level directly determines the performance of the aero engine.

Essai provides rapid prototyping service, Aerospace 3D Printing, Aerospace injection molding, Aerospace CNC Machining, low-volume, on-demand. No MOQ. Fast delivery free design.

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