Engineered for the Demands of Modern Energy Production.
Jet Edge waterjet technology delivers accurate, cold cutting performance for metals, alloys, and components used in energy production helping manufacturers keep pace with unprecedented demand driven by data centers, artificial intelligence, and global electrification.
CASE STUDIES
Real Customers. Real Impact.
Case Study
Cold Cutting in the Oil & Gas Industry Case Study
Summary: Revolution Waterjet is a contract manufacturing company serving West Texas oil field operations from Andrews, Texas. Founded in 2022 to address unreliable service from a previous supplier, the company partnered with Jet Edge to build a high capacity, flexible cutting system designed for uptime, versatility, and growth. With dual 5 axis heads and a HERO 100 pump, Revolution efficiently processes fiberglass and metal components across a wide range of thicknesses for demanding energy applications.
Key Result: Jet Edge delivered a purpose built, lights out ready solution that enables Revolution Waterjet to increase output capacity, handle diverse materials, and maintain reliable production with minimal manual intervention.
Case Study
Framatome Case Study
Summary: Framatome required ultra high pressure systems capable of supporting advanced peening applications for power generation components. Jet Edge supplied pumps and technology built for long term industrial use, extreme pressure requirements, and precision driven processes.
Key Result: Jet Edge enabled consistent, high pressure peening performance with exceptional uptime, supporting stringent production standards in power generation environments.
FEATURED EQUIPMENT
High Performance Systems for Energy Industry Applications
From precision turbine components to high throughput infrastructure production, Jet Edge systems help energy manufacturers keep pace with growing demand driven by data centers, AI, and grid expansion.
Why Industry Leaders Choose Jet Edge
Customer Focused Support
At Jet Edge, our passion is Enabling Customer Success. We take great pride in providing the best service and support in the industry. We know that our success is completely tied to helping our customers succeed, and at a minimum, that means helping to ensure your Jet Edge equipment will be productive for the decades of its life.
Accuracy, Precision & Repeatability
Our CNC waterjet cutting machines deliver unmatched accuracy, precision, and repeatability. With 100% ball screw-driven axes and an isolated catch tank to prevent vibration, every detail is designed for peak performance. We focus on the little things because they make a big difference—ensuring reliability and excellence in every cut.
Reliability & Durability
Jet Edge designs and builds lasting solutions with heavy-gauge steel components and a unique 3-layer cross-grid tank support. Our labyrinth seals, air purge system, and steel way covers protect all drive axes. Customers rave about the incredible durability of Jet Edge equipment—see why it stands the test of time.
Additional Resources
Your Guide to Better Cutting Outcomes.
Explore how waterjet technology supports advanced manufacturing and infrastructure production across today’s rapidly expanding energy landscape.
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Other Applications (Non-Cutting) of Ultra-High-Pressure (UHP) Water
Ultra high pressure water is used for far more than cutting. Learn how UHP systems support cleaning, surface prep, and material removal in various energy applications.
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Why Waterjet Systems ‘Made in America’ Are More Important Than Ever
Discover how U.S.-manufactured waterjet systems provide superior reliability, serviceability, and long-term value for food processors requiring uninterrupted production.
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Selecting the Best Cutting Method for Your Metals
Choosing the right cutting method is essential for maintaining material integrity. This article compares waterjet with other processes to help energy manufacturers make informed decisions.
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Why Waterjet Cutting Software Matters More Than You Think
Precision software is key to achieving consistent cutting results, particularly across complex geometries and multi material assemblies common in the energy sector.