In waterjet systems, and especially when it comes to high-pressure components, using the correct products and spare parts is essential. This is not only about machine performance, but also about operational safety, maintenance costs, reliability, and machine availability. Incorrect or unsuitable components can turn what initially appears to be a minor issue into a more serious failure, resulting in longer and more costly production downtime. Another challenge we increasingly

High investment cost — or an opportunity to regain lost time and take greater control of production? In recent years, we have seen the application areas of waterjet technology continue to expand across industrial sectors. In addition to traditional applications in metal, stone, glass, and composite processing, the furniture and interior design industry is increasingly recognizing the advantages of this technology. And this is no longer just about cutting quality. The key fact

In today's competitive manufacturing environment, efficiency, quality, and sustainability are more important than ever. Yet, when people think about digitalization, they often associate it with large corporations and extensive IT departments. In reality, it is small and medium-sized enterprises (SMEs) that often gain the greatest advantages from intelligent process monitoring and data analysis. The Biggest Losses Are Often Invisible Many companies focus on machine downtime or

The quality of a waterjet cut depends not only on the high-pressure pump, cutting head, or CAD/CAM software. One of the most overlooked factors is the condition of the water tank. Before we go into detail, ask yourself these two simple questions: 1. Is the water tank integrated with the machine frame? 2. Or is the water tank separated from the machine frame? The answer has a significant impact on maintenance, cutting accuracy, and the long-term durability of your machine. Mac

At first glance, waterjet technology may seem similar to any other CNC cutting system. In reality, however, it is a completely different world. For many years we have always said: "Every waterjet machine has its own character." It may sound unusual at first, but anyone who has spent years working with waterjet technology knows exactly what this means. A waterjet CNC system is fundamentally different from bridge saws, plasma cutters, laser machines, or conventional 3-axis CNC

Giving Old Waterjet Machines a Second Life In many production facilities, they stand quietly in the corner. Covered with dust, hidden beneath protective sheets, and often forgotten. Yet these machines were once the driving force behind production. For years, they manufactured thousands of precision parts, supported businesses, and contributed to the economy. Today, many of these waterjet systems remain idle—despite still having tremendous potential. It is a situation that des

Precision Begins Before the First Cut Many manufacturers believe that outstanding cutting quality depends mainly on a powerful high-pressure pump or a premium cutting head. However, years of practical experience have taught us one important lesson: The foundation of every successful waterjet process is professional CAD/CAM programming. Even the best machine cannot compensate for a poorly programmed cutting strategy. CAD/CAM Is Much More Than Software A modern CAD/CAM system d

Preventive Maintenance for Maximum Performance Waterjet cutting systems are among the most precise and efficient manufacturing technologies available today. From metals and glass to stone, composites, and advanced materials, waterjet technology delivers exceptional cutting quality and versatility. However, maintaining this performance over the long term requires one critical factor: regular maintenance. Many unexpected machine failures are not caused by major breakdowns but b

Modern manufacturing demands higher precision, greater flexibility, and improved efficiency. As component geometries become more complex, 5-axis waterjet cutting systems offer significant advantages over conventional cutting technologies. What is a 5-Axis Waterjet System? Unlike traditional 2D or 3-axis machines, a 5-axis cutting head can tilt and rotate during the cutting process. This enables the production of bevels, weld preparations, and complex geometries in a single op