Precision Waterjet Cutting for Aero-Engine & Turbine Components

Fedjetting UHP waterjet cutting systems deliverzero‑HAZ, high‑precision cold cuttingfor aero‑engine turbine components, including blades, blisks, combustor parts, and high‑temperature alloy structures. By preserving material metallurgy and mechanical properties, our technology meets the strictest aerospace standards for performance, repeatability, and component integrity.

Ultra-High Pressure Waterjet Cutting Solution

In aerospace manufacturing, where materials are advanced and tolerances are extreme, traditional cutting methods often fall short. Ultra-High Pressure (UHP) Waterjet Cutting delivers a superior, cold-cutting solution that meets the industry's relentless demand for precision, versatility, and component integrity. From delicate composites to resilient titanium alloys, waterjet technology provides a force-neutral, contaminant-free method for machining the world's most advanced aircraft and spacecraft components.

Fully Enclosed Precision Waterjet Cutting Solution

Precision waterjet cutter with fully enclosed, high-stability design and rigid frame for durability. Features 3/5-axis cutting head and i-Telli PC control for easy operation. Compact structure saves space, while pallet workbench enables flexible setups. Optional wireless handwheel available. Ideal for industrial precision cutting.

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Fully Enclosed Precision Waterjet Cutting Solution

Why Waterjet Cutting System Perfect for Aerospace

Unparalleled Versatility for Advanced Materials

A single UHP Waterjet system seamlessly cuts virtually every material used in aerospace engineering. This eliminates the need for multiple, dedicated cutting machines. Effortlessly switch between cutting carbon fiber composites, titanium, Inconel, aluminum, glass fiber panels, and honeycomb structures without changing tools or processes. This flexibility is invaluable for prototyping, R D, and full-scale production.

Absolute Precision with Zero Thermal Damage

The waterjet process is a cold-cutting technique, generating zero heat-affected zone (HAZ). This is critical for aerospace materials whose structural properties can be compromised by thermal stress, warping, or micro-fractures caused by lasers or plasma. The abrasive waterjet stream produces clean, net-shape edges with tight tolerances, requiring minimal secondary finishing and preserving the inherent strength of the material.

5 Axis Cutting Head

Waterjet cutting is not limited to straight lines. With advanced 5-axis cutting heads, it can perform complex 3D contours, bevels, and intricate shapes in a single setup. This capability is perfect for manufacturing complex parts like turbine components, airframe structures, and custom brackets. Furthermore, waterjet end-effectors can be integrated onto industrial robots, enabling the trimming and shaping of large, contoured assemblies like fuselage sections or wing skins.

Water Jet Cutting Machine

Our high-performance waterjet cutting system combines rigid construction, precision engineering, and intelligent control for superior cutting accuracy and efficiency. Designed for industrial applications, it features a large-span gantry, fully enclosed protection, and optional 5-axis cutting for complex geometries. With ±0.02mm repeatability and speeds up to 20,000mm/min, it delivers fast, reliable results in metal, stone, composites, and more.

±0.01

Repeatability

±0.015

mm/m

Linear Accuarcy

m/min

Max Rapid Traverse

Features

Our 5-axis solutions enable complex geometry cutting while maintaining material integrity. Ideal for prototyping and production of critical aerospace components. Request a free cutting evaluation.

No Heat-Affected Zone (HAZ)

Preserves material metallurgy and prevents warping.

Omni-Material Capability

Cuts composites, metals, ceramics, and alloys with one system.

Minimal Kerf and Material Savings

Narrow cut width allows for nested cutting patterns, optimizing material usage and reducing waste of expensive aerospace-grade materials.

High-Precision & Repeatability

CNC-controlled for flawless accuracy across every part, ensuring consistency in high-volume production runs.

Get Your Custom Precision Waterjet Cutting Solution

Our aerospace engineering team supports full‑cycle project delivery: system design, integration, commissioning, training, and after‑sales service. Contact us today to discuss your parts, materials, and production cutting goals for a professional solution and cutting trial.

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