A facility for automated modelling of the cutting process for a particular material to be cut by a beam cutting tool, such as a waterjet cutting system, from empirical data to predict aspects of the waterjet's effect on the workpiece across a range of material thicknesses, across a range of cutting geometries, and across a range of cutting quality levels, all of which may be broader than, and independent of the actual requirements for a target workpiece, is described.

Generating optimized tool paths and machine commands for beam cutting tools

Fluid jet systems, components and related methods are provided which are well adapted for processing workpieces under particularly work-friendly conditions. Embodiments include fluid jet systems and related methods that reduce, minimize or eliminate a gap between a workpiece being processed and jet receiving devices that receive and dissipate the energy of a fluid jet passing through the workpiece. Other embodiments include fluid jet systems and related methods involving fluid jet processing of workpieces in a submerged condition. Still further embodiments include fluid jet systems and related methods involving position and orientation adjustment of a fluid jet receptacle to coordinate the path of an incoming fluid jet with a central axis or other feature of the fluid jet receptacle.

Fluid jet cutting systems, components and methods that facilitate improved work environments

A jet receiving receptacle is provided which is coupleable to a high-pressure fluid jet system opposite a nozzle thereof to receive a fluid jet discharged from the nozzle after it acts on a workpiece. The jet receiving receptacle may include an elongated inlet alignable with a direction of travel of the nozzle to receive the fluid jet in a deflected state. The jet receiving receptacle may further include a jet deflection device positioned downstream of the elongated inlet to redirect at least a portion of the fluid jet and a jet rebound device located upstream of the jet deflection device to be impinged on by the redirected portion of the fluid jet. The jet deflection device and jet rebound device may form, in combination with a housing, a device to trap the fluid jet. Fluid jet cutting systems incorporating a jet receiving receptacle and related methods are also provided.

Fluid jet receiving receptacles and related fluid jet cutting systems and methods

Fluid jet cutting systems

The invention discloses a mobile oil tank (pipe) ultrahigh pressure water jet cutting device. The device comprises a mobile trailer, the mobile trailer is provided with a plunger pump, an abrasive jet generation device, an execution mechanism, a water tank, and a water pump, wherein the plunger pump is connected to a motor and is driven by the motor; the execution mechanism comprises a driving motor, a decelerator, and a cutting knife head; the abrasive jet generation device comprises two abrasive tanks, an abrasive blending device, an abrasive stop valve, and a spiral cover, which is provided with a faucet type relief valve; the water pump pumps the water in the water tank into the abrasive jet generation device, and thus the abrasive slurry in the abrasive jet generation device is transported to the execution mechanism and then is sprayed out from the nozzle of the execution mechanism so as to form an abrasive jet. The device is used to carry out cold processing on materials, and does not have problems caused by heat influences such as thermal deformation, thermosetting, and the like. The material processed by the device has a compact surface which appears uniform metal luster.

Mobile oil tank (pipe) ultrahigh pressure water jet cutting device

The purpose of the present invention is to increase the collection rate of grinding liquid when cutting a workpiece having a plate thickness changing in the longitudinal direction (vertical direction) and/or the width direction (horizontal direction), and to improve the work environment of a worker. An abrasive water jet machining device is provided with: an abrasive nozzle assembly (11) that jets ultra high pressure water mixed with an abrasive when a workpiece (W) is cut in a desired shape; a catcher cup (12) that collects the ultra high pressure water injected from the abrasive nozzle assembly (11); and a distance adjusting mechanism (13) that adjusts the distance between the abrasive nozzle assembly (11) and the catcher cup (12) so that the distance between the catcher cup (12) and the workpiece (W) is kept constant.

Abrasive water-jet machining device

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Abrasive water-jet machining device