Application of water jet in aerospace processing industry High-pressure water jet cutting technology is referred to as water cutting, also known as water jet. This technology first originated in the United States and is used in the aerospace industry. Water jets are used to cut soft materials for aircraft interior parts, including soft plastics, carpets, seats, etc.

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Introduce of Waterjet Cutting Method

2024-05-21

Water cutting, also known as water jet, is a high-pressure water jet cutting technology. It is a machine that uses high-pressure water flow to cut. Under computer control, the workpiece can be carved arbitrarily, and is less affected by the texture of the material. Water cutting is divided into two methods: sand-free cutting and sand-added cutting.

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Waterjet Cutting Titanium: Complete Guide to Process, Parameters & Quality Control

2024-04-25

Learn how to cut titanium (Ti Grade 1–5) with waterjet technology. Discover optimal pressure, speed, abrasive choice, and best practices to avoid warping, delamination, and edge damage.

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Waterjet Cutting Stainless Steel: The Complete Technical Guide

2024-04-05

Learn professional waterjet cutting parameters for 304, 316L, and 321 stainless steel. Master pressure, abrasive, speed, taper control, distortion prevention, and safety to achieve zero HAZ and high‑precision cuts.

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Waterjet Cutting Titanium: A Practical Guide for Engineers and Manufacturers

2024-03-12

Master waterjet cutting titanium with field-tested parameters, pressure settings, and speed charts. Learn to avoid warping, control taper, and optimize abrasive consumption for aerospace and industrial applications.

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Waterjet Cutting Aluminum: Complete Guide to Parameters, Challenges & Best Practices

2023-12-28

Master waterjet cutting aluminum with this technical guide. Learn optimal pressure, abrasive settings, cutting speeds for 6mm–200mm thickness, and solutions for warping and taper issues.

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Waterjet Cutting Carbon Fiber: Parameters, Challenges, and Best Practices

2023-11-15

Expert guide to waterjet cutting carbon fiber composites. Covers recommended parameters, cutting speeds by thickness, common challenges like delamination and warping, and best practices for aerospace and automotive applications.

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