Descrição
Peças robóticas para jato de água
Item number: 10078699 Antivib. Nut 1/4″
Detalhes: used on the ABB robot arms, robotic waterjet cutting system
Related robotic waterjet coils:
Robotic waterjet cutting system: Yaskawa robotic waterjet workstation, Dual Fanuc robotic waterjet workstation, ABB robotic waterjet workstation
FAQ of platform waterjet machine & sistema de jato de água robô:
Can robotic water jet cutting machine be used in Aerospace Industry Manufacturing?
Yes, robotic water jet cutting machine can be used for manufacturing in the aerospace industry. The aerospace industry requires a very high level of material quality and precision, and robotic water jet cutting machine technology has a number of advantages that make it an attractive cutting method.
Here are some scenarios where robotic water jet cutting machine can be used in manufacturing for the aerospace industry:
Cutting complex shapes: Aerospace components often have complex shapes and curves, and robotic waterjet cutting can achieve precise cutting of complex shapes by adjusting the direction and angle of the water jet. This makes it ideal for handling complex aerospace parts.
Material Diversity: The aerospace industry uses a variety of materials such as aluminum alloys, titanium alloys, and composites. Robotic water jet cutting technology can accommodate different types of materials, whether they are metals or composites, and allow for precise cutting without thermally affecting the material.
High precision cutting: Aerospace components often require high precision and dimensional consistency. Robotic waterjet cutting technology enables precise cuts with small cutting widths and high consistency to meet the requirements of the aerospace industry.
No cutting heat affected zone: Waterjet cutting does not create a heat affected zone and therefore does not cause material distortion, oxidation or thermal stress. This is critical to the quality and performance of aerospace components, especially for heat-sensitive materials.
Environmentally friendly and safe: Water jet cutting does not require the use of harmful chemicals, making it an environmentally friendly cutting method. Waterjet cutting also provides a safer working environment due to the absence of flame and heat radiation.
It is important to note that when applying robotic waterjet cutting technology, proper parameter adjustments and optimization based on specific aerospace components and requirements are still required. In addition, operators should follow relevant safety protocols and operating guidelines to ensure safe operation and proper use of the equipment.
