The new plasma cutter in the Eckert range was developed in cooperation with TEKA. A new quality that will set plasma cutting standards for machines in its class. A cutting machine with a solid, robust design, using solutions from high-tech machines: maximum capabilities, minimum space. Excellent relationship between quality and the size of the machine to fit in any shop.

We are the first on the market to offer the option of using the K200 plasma power source from the renowned Kjellberg brand. This marks another step in modernizing and enhancing the attractiveness of Eckert’s machine portfolio. All of this ensures that our range of cutting machines continues to meet the growing demands of manufacturing facilities.

What abrasive should you use for waterjet cutting? Eckert Cutting offers you a study that allows you to compare well-known abrasives with regard to cutting speed and quality. Which one is right for you?

The Dual Flex 3D cutting head combines oxyfuel flame cutting and plasma cutting. This means it can also perform chamfering tasks. Do we still need chamfering?

Our latest article focuses on an important question for modern production processes: How does plasma cutting work? Only if you know how the process works can you decide whether the plasma cutting machine is the right solution for your needs.

Construction steel, stainless steel, aluminum,... The CNC plasma cutter can be used to cut any electrically conductive material such as metals. This is made possible by the plasma cutter's plasma temperature of up to 30,000 °C. By comparison, a conventional welding machine works at around 3,000 °C. Even the surface of the sun (photosphere) has "just" around 5,500 °C.

Eckert Cutting offers the option of equipping its CNC cutting machines with the ECKERT MULTITORCH system.

Plasma cutting is an important technology for the production process in the metalworking industry. This is particularly true for the production of sheet metal and metal parts. However, the demands on the quality of the hole cut in plasma cutting have been increasing continuously in recent years.

Plasma cutting is a popular method for cutting metals under dry environmental conditions. However, there are cases where plasma cutting under water is also beneficial.

Plasma cutting is a process for separating materials using a plasma jet at high temperatures. A gas is heated to a very high temperature and ionized to create the plasma.

In the blog post on pure water vs. abrasive, we would like to explain the differences between pure water cutting and abrasive cutting. Our experts will explain which materials are suitable for each method. We show you which applications there are for both methods.

Errors can spoil the result during autogenous flame cutting. Here are 3 examples and how to avoid them.

We invite you to visit the Eckert booth at this year's EuroBLECH trade fair. A true celebration of the industry, the International Trade Fair for Sheet Metal Working Technology taking place in Hanover, starts already on October 22. This is one of the largest and most important events also in the world of CNC machinery, where no one who follows the latest trends in the industry of cutting machines by plasma, oxygen and water technology should miss it.

Waterjet cutting is a cutting-edge technology that is becoming increasingly important in numerous industries. This process enables materials to be processed precisely and efficiently. There are many advantages that waterjet cutting has over conventional cutting techniques.

Discover how Eckert is defining the future of metalworking at STOM BLECH & CUTTING 2024. Learn about our innovations that are revolutionizing the industry, and find out why our booth is a must-see for every professional.