Descrição
Peças robóticas para jato de água
Item number: 301039 Coil Axis 4，5，&6
Detalhes: usado nos braços robóticos da ABB, estação de trabalho robótica de corte com jato de água
Relacionado peças robóticas de jato de água:
Robótico sistema de corte por jato de água: Estação de trabalho robótica de jato de água Yaskawa, estação de trabalho de jato de água robótica Dual Fanuc, estação de trabalho de jato de água robótica ABB
FAQ of platform waterjet machine & sistema de jato de água robô:
What parameters need to be adjusted when cutting thicker metals with a water jet cutting machine?
When cutting thicker metals, there are a number of parameters that need to be adjusted when using a water jet cutting machine to get the best cut. Below are some of the common parameter adjustments:
Water Pressure: Thicker metals require higher water pressure to penetrate. Therefore, increasing water pressure is key to cutting thicker metals. By increasing the water pressure, the energy of the water jet will be enhanced, helping to speed up the cutting process.
Nozzle Diameter: Thicker metals require larger diameter nozzles to provide adequate water flow and velocity. Typically, the use of larger diameter nozzles provides higher water flow and more cutting force to help meet the challenges of cutting thicker metals.
Cutting Speed: When cutting thicker metals, it is also important to adjust the cutting speed appropriately. Too high a cutting speed may result in a loss of cut quality, while too low a cutting speed may result in a long cutting time. By adjusting the cutting speed appropriately, you can improve efficiency while maintaining cut quality.
Abrasive Addition: When cutting thicker metals, adding abrasive to the water jet can increase cutting force and cutting speed. Abrasives can help enhance the cutting action and improve cutting results.
Cutting Distance: Thicker metals may require an increased cutting distance, i.e., adjusting the distance between the nozzle and the workpiece farther apart. This will maintain sufficient water flow energy and consistent cutting results during the cutting process.
Cutting Patterns: For thicker metals, consider using multiple cuts or multi-angle cutting. This means making multiple cuts to the same location or cutting at different angles to increase the depth of cut and improve cutting results.
It should be noted that different models of water jet cutting machines may have different ways and ranges of parameter adjustment. Therefore, in practice, the parameters should be adjusted according to the specific cutting machine and metal material, and experiments and optimization should be carried out to obtain the best cutting results.
