100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine
100hp high pressure waterjet pump for waterjet cutting machine

10078772 Herramientas de chorro de agua HP Plug .56

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Descripción

Waterjet Tools: HP plug

Item number: 10078772

DetalleS: Se utiliza en la máquina herramienta de corte con intensificador de chorro de agua SL-VI de 100 HP

Relacionado Herramientas de chorro de agua:
Número de artículoDescripción
80078330Soporte para herramientas de extracción de sellos
10079986Llave de correa
10081370Llave inglesa
05053871Llave combinada
10084440Pura sustancia pegajosa
Preguntas frecuentes sobre la máquina de chorro de agua de plataforma, etc.:

¿Qué herramientas de chorro de agua se utilizarán en la máquina de corte por chorro de agua?

HP plug .38 waterjet tools: 10079523
Hex driver waterjet tools: 05103957
Herramientas de chorro de agua con llave de tubo: 80078249

How thick of aluminum can a water jet cut?

The waterjet machine can cut the thickness of metal aluminum up to 12 inches, and has the advantage of cutting thicker materials that other related cutting machines do not have.. The maximum thickness of aluminum that a water jet can cut will depend on a few factors, such as the power of the water jet and the type of aluminum being cut. In general, water jets can cut through aluminum up to about 12 inches (30 cm) thick. However, the actual thickness that a water jet can cut will depend on the specific machine being used, as well as the type and grade of the aluminum. It’s important to note that the thickness of the aluminum is not the only factor that affects how well it can be cut by a water jet. Other factors, such as the shape and complexity of the design being cut, the speed of the cutting process, and the quality of the water jet machine, can all impact the final result.

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