Waterjet Bevel Cutting Head Omax 5 Axis Waterjet Cutting Head Compatible For Composite Panel

Short Description:

Waterjet Bevel Cutting Head
A-axis Rotating Range：±70。
C-axis Rotating Range：Infinite
Positioning Precision：1.5’
Max Rotational Speed：50RPM
Cutting precision at fixed point：±0.05mm
Rotating Radius：261mm
Max. Height：607mm
Max. Length：376mm
Max. Width：161mm
High Pressure Tube Inlet Threading：1/4 Inch

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Waterjet Bevel Cutting Head Omax 5 Axis Waterjet Cutting Head Compatible For Composite Panel

Waterjet Bevel Cutting Head

Abrasive Waterjet Head is a multi-axis execution component mounted on CNC Waterjet Cutting Equipment, distinguished by its high level of precision. By incorporating two additional rotational axes—typically referred to as the A-axis and B-axis—it enables the cutting nozzle to execute multi-angle tilting and rotation within three-dimensional space, thereby significantly expanding the equipment's processing flexibility.
Compared to traditional three-axis waterjet cutting (which moves solely along the X, Y, and Z linear directions), the Waterjet Cutting Stone 3D is capable of fulfilling complex processing requirements—such as angled cutting and taper compensation—while simultaneously accommodating diverse cutting tasks in 3D space, thereby meeting a broader spectrum of industrial demands.

A-axis Rotating Range	±70°
C-axis Rotating Range	Infinite
Positioning Precision	1.5’
Max Rotational Speed	50RPM
Cutting precision at fixed point	±0.05mm
Rotating Radius	261mm
Automatic Heigh Measurement	No(The automatic height measurement function requires an additional charge)
Main Measurement
Max. Height	607mm
Max. Length	376mm
Max. Width	161mm
High Pressure Tube Inlet Threading	1/4 Inch

Waterjet Bevel Cutting Head

The Core Operating Principles of a Waterjet Cutting Titanium Parts:

First is the high-pressure waterjet system. This system typically boosts water pressure to an extreme level—ranging from 60,000 to 90,000 pounds per square inch (PSI)—propelling the water through a precision gemstone nozzle to form a high-velocity jet stream. Subsequently, this jet stream is mixed with abrasive materials (such as garnet) to acquire the necessary cutting power, thereby enabling the efficient cutting of various materials.

Second, the A-axis and B-axis rotational mechanisms endow the cutting head with flexible angular control capabilities. The A-axis primarily governs the left-to-right oscillation of the head, providing tilting motion; the B-axis provides rotational functionality, allowing the head to adjust its angle within a range of ±45° to ±60° to accommodate complex workpiece geometries and multi-faceted cutting requirements.

Furthermore, taper compensation technology constitutes one of the key functions of a 5-axis cutting head. During the cutting process, the gradual attenuation of the waterjet's energy often results in a "wider at the top, narrower at the bottom" tapered defect within the cut kerf. To counteract this, the Cnc Controlled Waterjet Cutting Head adjusts its tilt angle to apply a reverse compensation, thereby achieving a more vertical cut kerf and superior edge quality.

Finally, the CNC system executes precise, synchronized operations by performing real-time calculations and utilizing feedback control to manage the cutting path, the head's tilt angle, and material-thickness-specific compensations. Cnc Controlled Waterjet Head layer of control ensures stability and consistency throughout the entire machining process.

Product Advantages and Features Of Waterjet Cutting Head For Composite Panel:

Its high-precision machining capability effectively minimizes errors caused by taper, thereby enhancing cutting perpendicularity and making the processing of high-precision parts significantly more reliable. Waterjet Cutting Head For Glass is capable of performing contour cutting on complex geometric shapes—including inclined surfaces and chamfers—which reduces the need for secondary processing often required in traditional methods, thereby lowering the time and labor costs associated with subsequent milling or grinding operations. Furthermore, precise path control contributes to improved material utilization and a reduction in material waste.
Additionally, this Waterjet Cutting Head For Glass Sheet is compatible with a wide variety of materials, making it suitable for processing metals (such as carbon steel, stainless steel, aluminum, and titanium alloys), various types of stone (including marble and granite), glass, and composite materials, demonstrating exceptional versatility.
Omax 5 Axis Cutting Head Compatible typical application fields are extensive, encompassing the metalworking industry—specifically for weld beveling (e.g., forming V- and Y-shaped bevels) and the cutting of precision components; the aerospace sector—for the manufacturing of complex titanium alloy structural parts and high-precision components; the stone processing industry—for countertop chamfering and intricate inlay cutting; and the architectural decoration sector—for the cutting of metal curtain walls and the creation of artistic decorative elements.
Structurally, a standard Precision Waterjet Cutting Head comprises the following key components: a cutting nozzle system responsible for generating the high-pressure waterjet and abrasive mixture; a rotary mechanism consisting of two rotational axes (A and B) that enables multi-angle cutting capabilities; high-pressure sealing assemblies that ensure internal pressure stability and operational safety; cooling and protective structures designed to maintain the working environment and extend equipment lifespan; angle detection sensors used to precisely measure the orientation of the cutting head; and a CNC control interface responsible for real-time data exchange with the main control system, thereby facilitating automated operation.
Overall, by integrating high-pressure waterjet technology, multi-axis linkage mechanisms, and intelligent control systems, the Real-Time Angle Control Waterjet offers the modern manufacturing industry a flexible, efficient, and highly reliable solution for achieving consistent processing quality, making it ideally suited to meet increasingly complex manufacturing demands.